DesignBuilder EnergyPlus Simulation Documentation

DesignBuilder Documentation
DesignBuilder EnergyPlus Simulation
Documentation
for DesignBuilder v4.1
DesignBuilder © 2008-2011 No part of the manual is to be copied or reproduced in any form without
the express agreement of DesignBuilder Software
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Contents
1.
2.
3.
はじめに ...................................................................................................................................................... 44
DesignBuilder ヒント (DesignBuilder Tips) ....................................................................................... 45
学習モードオフ(Learning Mode Off) .................................................................................................... 50
コアコンセプト ........................................................................................................................................... 66
初期設定(Defaults) ................................................................................................................................. 68
カスタム開口部(Custom openings) ...................................................................................................... 68
開口部(Openings) .................................................................................................................................. 68
コンポーネントブロック(Component blocks) ..................................................................................... 69
建物モデル ................................................................................................................................................... 73
オービット(Orbit) ................................................................................................................................... 77
スナップ増加方向の切り替え(Switch snap increment direction) ....................................................... 97
選択(Select) .......................................................................................................................................... 107
削除(Delete).......................................................................................................................................... 113
DXF ファイルタイプ (DXF FILE TYPES) ............................................................................................ 115
DXF データの編集(EDITING DXF DATA) ............................................................................................ 119
インポートした DXF に X 軸を設定(Set X-axis for imported DXF) ................................................... 119
DXF 図面を縮小/拡大(Scale DXF drawing) ........................................................................................ 119
ビットマップを反転(Invert bitmap) .................................................................................................... 120
図面読み込み後ビットマップを自動縮小/拡大 (Auto scale bitmap after loading drawing) ............ 120
品質スライダー(Quality slider) ........................................................................................................... 120
透明度スライダー(Transparency slider) ............................................................................................ 120
インポートしたビットマップに X 軸を設定(Set X-axis for imported bitmap) ................................. 121
ビットマップ図面の拡大/縮小(Scale bitmap drawing) ...................................................................... 121
3-D BIM データをインポート(Import 3-D BIM Data) .......................................................................... 122
3-D CAD モデルダイアログのインポート(IMPORT 3-D CAD MODEL DIALOG) .............................. 122
ビュー(View)......................................................................................................................................... 123
建物ブロックとしてインポート(Import as building blocks) ............................................................. 124
影表面をインポート(Import shading surfaces) ................................................................................. 124
共面表面を合成(Merge co-planar surfaces) ...................................................................................... 124
ArchiCAD から DesignBuilder への gbXML インポート例 .................................................................... 125
DesignBuilder GbXML インポート方法 (How does DesignBuilder gbXML Import Work?) ............... 125
構造(Construction) .............................................................................................................................. 129
活動 (Activity) ........................................................................................................................................... 129
ガラス(Glazing) .................................................................................................................................... 129
照明(Lighting) ...................................................................................................................................... 129
空調(HVAC) .......................................................................................................................................... 129
インデントの回避(Avoiding Indents) ................................................................................................. 133
既存ブロックを参照せず垂直面に描画 (Drawing in a vertical plane without reference to an existing
block) ...................................................................................................................................................... 133
ゾーン外形(平面ビュー)(Zone perimeter (plan view)) ....................................................................... 138
他の関連情報 (Other related information) .............................................................................................. 138
空間(Voids)........................................................................................................................................... 156
切妻屋根(Gable roof) ........................................................................................................................... 156
屋根の張り出し(Roof overhang) ......................................................................................................... 156
屋根傾斜(Roof slope) .......................................................................................................................... 156
自動計算傾斜屋根の厚さ(Auto-calculate pitched roof thickness) ........................................................ 156
ブロック屋根の厚さ(Block roof thickness) ....................................................................................... 156
占有された屋根スペース(Roofspace occupied) ................................................................................ 157
切妻屋根(Gable roofs) ......................................................................................................................... 159
ブロックレベルへ(Go to Block Level) ..................................................................................................... 180
アウトラインパーティション(Outline partitions) .............................................................................. 187
ゾーンレベルへ(Go to Zone Level) .......................................................................................................... 189
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DesignBuilder Documentation
表面レベルへ(Go to Surface Level) ......................................................................................................... 191
開口部 (openings)..................................................................................................................................... 192
CFD 境界を追加(Add CFD Boundary) ................................................................................................ 198
1- Supply (吸気) ........................................................................................................................................ 199
2- Four-way (4 方向) ................................................................................................................................. 200
3- Two-way (2 方向) .................................................................................................................................. 200
4- Extract (抽出) ........................................................................................................................................ 201
5- Temperature (温度) .............................................................................................................................. 201
6- Flux (フラックス).................................................................................................................................. 201
緯度(Latitude) ...................................................................................................................................... 207
経度(Longitude) ................................................................................................................................... 207
Site level のモデルデータに関するロケーションタブ (Location tab) .................................................... 208
海抜の標高(Elevation above sea level) .............................................................................................. 208
敷地方向(Site orientation) ........................................................................................................................ 208
地表(GROUND) .................................................................................................................................... 208
地表構造(Ground construction) ......................................................................................................... 209
地上テクスチャ(Ground texture) ........................................................................................................ 209
地表反射率(Surface solar and visible reflectance) ........................................................................... 209
雪の太陽光反射変更(Snow reflected solar modifier) ............................................................................. 210
雪の昼光反射変更(Snow reflected daylight modifier) ........................................................................... 210
月ごとの地表温度(Ground monthly temperatures) .......................................................................... 210
水道の本管の温度 (Site Water Mains Temperature ) ............................................................................. 211
算出方法(Calculation method)............................................................................................................ 211
スケジュール(Schedule) ...................................................................................................................... 211
外気の年平均温度(Annual average outdoor air temperature).......................................................... 211
月の平均外気温度の最大差 (Maximum difference In monthly average outdoor air temperatures)211
年間降水量の設計(Design annual precipitation) ............................................................................... 212
降水量表(Precipitation schedule) ...................................................................................................... 212
基準の年間降水量(Nominal annual precipitation) ............................................................................. 212
灌漑タイプ(Irrigation type) ................................................................................................................. 212
灌漑最大率(Max irrigation rate) .......................................................................................................... 212
灌漑スケジュール(Irrigation schedule) .............................................................................................. 213
法規制領域(Legislative region) ........................................................................................................... 216
Site level モデルデータの Region タブ.................................................................................................... 216
設備のない半外面(Semi-exterior unconditioned) ............................................................................. 218
ガラス空洞(Glazed cavity) .................................................................................................................. 219
プレナム(Plenum) ................................................................................................................................ 219
断熱計算でゾーンを含む(Include zone in thermal calculations) ..................................................... 220
昼光計算でゾーンを含む(Include zone in daylighting calculations) ............................................... 221
占有フロアエリア(Occupied floor area) ............................................................................................. 221
非占有フロアエリア(Unoccupied floor area) ..................................................................................... 221
占有密度(Occupancy density) ............................................................................................................ 221
タイミング(Timing) .............................................................................................................................. 221
背景(Background) ............................................................................................................................... 223
衣類(Clothing) ...................................................................................................................................... 223
7/12 スケジュール (7/12 Schedules) ........................................................................................................ 225
暖房設定点温度(Heating setpoint temperature) ................................................................................ 225
冷房設定点温度(Cooling setpoint temperature) ................................................................................ 225
RH 加湿設定点(RH Humidification setpoint) ..................................................................................... 226
RH 除湿設定点(RH Dehumidification setpoint) ................................................................................. 226
換気の設定点温度 (Ventilation Setpoint Temperatures) ....................................................................... 227
自然換気最低温度スケジュール (Natural ventilation min temperature schedule) .............................. 227
機械換気冷房の設定温度 (Mechanical ventilation cooling setpoint temperature) .............................. 228
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機械換気の最大自然換気内外デルタ T (Mechanical ventilation max natural ventilation in-out delta T)
................................................................................................................................................................... 229
1 人あたりの最小外気(Fresh air) ......................................................................................................... 229
目標照度(Target illuminance) ............................................................................................................. 230
ディスプレイ照明(Default display lighting density) ......................................................................... 230
DHW 消費率(DHW Consumption rate) ............................................................................................... 230
放射率(Radiant Fraction) .................................................................................................................... 231
放射率(Radiant Fraction) .................................................................................................................... 231
取得(Gain) ............................................................................................................................................ 232
燃料(Fuel) ............................................................................................................................................. 232
消失率 (Fraction lost) .......................................................................................................................... 232
潜熱係数 (Latent fraction) ................................................................................................................... 232
放射率(Radiant Fraction) .................................................................................................................... 232
計算(Calculation) ................................................................................................................................. 233
取得(Gain) ............................................................................................................................................ 233
燃料 (Fuel) ............................................................................................................................................ 233
潜熱率(Latent fraction) ........................................................................................................................ 234
放射率(Radiant fraction) ..................................................................................................................... 234
計算(Calculation) ................................................................................................................................. 234
潜熱率(Latent fraction) ........................................................................................................................ 235
放射率(Radiant fraction) ..................................................................................................................... 235
計算(Calculation) ................................................................................................................................. 235
事前設計構造とガラス(Pre-design Construction and glazing) ........................................................ 236
構造物詳細の閲覧と編集(View/Edit construction details) ................................................................ 237
構造ヘッダー (Constructio header)のモデルデータにある構造タブ (Construction tab) ..................... 237
「組み合わされた」床/スラブ/天井構造を示す概略図 (Schematic Diagram Showing 'Combined'
Floor/Slab/Ceiling Constructions) ....................................................................................................... 237
外部壁(External walls) ......................................................................................................................... 238
平らな屋根(Flat roof) ........................................................................................................................... 238
傾斜屋根(人による占有)(Pitched roof (occupied))........................................................................ 238
傾斜屋根(人による占有なし)(Pitched roof (unoccupied)) ............................................................ 238
内部パーティション (Internal partitions) .......................................................................................... 239
半露出壁(Semi-exposed walls) ........................................................................................................... 239
半露出屋根(Semi-exposed roof) ......................................................................................................... 239
半露出床(Semi-exposed floor) ........................................................................................................... 239
一階(Ground floor) .............................................................................................................................. 239
外部床(External floor) ......................................................................................................................... 239
内部床(Internal floor) ........................................................................................................................... 239
ゾーン体積(Zone Volume) ................................................................................................................... 240
他の関連情報(Other related information) .......................................................................................... 240
「別々の」床/スラブ/天井の構造を示す概略図 (Schematic Diagram Showing 'Separate'
Floor/Slab/Ceiling Constructions) ....................................................................................................... 241
外壁(External walls) ............................................................................................................................ 241
平らな屋根(Flat roof) ........................................................................................................................... 241
急勾配の屋根(人による占有)(Pitched roof (occupied)) ................................................................ 241
急勾配の屋根(人による占有なし)(Pitched roof (unoccupied)) ..................................................... 241
内部パーティション(Internal partitions) ............................................................................................ 242
半露出壁(Semi-exposed walls) ........................................................................................................... 242
天井(Ceilings) ...................................................................................................................................... 242
床(Floors) ............................................................................................................................................. 242
屋根裏断熱(Roofspace insulation) ..................................................................................................... 242
一階 (Ground floors) .......................................................................................................................... 243
外部の床(External floors) .................................................................................................................... 243
ゾーン体積(Zone Volume) ................................................................................................................... 243
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DesignBuilder Documentation
壁(Walls)............................................................................................................................................... 243
内部(Internal) ....................................................................................................................................... 243
屋根(Roof) ............................................................................................................................................ 243
外部ドア(External door) ...................................................................................................................... 243
合計ゾーン床面積からこの表面面積を除外しますか? (Exclude this surface area from total zone floor
area?) ........................................................................................................................................................ 246
内部対流アルゴリズム (Inside convection algorithm) ........................................................................... 250
外側の対流アルゴリズム (Outside convection algorithm) .................................................................... 251
コンポーネントブロックタイプ(Component block type) .................................................................. 253
コンポーネントブロックの影と反射 (Component block shades and reflects) ............................... 253
材質(Material) ....................................................................................................................................... 253
最大透過率(Maximum Transmittance) ............................................................................................... 253
透過率スケジュール(Transmittance schedule) ................................................................................. 254
浸透率(Infiltration rate) ....................................................................................................................... 261
スケジュール(Schedule) ...................................................................................................................... 261
モデル浸透(Model infiltration) ................................................................................................................. 262
テンプレートスライダー(Template slider) .............................................................................................. 262
クラックテンプレート(Crack template) ............................................................................................. 262
テンプレート(Templates) .................................................................................................................... 265
ドア (Doors) .............................................................................................................................................. 295
ガラス戸(Glazed doors) ...................................................................................................................... 295
計算(Calculated) ....................................................................................................................................... 295
スケジュール(Scheduled).................................................................................................................... 296
通気孔と穴 (Vents And Holes) ............................................................................................................ 296
通気孔(Vents) ....................................................................................................................................... 296
穴(Holes) .............................................................................................................................................. 296
通気孔の配置(Vent Placement) ........................................................................................................... 298
通気口エリア(Vent area)...................................................................................................................... 298
通気孔間隔(Vent spacing) ................................................................................................................... 298
床の通気孔高さ(Vent height above floor) .......................................................................................... 298
計算(Calculated) ....................................................................................................................................... 298
テンプレート (Templates) ........................................................................................................................ 299
照明エネルギー(Lighting energy) ....................................................................................................... 299
照明タイプ(Luminaire type) ................................................................................................................ 300
排気率 (Return air fraction) ................................................................................................................ 301
放射率(Radiant fraction) ..................................................................................................................... 301
可視率(Fraction visible) ...................................................................................................................... 301
対流率 (Fraction convected)............................................................................................................... 301
操作(Operation) ................................................................................................................................... 301
内部取得(Internal gain) ............................................................................................................................ 301
操作(Operation) ................................................................................................................................... 302
照明エリア(Lighting areas)...................................................................................................................... 302
照明エリア 2 でのコントロールゾーン比率 % (% Zone Controlled by Lighting Area 2) .................... 303
線形コントロール(Linear Control) ...................................................................................................... 304
線形/オフコントロール(Linear/Off Control) ....................................................................................... 304
段階的コントロール(Stepped Control) ............................................................................................... 304
最大許容まぶしさインデックス(Maximum allowable glare index) ................................................... 305
Y 軸に関連するビュー角(View angle relative to y-axis) .................................................................... 305
操作スケジュール (Operation schedule) ................................................................................................. 306
設計レベル(Design level) .................................................................................................................... 306
コントロールオプション(Control Option) .......................................................................................... 306
テンプレート (Templates) ........................................................................................................................ 307
NCM 設定 (NCM Setting).......................................................................................................................... 308
補助エネルギー(Auxiliary energy) ...................................................................................................... 308
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ポンプなどエネルギー(Pump etc energy) .......................................................................................... 308
スケジュール(Schedule) ...................................................................................................................... 308
送風機タイプ(Fan Type) ...................................................................................................................... 309
送風機の圧力上昇(Fan pressure rise) ................................................................................................ 309
送風機全体の効率(%)(Fan total efficiency (%)) ............................................................................ 309
Fan power(風力)と気流温度を取得するための計算 (Fan power and temperature pick up
calculations) .......................................................................................................................................... 309
エコノマイザー(Economiser) ............................................................................................................. 310
熱回収(Heat recovery) ......................................................................................................................... 310
機械換気 (Mechanical Ventilation)ヘッダーのモデルデータの HVAC タブ - 簡易 HVAC ..................... 310
外気定義方法(Outside air definition method).................................................................................... 311
外気流量率(Outside air flow rate) ....................................................................................................... 312
暖房燃料(Heating fuel) ........................................................................................................................ 312
ヒーターシステム CoP(Heating system CoP) ................................................................................... 313
暖房タイプ(Heating type) .................................................................................................................... 313
1- Convective(対流) ............................................................................................................................. 313
2- RADIANT UNITS(放射ユニット) ..................................................................................................... 313
冷房体積(Cooling capacity) ................................................................................................................ 314
最小吸気空気送風温度(Minimum supply air delivery temperature) ................................................. 314
最小吸気空気湿度率(Minimum supply air humidity ratio) ................................................................ 314
冷却燃料(Cooling fuel) ........................................................................................................................ 315
冷却システム CoP(Cooling system CoP) .......................................................................................... 315
システムタイプ(System type) ............................................................................................................. 317
システム有効性(System availability)(System availability) .......................................................... 317
システム有効性(System availability)スケジュール(System availability schedule).................... 317
規則(Rules)........................................................................................................................................... 317
空調コンポーネント(HVAC Components) .............................................................................................. 317
システム有効性(System availability)(System availability) .......................................................... 318
FCU 換気(FCU Ventilation) ................................................................................................................. 319
外気定義方法(Outside air definition method).................................................................................... 319
外気流量率(Outside air flow rate) ....................................................................................................... 320
最大供給空気流量率(Maximum supply air flow rate) ........................................................................ 320
FCU ヒーター(FCU Heating ) .............................................................................................................. 320
モデルデータ HVAC タブの HVAC タブ - コンパクト HVAC (Compact HVAC) ................................... 320
加熱容量(Heating capacity) ................................................................................................................ 320
ボイラー(Boiler) ................................................................................................................................... 320
操作 (Operation) ....................................................................................................................................... 321
FCU 冷却(FCU Cooling ) ..................................................................................................................... 321
冷却容量(Cooling capacity) ................................................................................................................ 321
冷凍機 (Chiller) ......................................................................................................................................... 321
冷水設定点温度 (Chilled water setpoint temperature) .......................................................................... 321
コンデンサー水設定点温度 (Condenser water setpoint temperature) ................................................. 321
冷却塔の種類 (Cooling tower type) ......................................................................................................... 321
操作 (Operation) ....................................................................................................................................... 321
システム有効性(System availability)(System availability) .......................................................... 322
注意(Note) ............................................................................................................................................ 323
技術的な EnergyPlus(Technical EnergyPlus) ................................................................................... 323
システムタイプ(System type) ............................................................................................................. 323
システム有効性(System availability) .................................................................................................. 324
システム有効性スケジュール(System availability schedule) .......................................................... 324
ユニタリー換気 (Unitary Ventilation) ...................................................................................................... 324
機械換気 (Mechanical Ventilation ) ......................................................................................................... 324
外気定義方法(Outside air definition method).................................................................................... 324
Zone 床面積がスペースの実際の床面積の場合 ........................................................................................ 325
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DesignBuilder Documentation
外気流量率(Outside air flow rate) ....................................................................................................... 325
最小エアハンドリングユニット室外気要件スケジュール (Minimum AHU outside air requirement
schedule) .................................................................................................................................................. 326
最大供給空気流量率(Maximum supply air flow rate) ........................................................................ 326
システム有効性スケジュール(System availability schedule) ........................................................... 326
室外気サイジング (Outside air sizing) .................................................................................................... 326
ユニタリー送風機 (Unitary Fans)............................................................................................................. 326
機械換気 (Mechanical Ventilation) ヘッダーのモデルデータの HVAC タブ - コンパクト空調 ........... 326
送風機操作モード (Fan operation mode) ................................................................................................ 326
送風機の圧力上昇 (Fan pressure rise) .................................................................................................... 326
送風機合計効率 (Fan total efficiency) (%) ............................................................................................... 326
空気中の送風機モータ (Fan motor in air) (%) ......................................................................................... 327
Fan power(風力)と気流温度を取得するための計算 (Fan power and temperature pick up
calculations) .......................................................................................................................................... 327
Shaft Fan Power = 電動機効率 . Total Fan Power ................................................................................. 327
ユニタリー熱回収(Unitary Heat Recovery) ........................................................................................ 327
機械換気 (Mechanical Ventilation)ヘッダーのモデルデータの HVAC タブ - コンパクト空調 ............. 327
熱回収タイプ(Heat recovery type) ..................................................................................................... 327
顕熱回収率(Sensible heat recovery effectiveness) .......................................................................... 327
潜熱回収率(Latent heat recovery effectiveness) .............................................................................. 327
熱回収暖房設定点温度(Heat recovery heating setpoint temperature) ............................................ 327
熱回収操作スケジュール(Heat recovery operation schedule) ......................................................... 327
熱回収 + エコノマイザー(Heat recovery + economizer) ................................................................... 327
ユニタリーエコノマイザー (Unitary Economisers) ........................................................................... 328
エコノマイザー上限温度(Economiser upper temperature limit) ..................................................... 328
エコノマイザー下限温度(Economiser lower temperature limit) ...................................................... 328
エコノマイザー上限エンタルピー(Economiser upper enthalpy limit) ............................................. 329
ロックアウト(Lockout) ........................................................................................................................ 329
ヒートプラント(Heating Plant) ........................................................................................................... 329
ユニタリー加熱燃料(Unitary heating fuel) ......................................................................................... 329
暖房コイル CoP(Heating coil CoP) ..................................................................................................... 330
ユニタリー配電損失(Unitary distribution loss) ................................................................................. 330
タイプ(Type) ........................................................................................................................................ 330
モード(Mode) ....................................................................................................................................... 330
放射率(Radiant fraction) ..................................................................................................................... 331
Technical Notes ....................................................................................................................................... 331
ユニタリーマルチゾーン(Unitary Multizone) ..................................................................................... 331
ユニタリー単一ゾーン(Unitary Single zone) ...................................................................................... 331
操作 (Operation) ....................................................................................................................................... 331
モデルデータの HVAC タブ - コンパクト HVAC (Compact HVAC) ...................................................... 331
冷却容量(Cooling capacity) ................................................................................................................ 331
冷房プラント (Cooling Plant) ............................................................................................................. 332
ユニタリー冷却燃料(Unitary cooling fuel) ......................................................................................... 332
ユニタリー冷却システム CoP(Unitary Cooling system CoP) ........................................................... 332
ユニタリー配電損失(Unitary distribution loss) ................................................................................. 332
操作 (Operation) ....................................................................................................................................... 332
加湿(Humidification) ........................................................................................................................... 333
加湿有効性スケジュール(Humidification availability schedule) ...................................................... 333
加湿定格容量(Humidifier Rated Capacity) ......................................................................................... 333
除湿(De-Humidification) ..................................................................................................................... 333
制御タイプ(Control type) .................................................................................................................... 333
システム有効性(System availability) .................................................................................................. 334
コンパクト空調システム有効性(System availability) ........................................................................ 334
VAV & CAV 換気(VAV & CAV Ventilation)......................................................................................... 334
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外気定義方法(Outside air definition method).................................................................................... 334
Zone 床面積がスペースの実際の床面積の場合 ........................................................................................ 335
外気流量(Outside air flow rate) .......................................................................................................... 335
最小 AHU 外気必要条件スケジュール (Minimum AHU outside air requirement schedule) ........... 335
最大吸気空気流量(Maximum supply air flow rate) ............................................................................ 335
システム有効性スケジュール(System availability schedule) ........................................................... 336
外気混合(Outside air mixing).............................................................................................................. 336
外気サイズ(Outside air sizing) ........................................................................................................... 337
VAV & CAV 送風機(VAV & CAV Fans) ............................................................................................... 337
送風機圧力上昇(Fan pressure rise) .................................................................................................... 337
送風機全体の効率(%)(Fan total efficiency (%)) ............................................................................ 337
空気中の送風機モータ(%)(Fan motor in air (%)) .......................................................................... 337
送風機配置(Fan placement) ................................................................................................................ 337
送風機部分負荷力係数(Fan part-load power coefficients)................................................................ 337
Fan power(風力)と気流温度を取得するための計算 (Fan power and temperature pick up
calculations) .......................................................................................................................................... 338
VAV & CAV エコノマイザー(VAV & CAV Economisers) .................................................................. 338
エコノマイザー上限温度(Economiser upper temperature limit) ..................................................... 339
エコノマイザー下限温度(Economiser lower temperature limit) ...................................................... 339
エコノマイザー上限エンタルピー(Economiser upper enthalpy limit) ............................................. 339
VAV & CAV 熱回収(VAV & CAV Heat Recovery) .............................................................................. 339
熱回収タイプ(Heat recovery type) ..................................................................................................... 339
顕熱回収有効性(Sensible heat recovery effectiveness) ................................................................... 339
潜熱回収有効性(Latent heat recovery effectiveness) ....................................................................... 339
熱回収スケジュール (Heat recovery schedule) ................................................................................. 339
熱回収+エコノマイザー(Heat recovery + economizer) ................................................................... 339
VAV ゾーン端末ユニット(VAV Zone Terminal Units) ....................................................................... 340
ターンダウン率(吸気最小流動率) (Turndown ratio (supply air minimum flow fraction)) .......... 340
VAV 端末ユニットタイプ(VAV terminal unit type) ............................................................................ 340
VAV & CAV 暖房 (VAV & CAV Heating) ............................................................................................. 341
加熱プラント(建物レベル)(Heating Plant (Building Level) ) .................................................................. 342
ボイラー(Boiler) ................................................................................................................................... 342
外気予熱コイル(建物レベル)(Outside Air Preheat Coils (Building Level)) ...................................... 342
コイルのタイプ(Coil type) ................................................................................................................... 342
オフコイル気温設定ポイント(Off-coil air temperature set point) .................................................... 342
AHU 加熱 (建物レベル) (AHU Heating (Building Level)) ........................................................................ 342
コイルタイプ(Coil type)....................................................................................................................... 342
暖房コイル設定点リセットタイプ(Heating coil setpoint reset type) ............................................... 343
設計オフコイル設定点温度(Design off-coil set point temperature) ................................................. 343
設定点温度適用対象の室外気温度 (Corresponding outdoor low temperature) .............................. 343
オフコイル設定点温度の最小(Min off-coil set point temperature) ................................................... 343
設定点温度適用対象の室外気温度 (Corresponding outdoor high temperature) ............................. 343
VAV 外気予熱コイル(ゾーンレベル) (VAV TERMINAL REHEAT COILS (ZONE LEVEL)) ....... 343
コイルタイプ(Coil type)....................................................................................................................... 343
ゾーンダンパー暖房動作(Zone damper heating action) ................................................................... 344
ローカル暖房制御 (ゾーンレベル)(Local Heating Control (Zone Level)) .............................................. 345
VAV & CAV 冷房(VAV & CAV Cooling) .............................................................................................. 345
冷房体積(Cooling capacity) ................................................................................................................ 345
冷房プラント(建物レベル) (Cooling Plant (Building Level)).................................................................. 345
冷凍機(Chiller) ..................................................................................................................................... 345
冷水設定点温度(Chilled water setpoint temperature) ....................................................................... 345
コンデンサー水設定点温度(Condenser water setpoint temperature) .............................................. 345
冷却塔の種類(Cooling tower type) ..................................................................................................... 345
VAV 中央冷房コイル(建物レベル) (VAV CENTRAL COOLING COILS (BUILDING LEVEL)) ...... 345
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DesignBuilder Documentation
冷房コイルタイプ(Cooling coil type) ................................................................................................. 345
デザインオフコイル気温設定点(Design off-coil set point temperature) .......................................... 346
冷房コイル設定点リセットタイプ(Cooling coil setpoint reset type) ............................................... 346
設定点温度適用対象の室外気温度 (Corresponding outdoor high temperature) .................................. 347
オフコイル設定点温度の最大(Max off-coil set point temperature) .................................................. 347
設定点温度適用対象の室外気温度 (Corresponding outdoor low temperature) ................................... 347
操作 (ゾーンデータ) (Operation (Zone Data) ) ........................................................................................ 347
VAV & CAV 湿度制御(VAV & CAV Humidity Control) ...................................................................... 347
加湿(Humidification) ........................................................................................................................... 347
加湿有効スケジュール(Humidification availability schedule) .......................................................... 347
加湿器定格出力(Humidifier Rated Capacity) ..................................................................................... 347
加湿制御ゾーン(Humidification control zone) .................................................................................. 348
制御タイプ(Control type) .................................................................................................................... 348
除湿制御ゾーン(Dehumidification control zone) .............................................................................. 348
VAV & CAV 夜間のサイクルコントロール (VAV & CAV Night Cycle Control) ................................ 348
夜間のサイクルコントロール(VAV/CAV) (Night cycle control (VAV/CAV)) ................................ 348
ユニタリシステムの温度調節コントロールゾーン (Thermostatic control zone for unitary system)349
加湿コントロールゾーン(Humidification control zone) .................................................................... 349
脱湿コントロールゾーン(Dehumidification control zone) ................................................................ 349
混合モードコントロールゾーン(Mixed mode control zone) ............................................................. 349
プレナムモデリング(Plenum modelling) ............................................................................................ 350
重要 ............................................................................................................................................................ 360
最後の EnergyPlus 計算の名称(Name in last EnergyPlus calculation) ........................................... 440
出力オプション(Output options) ........................................................................................................ 440
表面出力を保存(Store surface output) ............................................................................................... 440
CFD............................................................................................................................................................ 441
内部表面温度(内部表面) (Inside surface temperature (internal surfaces)) ................................ 441
内部表面温度(外部表面) (Inside surface temperature (external surfaces)) ............................... 441
内部表面の窓の温度(Inside Surface window temperature) .............................................................. 441
ゾーンの平均気温(Average zone air temperature) ............................................................................ 441
流入空気温(Incoming air temperature) .............................................................................................. 441
開口位置(Aperture position) ............................................................................................................... 442
開口サイズ(Aperture size)................................................................................................................... 442
コンポーネントブロック、アセンブリ、境界条件パッチ (Component Blocks, Assemblies and
Boundary Condition patchs) ................................................................................................................ 442
CFD 境界条件編集(CFD Boundary Conditions Editor) ..................................................................... 442
CFD 解析領域(CFD Analysis Domain) ............................................................................................... 443
分類(Group).......................................................................................................................................... 443
境界条件を編集(Edit Boundary Conditions)...................................................................................... 443
気流(Airflow) ........................................................................................................................................ 443
温度(Temperature) .............................................................................................................................. 443
ダイアログをインポート(Import Dialog) ............................................................................................ 444
インターバル(Interval) ......................................................................................................................... 444
時間、日、月(Time, Day, Month) ........................................................................................................ 444
CFD での隙間風(Infiltration In CFD) ................................................................................................... 446
アセンブリライブラリ(Assembly Library) ......................................................................................... 446
ターゲットオブジェクト(Target Object) ............................................................................................ 449
グローバル照明設定を行う(Making global lighting settings) ........................................................... 449
モデルデータ管理 (Model Data Management) ........................................................................................ 449
ゾーン結合(Merging Zones) ................................................................................................................ 450
同じ活動の結合ゾーン(Merge zones of same activity) ..................................................................... 450
穴で接続するゾーンの結合(Merge zones connected by holes) ....................................................... 450
選択的ゾーン結合(Selective Zone Merging) ...................................................................................... 451
親ゾーンの作成(Creation of the Parent Zone) ................................................................................... 451
-9-
ゾーンの結合(Merging Zones) ............................................................................................................ 452
ゾーンの非結合(Unmerging Zones) ................................................................................................... 452
ゾーンの合成(Merging Zones) ............................................................................................................ 452
なぜゾーンを合成するか?(Why merge zones?) ............................................................................... 452
結合のデメリット(Disadvantages of merging) ................................................................................. 453
合成のルール(Merging rules) .............................................................................................................. 453
EnergyPlus シミュレーションにおけるゾーン合成の影響 (Effect of merging zones on EnergyPlus
simulations) ........................................................................................................................................... 453
合成時の潜在的な問題(Potential problem when merging) ............................................................... 454
建物の合成(Merging buildings) .......................................................................................................... 454
詳細空調(Detailed HVAC) .................................................................................................................... 454
概要 (Overview) ........................................................................................................................................ 455
詳細 HVAC にアクセス(Accessing Detailed HVAC) .......................................................................... 456
詳細 HVAC コンテンツ(Detailed HVAC Contents) ............................................................................ 456
プレナムを配置(Placing plenums) ..................................................................................................... 494
プレナムを接続(Connecting plenums) .............................................................................................. 494
名前(Name)........................................................................................................................................... 504
外気流率を設計(Design outdoor air flow rate) .................................................................................. 504
最小システム空気流率(Minimum system air flow ratio) ................................................................... 504
サイジングオプション (Sizing option)................................................................................................ 505
サイズ ON にする読み込みのタイプ (Type of load to size on) .............................................................. 505
予熱設計温度(Preheat design temperature) ...................................................................................... 506
予熱設計湿度率(Preheat design humidity ratio) ............................................................................... 506
中央暖房設計吸気温度(Central heating design supply air temperature) ........................................ 506
100% 暖房外気 (100% Outdoor air in heating) .................................................................................. 506
中央暖房設計供給空気湿度 (Central heating design supply air humidity ratio) ............................. 506
暖房設計空気流量法(Heating design air flow method) ..................................................................... 506
暖房設計空気流量率(Heating design air flow rate) ............................................................................ 506
冷房(Cooling) ....................................................................................................................................... 506
予冷デザイン温度(Pre-cool design temperature) ............................................................................. 506
予冷デザイン湿度(Pre-cool design humidity ratio) .......................................................................... 506
中央冷房設計供給空気温度 (Central cooling design supply air temperature) ................................ 506
100%冷房外気(100% Outdoor air in cooling ) ................................................................................ 507
中央冷房デザイン供給空気湿度 (Central cooling design supply air humidity ratio ) ..................... 507
冷房設計空気流量法(Cooling design air flow method) ..................................................................... 507
冷房設計空気流量率(Cooling design air flow rate) ........................................................................... 507
有効性スケジュール(Availability schedule) ....................................................................................... 507
名前(Name)........................................................................................................................................... 507
流体のタイプ (Fluid type) .................................................................................................................... 508
プラントループ量(Plant loop volume) ............................................................................................... 508
プラントループ 流量タイプ(Plant loop flow type) ............................................................................. 508
最大ループ温度(Maximum loop temperature) ................................................................................... 508
最小ループ温度 (Minimum loop temperature) ................................................................................... 508
最大ループ流量(Maximum loop flow rate) ......................................................................................... 508
最小ループ流量(Minimum loop flow rate) .......................................................................................... 509
負荷分配スキーム(Load distribution scheme) .................................................................................. 509
プラントループ要求算出スキーム (Plant loop demand calculation scheme) ................................. 509
サイジング(Sizing) ............................................................................................................................... 509
設計ループ出口の温度(Design loop exit temperature) ..................................................................... 509
ループのデザイン温度差(Loop design temperature difference) ...................................................... 509
有効性スケジュール(Availability schedule) ....................................................................................... 509
外部温度操作(Outside temperature operation) ................................................................................. 509
プラント装置の操作(Plant Equipment Operation) ............................................................................ 510
スキーム数(Number of schemes) ....................................................................................................... 510
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DesignBuilder Documentation
スキーム (Scheme) ................................................................................................................................... 510
スキームの名前(Scheme name) .......................................................................................................... 510
スキーム操作タイプ(Scheme operation type) ................................................................................... 510
スキーム装置(Scheme equipment) ..................................................................................................... 511
スキームスケジュール(Scheme schedule) ......................................................................................... 511
範囲の数(Number of ranges) .............................................................................................................. 511
範囲(Range) ......................................................................................................................................... 511
下限(Range lower limit) ...................................................................................................................... 511
上限(Range upper limit) ...................................................................................................................... 511
装置(Range Equipment) ...................................................................................................................... 511
名前 (Name).......................................................................................................................................... 517
送風機タイプ(Fan type) ....................................................................................................................... 517
設計上の供給空気流量(Design supply air flow rate ) ........................................................................ 517
有効性スケジュール(Availability schedule) ....................................................................................... 517
適用スケジュール(夜間サイクル)(Applicability schedule (night cycle)) .......................................... 518
コントロールタイプ(Control type ) ..................................................................................................... 518
サーモスタット許容範囲(Thermostat tolerance) .................................................................................... 518
サイクル実行時間(Cycling run time ) ................................................................................................. 518
コントロールゾーン(Control zone) ..................................................................................................... 518
換気扇を含む(Include extract fan) ...................................................................................................... 518
空気処理ユニット室外気システム (全ての AHU に共通) (Air Handling Unit Outdoor Air System
(Common To All AHUs) ) ......................................................................................................................... 519
名前 ............................................................................................................................................................ 519
再循環(Recirculation) .......................................................................................................................... 519
室外気流量率(Outdoor air flow rate) .................................................................................................. 519
最少限度タイプ(Minimum limit type) ................................................................................................. 519
最大外気流率(Maximum outdoor air flow rate) ................................................................................. 520
エコノマイザ制御アクションタイプ(Economiser control action type) ........................................... 520
ロックアウト種類(Lockout type) ........................................................................................................ 521
エコノマイザーの最小乾球温度制限 (Economiser minimum limit dry-bulb temperature) ............. 521
エコノマイザーの最大乾球温度制限 (Economiser maximum limit dry-bulb temperature ) ........... 521
エコノマイザーの最大エンタルピー限度 (Economiser maximum limit enthalpy ) ......................... 521
エコノマイザーの最大露点温度制限 (Economiser maximum limit dew-point temperature ) ........ 521
電子エンタルピー制限カーブ(Electronic enthalpy limit curve) ........................................................ 521
時間帯別エコノマイザ制御スケジュール (Time of day economiser control schedule) .................. 521
高湿度制御(High humidity control) .................................................................................................... 522
加湿器のコントロールゾーン(Humidistat Control Zone) .................................................................. 522
高湿度外気流量比(High humidity outdoor air flow ratio) ................................................................. 522
室外湿度率に基づく室内高湿度の制御 (Control high indoor humidity based on outdoor humidity
ratio) ....................................................................................................................................................... 522
室外空気スケジュール(Outdoor Air Schedules) ................................................................................ 522
最小室外空気スケジュールを適用(Apply minimum outdoor air schedule) ..................................... 522
最小室外空気スケジュール(Minimum outdoor air schedule) ........................................................... 523
室外空気スケジュールの最小値(Minimum fraction of outdoor air schedule) ................................. 523
室外空気スケジュールの最大値 (Apply maximum fraction of outdoor air schedule) .................... 523
室外空気スケジュールの最大値 (Maximum fraction of outdoor air schedule) ............................... 523
熱回収(全 AHU 共通)(Heat Recovery (Common To All AHUs)) ................................................... 525
公称給気流量率(Nominal supply air flow rate) .................................................................................. 527
公称電力(Nominal electric power) ..................................................................................................... 527
供給エアーアウトレット温度コントロール (Supply air outlet temperature control) ...................... 527
熱交換器のタイプ(Heat exchanger type ) .......................................................................................... 527
エコノマイザーロックアウト(Economiser lockout) .......................................................................... 528
熱気流量 100%での顕熱効果 (Sensible effectiveness at 100% heating air flow) ........................... 528
熱気流量 100%での潜熱効果 (Latent effectiveness at 100% heating air flow) ............................... 528
- 11 -
熱気流量 75%での顕熱効果 (Sensible effectiveness at 75% heating air flow) ............................... 528
熱気流量 75%での潜熱効果 (Latent effectiveness at 75% heating air flow) ................................... 528
冷気流量 100%での顕熱効果 (Sensible effectiveness at 100% cooling air flow) ........................... 528
冷気流量 100%での潜熱効果 (Latent effectiveness at 100% cooling air flow) ............................... 528
冷気流量 75%での顕熱効果 (Sensible effectiveness at 75% cooling air flow) ............................... 528
冷気流量 75%での潜熱効果(Latent effectiveness at 75% cooling air flow) .................................... 528
フロストコントロールタイプ(Frost control type) .............................................................................. 529
限界温度(Threshold temperature) ...................................................................................................... 529
初期除霜時間(Initial defrost time fraction) ........................................................................................ 530
除霜時間の増加率(Rate of defrost time fraction increase)............................................................... 530
有効性スケジュール(Availability schedule) ....................................................................................... 530
予熱コイル(Pre-heat coil) .................................................................................................................... 531
予冷コイルの設定点温度(Pre-cool coil setpoint temperature) ......................................................... 531
ユニタリ加熱冷却 AHU(Unitary Heat Cool AHU)............................................................................... 531
名前 (Name).......................................................................................................................................... 531
有効性スケジュール(Availability schedule) ....................................................................................... 532
最大供給空気温度(Maximum supply air temperature) ...................................................................... 532
設計空気流率(Design air flow rate) .................................................................................................... 532
冷却操作空気流量率(Cooling operation air flow rate)....................................................................... 532
暖房操作空気流量率(Heating operation air flow rate) ....................................................................... 532
冷房、暖房が必要ない時の室外供給空気率 (Supply air flow rate when no cooling or heating is
needed) ................................................................................................................................................... 532
給気ファンの設置 (Supply fan placement) ............................................................................................. 533
供給空気ファン運転モードスケジュール (Supply air fan operating mode schedule) ......................... 533
排気ファンを含む(Include extract fan) ............................................................................................... 533
ゾーンまたはサーモスタットのロケーションをコントロール(Controlling zone or thermostat
location ) ................................................................................................................................................ 533
除湿制御のタイプ(Dehumidification control type ) .......................................................................... 533
名前 (Name).......................................................................................................................................... 534
有効性スケジュール(Availability schedule) ....................................................................................... 535
設計空気流率(Design air flow rate) .................................................................................................... 535
冷却操作空気流量率(Cooling operation air flow rate)....................................................................... 535
暖房操作空気流量率(Heating operation air flow rate) ....................................................................... 535
冷房、暖房が必要ない時の室外供給空気率 (Supply air flow rate when no cooling or heating is
needed) ................................................................................................................................................... 535
送風機タイプ (Fan type) ........................................................................................................................... 535
供給ファンの設置 (Supply fan placement) ............................................................................................. 535
供給空気ファン運転モードスケジュール(Supply air fan operating mode schedule) .......................... 536
排気ファンを含む(Include extract fan) ............................................................................................... 536
ゾーンまたはサーモスタットのロケーションをコントロール (Controlling zone or thermostat
location ) ................................................................................................................................................ 536
除湿制御のタイプ(Dehumidification control type ) .......................................................................... 536
追加ヒータの最高供給空気温度 (Maximum supply air temperature from supplemental heater) .. 537
追加ヒータ運転のための最高室外乾球温度 (Maximum outdoor dry-bulb temperature for
supplemental heater operation)........................................................................................................... 537
名前(Name)........................................................................................................................................... 538
タイプ(Type) ........................................................................................................................................ 538
パフォーマンス入力方法(Performance input method)...................................................................... 538
最大水流率(Maximum water flow rate) .............................................................................................. 538
UA (U 係数の面積 x)(UA (U-Factor x Area)) ....................................................................................... 538
定格容量(Rated capacity).................................................................................................................... 539
定格インレット(inlet)水温(Rated inlet water temperature) .............................................................. 539
定格アウトレット(outlet)水温(Rated outlet water temperature) ...................................................... 539
定格インレット(inlet)空気温度(Rated inlet air temperature) ............................................................ 539
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DesignBuilder Documentation
定格アウトレット(outlet)空気温度(Rated outlet air temperature) ................................................... 539
有効性スケジュール(Availability schedule) ....................................................................................... 539
コントローラ(Controller)..................................................................................................................... 539
コントロール変数(Control variable) ................................................................................................... 539
アクション(Action) .............................................................................................................................. 539
アクチュエータの変数(Actuator variable) .......................................................................................... 539
コントローラ収束許容(Controller convergence tolerance).............................................................. 539
最大作動流量(Maximum actuated flow) ............................................................................................. 540
最小作動流量(Minimum actuated flow) .............................................................................................. 540
空気/水対流の定格率(Rated ratio for air and water convection) ...................................................... 540
総合温水コイルエネルギー (J) (HEATING COIL - WATER OUTotal Water Heating Coil Energy
(J)PUTS) ................................................................................................................................................. 540
総合温水コイル率 (W)(Total Water Heating Coil Rate (W)) .............................................................. 540
水加熱コイル U 係数倍の面積(W/K) (Water Heating Coil U-factor Times Area (W/K)) .............. 540
名前(Name)........................................................................................................................................... 541
タイプ(Type) ........................................................................................................................................ 541
効率性(Efficiency) ................................................................................................................................ 541
定格容量(Nominal capacity) ............................................................................................................... 541
操作 (Operation) ....................................................................................................................................... 541
利用可能スケジュール(Available schedule) ....................................................................................... 541
加熱コイルエネルギー (J)(Heating Coil Energy (J)) .......................................................................... 541
加熱コイル率[W](Heating Coil Rate[W]) ............................................................................................ 541
加熱コイル電力消費量 [J](Heating Coil Electric Consumption [J]) ................................................. 541
加熱コイル電力 [W](Heating Coil Electric Power [W]) ..................................................................... 541
名前(Name)........................................................................................................................................... 542
タイプ(Type) ........................................................................................................................................ 542
効率性(Efficiency) ................................................................................................................................ 542
寄生電力負荷(Parasitic electric load) ................................................................................................. 542
寄生ガス負荷(Parasitic gas load) ....................................................................................................... 542
定格容量(Nominal capacity) ............................................................................................................... 542
部分負荷パフォーマンス(Part Load Performance) ............................................................................ 542
部分負荷相関(Part load fraction correlation) .................................................................................... 542
部分負荷の相関関数曲線(Part load fraction correlation curve) ....................................................... 542
操作 (Operation) ....................................................................................................................................... 543
利用可能なスケジュール(Available schedule) ................................................................................... 543
名前(GENERAL Name) ........................................................................................................................ 543
定格合計容量(Rated total heating capacity) ...................................................................................... 543
定格空気流量率(Rated air flow rate) ................................................................................................... 543
定格 COP(Rated COP) ......................................................................................................................... 543
コンプレッサ運転の最低室外乾球温度 (Minimum outdoor dry-bulb temperature for compressor
operation) ............................................................................................................................................... 544
除霜方式(Defrost strategy) ................................................................................................................. 544
除霜制御(Defrost control) ................................................................................................................... 544
除霜周期(Defrost time period fraction) .............................................................................................. 544
抵抗除霜加熱容量(Resistive defrost heater capacity) ...................................................................... 544
除霜の最大外気乾球温度 (Maximum outdoor dry-bulb temperature for defrost operation) ......... 544
性能曲線(Performance Curves) .......................................................................................................... 544
温度曲線上における合計暖房容量の関数 (Total heating capacity function of temperature curve)545
流量曲線上における合計暖房容量の関数 (Total heating capacity function of flow fraction curve)545
温度曲線上におけるエネルギー入力比率の関数 (Energy input ratio function of temperature curve)545
流量曲線上におけるエネルギー入力比率の関数 (Energy input ratio function of flow fraction curve)545
部分負荷の相関曲線(Part load fraction correlation curve) ............................................................... 545
温度曲線上における除霜エネルギー入力率の関数 (Defrost energy input ratio function of
temperature curve) ................................................................................................................................ 546
- 13 -
クランクケース・加熱容量(Crankcase heater capacity) .................................................................. 546
クランクケース・ヒーターの最大乾球外気温 (Maximum outdoor dry-bulb temperature for
crankcase heater operation) ................................................................................................................ 546
有効性スケジュール 名前(Availability schedule name) .................................................................... 546
DX コイル合計加熱率 [W](DX Coil Total Heating Rate [W]) ............................................................. 546
DX コイル合計加熱エネルギー[J](DX Coil Total Heating Energy[J]) ............................................... 547
DX 加熱コイル電力 [W](DX Heating Coil Electric Power[W]) .......................................................... 547
DX 加熱コイル電力消費量[J](DX Heating Coil Electric Consumption[J]) ....................................... 547
DX 加熱コイル電気除霜力 [W](DX Heating Coil Electric Defrost Power[W]) .................................. 547
DX 加熱コイル電気除霜消費量[J] (DX Heating Coil Electric Defrost Consumption[J]) ................. 547
DX 加熱コイルクランクケースヒーター電力[W] (DX Heating Coil Crankcase Heater Power[W]) . 547
DX 加熱コイルクランクケースヒーター消費量[J] (DX Heating Coil Crankcase Heater
Consumption[J]).................................................................................................................................... 547
DX 加熱コイル実行時間(DX Heating Coil Runtime Fraction) ........................................................... 547
冷却コイル(Cooling Coil) - 水(Water) ............................................................................................ 548
名前(Name)........................................................................................................................................... 548
設計上の水の流量(Design water flow rate) ........................................................................................ 548
設計上の空気の流量(Design air flow rate).......................................................................................... 548
設計上のインレット水温(Design inlet water temperature) ............................................................... 548
設計上のインレット温度(Design inlet air temperature) .................................................................... 548
設計上のアウトレット温度(Design outlet air temperature) .............................................................. 548
設計上のインレット湿度率(Design inlet air humidity ratio) ............................................................. 548
設計上のアウトレット湿度率(Design outlet air humidity ratio) ....................................................... 548
解析のタイプ(Type of analysis) .......................................................................................................... 549
熱交換器設定(Heat exchanger configuration) ................................................................................... 549
有効性スケジュール(Availability schedule) ....................................................................................... 549
コントローラ(Controller)..................................................................................................................... 549
コントロール変数(Control variable) ...................................................................................................... 549
アクション(Action) .............................................................................................................................. 549
アクチュエータの変数(Actuator variable) .......................................................................................... 550
コントローラ収束許容(Controller convergence tolerance).............................................................. 550
最大作動流量(Maximum actuated flow) ............................................................................................. 550
最小作動流量(Minimum actuated flow) .............................................................................................. 550
総合水冷却コイルエネルギー (J)(Total Water Cooling Coil Energy (J)) .......................................... 550
顕熱水冷コイルエネルギー (Sensible Water Cooling Coil Energy) (J) ................................................. 550
合計水冷コイル率 (Total Water Cooling Coil Rate) (W) ......................................................................... 550
検出水冷コイル率 (Sensible Water Cooling Coil Rate) (W) .................................................................. 550
冷却コイル湿気 (Cooling Coil Area Wet Fraction) ................................................................................. 550
冷却コイル凝縮量流出率 (Cooling Coil Condensate Volumetric Flow Rate) [m3/s] ........................... 550
冷却コイル凝縮量 (Cooling Coil Condensate Volume) [m3] ................................................................. 550
名前(Name)........................................................................................................................................... 551
定格合計冷却能力 (Rated total cooling capacity) .................................................................................. 551
定格顕熱比 (Rated sensible heat ratio) .................................................................................................. 551
定格 COP (Rated COP) ............................................................................................................................ 551
定格空気流率 (Rated air flow rate) .......................................................................................................... 552
体積流量当りの定格気化送風機電力 (Rated evaporator fan power per volume flow rate) ................ 552
有効性スケジュール(Availability schedule) ....................................................................................... 552
性能曲線(Performance Curves) .......................................................................................................... 552
温度カーブにおける合計冷却能力機能 (Total cooling capacity function of temperature curve) .... 552
フローカーブの合計冷却容量 (Total cooling capacity function of flow fraction curve) .................... 552
温度曲線のエネルギー率 (Energy input ratio function of temperature Curve) ................................... 552
フローカーブのエネルギー入力率 (Energy input ratio function of flow fraction curve) .................... 553
部分負荷相関曲線 (Part load fraction correlation curve) ...................................................................... 553
潜熱処理能力の低下 (Latent capacity degradation) ............................................................................... 553
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DesignBuilder Documentation
開始までの凝縮削除の公称時間 (Nominal time for condensate removal to begin) ............................ 553
初期水分蒸発率と定常状態潜在生産能力 (Ratio of initial moisture evaporation rate and steady state
latent capacity) ......................................................................................................................................... 554
最大サイクル率 (Maximum cycling rate) ................................................................................................ 554
潜熱処理能力定数 (Latent capacity time constant)................................................................................ 554
コンデンサタイプ(Condenser type) ................................................................................................... 554
蒸発コンデンサ有効性(Evaporative condenser effectiveness) ....................................................... 554
蒸発凝縮器の空気流率 (Evaporative condenser air flow rate) .............................................................. 555
蒸発凝縮器のポンプ定格電力消費量 (Evaporative condenser pump rated power consumption) .... 555
クランクケース・ヒーターの容量 (Crankcase heater capacity) ........................................................... 555
クランクケース・ヒーターの最大室外乾球温度 (Maximum outdoor dry-bulb temperature for
crankcase heater operation) ................................................................................................................ 555
水槽ヒータ (Basin Heater) ....................................................................................................................... 556
水槽ヒータ能力(Basin heater capacity) ............................................................................................. 556
水槽ヒータ設定点温度(Basin heater setpoint temperature) ............................................................ 556
水槽ヒータ操作スケジュール(Basin heater operating schedule) .................................................... 556
DX 冷却コイル出力 (DX COOLING COIL OUTPUTS) ........................................................................ 556
HVAC,Average,DX Cooling Coil Stage 2 Runtime Fraction ................................................................ 557
DX コイル合計冷却速度 [W] (DX Coil Total Cooling Rate) .................................................................... 557
DX コイル合計冷却エネルギー[J] (DX Coil Total Cooling Energy) ....................................................... 557
DX コイル顕熱冷却率[W](DX Coil Sensible Cooling Rate [W]) ........................................................ 557
DX コイル顕熱冷却エネルギー[J](DX Coil Sensible Cooling Energy [J])........................................ 557
DX コイル潜熱冷却率[W](DX Coil Latent Cooling Rate [W]) ............................................................ 557
DX コイル潜熱冷却エネルギー[J](DX Coil Latent Cooling Energy [J])............................................ 557
DX 冷却コイル電力[W](DX Cooling Coil Electric Power [W]) .......................................................... 557
DX 冷却コイル 電力消費量 [J](DX Cooling Coil Electric Consumption [J]) ................................... 557
DX 冷却コイル実行時間(DX Cooling Coil Runtime Fraction) ........................................................... 557
DX 冷却コイルクランクケースヒーター電力[W] (DX Cooling Coil Crankcase Heater Power[W]) . 558
DX 冷却コイルクランクケースヒーター消費量[J] (DX Cooling Coil Crankcase Heater
Consumption[J]).................................................................................................................................... 558
冷却コイル(Cooling Coil) - 2 段階湿度コントロール DX (Two Stage With Humidity Control DX )558
名前(Name)........................................................................................................................................... 558
容量ステージの数(Number of capacity stages) ................................................................................ 558
拡張除湿モード (Enhanced dehumidification mode) ............................................................................ 558
除湿制御のタイプ (Dehumidification control type) ............................................................................... 558
操作 (Operation) ....................................................................................................................................... 559
有効性スケジュール(Availability schedule) ....................................................................................... 559
クランクケース・加熱容量 (Crankcase heater capacity) ...................................................................... 560
クランクケース・ヒーターの室外最大乾球温度 (Maximum outdoor dry-bulb temperature for
crankcase heater operation) ................................................................................................................ 560
水槽ヒータ (Basin Heater) ....................................................................................................................... 560
水槽加熱容量(Basin heater capacity) ................................................................................................. 560
水槽ヒータ設定点温度(Basin heater setpoint temperature) ............................................................ 560
水槽ヒータ操作スケジュール(Basin heater operating schedule) .................................................... 560
起動設定 (Run Settings) ........................................................................................................................... 560
顕熱負荷のみでの起動 (Run on sensible load only) .............................................................................. 560
潜熱負荷のみでの起動 (Run on latent load only) ................................................................................... 560
DX 冷却コイル出力 (DX COOLING COIL OUTPUTS) ............................................................................. 561
直接 CelDekPad(Direct CelDekPad ) ................................................................................................. 561
Direct Stage Evaporative Cooler ............................................................................................................ 562
名前(Name)........................................................................................................................................... 563
設定 (Settings) .......................................................................................................................................... 563
直接パッド面積 (Direct pad area) ............................................................................................................ 563
直接パッド奥行き (Direct pad depth) ...................................................................................................... 563
- 15 -
気化冷凍機再循環ポンプ(Recirculating water pump power consumption) .................................... 563
有効性スケジュール(Availability schedule) ....................................................................................... 564
直接的特別研究 (Indirect Research Special) .......................................................................................... 564
名前(Name)........................................................................................................................................... 564
設定 (Settings) .......................................................................................................................................... 564
冷凍機の効率 (Cooler effectiveness) ...................................................................................................... 564
ドリフト消失部分 (Drift loss fraction) .................................................................................................... 564
再循環ポンプの電力消費 (Recirculating water pump power consumption) ........................................ 564
ブローダウン (Blowdown )....................................................................................................................... 564
ブローダウン On(Blowdown On) ........................................................................................................ 564
ブローダウン濃縮率 (Blowdown concentration ratio) ........................................................................... 564
有効性スケジュール(Availability schedule) ....................................................................................... 565
非直接 CelDekPad (Indirect CelDekPad ) .......................................................................................... 565
名前 (Name) .............................................................................................................................................. 566
設定 (Settings) .......................................................................................................................................... 566
直接パッド面積 (Direct pad area) ............................................................................................................ 566
直接パッド奥行き (Direct pad depth) ...................................................................................................... 566
気化冷凍機再循環ポンプ(Recirculating water pump power consumption) .................................... 566
二次送風機流量 (Secondary fan flow rate) ............................................................................................. 566
二次送風機効率 (Secondary fan efficiency) ........................................................................................... 566
二次送風機デルタ圧力 (Secondary fan delta pressure) ........................................................................ 567
非直接熱交換器効率 (Indirect heat exchanger effectiveness) .............................................................. 567
有効性スケジュール(Availability schedule) ....................................................................................... 567
Evaporative Cooler – Indirect Wet Coil ................................................................................................. 567
Secondary Air Process – Indirect Wet Coil Evaporative Cooler ......................................................... 568
名前 (Name) .............................................................................................................................................. 568
設定 (Settings ) ......................................................................................................................................... 568
コイル最大効率 (Coil maximum efficiency) ............................................................................................ 568
コイルフロー率 (Coil flow ratio) .............................................................................................................. 568
ドリフト消失部分 (Drift loss fraction) .................................................................................................... 568
非直接熱交換器効率 (Indirect heat exchanger effectiveness) .............................................................. 568
再循環ポンプの電力消費 (Recirculating water pump power consumption) ........................................ 568
二次送風機流量(Secondary fan flow rate) ......................................................................................... 569
二次送風機効率(Secondary fan efficiency )....................................................................................... 569
二次送風機デルタ圧力(Secondary fan delta pressure ).................................................................... 569
ブローダウン (BLOWDOWN ) .................................................................................................................. 569
ブローダウン On(Blowdown On) ........................................................................................................ 569
ブローダウン濃縮率 (Blowdown concentration ratio) ........................................................................... 569
有効性スケジュール(Availability schedule) ....................................................................................... 569
間接的特別研究 (Indirect Research Special) .......................................................................................... 569
名前(Name)........................................................................................................................................... 569
設定 (Settings ) ......................................................................................................................................... 569
露点効率係数(Dew-point effectiveness factor) ................................................................................. 570
ドリフト損失(Drift loss fraction) ........................................................................................................ 570
水ポンプ電力消費再循環 (Recirculating water pump power consumption) ........................................ 570
二次送風機流量(Secondary fan flow rate) ......................................................................................... 570
二次送風機効率(Secondary fan efficiency)........................................................................................ 570
二次送風機デルタ圧力(Secondary fan delta pressure)..................................................................... 570
ブローダウン (Blowdown )....................................................................................................................... 570
ブローダウン On(Blowdown On) ........................................................................................................ 570
ブローダウン濃縮率(Blowdown concentration ratio ) ...................................................................... 570
有効性スケジュール(Availability schedule) ....................................................................................... 570
名前(Name)........................................................................................................................................... 571
タイプ(Type) ........................................................................................................................................ 571
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DesignBuilder Documentation
送風機効率(Fan efficiency) ................................................................................................................. 571
圧力上昇(Pressure rise) ...................................................................................................................... 571
最終使用サブカテゴリ(End-use subcategory) .................................................................................. 571
流量率 (Flow Rates) ................................................................................................................................. 572
最大流量率(Maximum flow rate) ......................................................................................................... 572
モーター(Motor) ................................................................................................................................... 572
電動機効率(Motor efficiency) .............................................................................................................. 572
エアーストリームのモータ(Motor in airstream fraction) .................................................................. 572
有効性スケジュール(Availability schedule) ....................................................................................... 572
送風機(Fan) -一定量出力(Constant Volume Outputs) .................................................................. 573
送風機電力(Fan Electric Power)[W] ................................................................................................... 573
送風機デルタ温度(Fan Delta Temp)[C]............................................................................................... 573
送風機電力消費量(Fan Electric Consumption) [J] ............................................................................ 573
送風機 (Fan) -可変容量(Variable Volume) ..................................................................................... 573
名前(Name)........................................................................................................................................... 573
タイプ(Type) ........................................................................................................................................ 573
送風機効率(Fan efficiency) ................................................................................................................. 573
圧力上昇(Pressure rise) ...................................................................................................................... 573
最終使用サブカテゴリ(End-use subcategory) .................................................................................. 574
流量率(FLOW RATES) ......................................................................................................................... 574
送風機電力の送風機最小流量率入力方法 (Fan minimum flow rate input method for fan power) .. 574
送風機電力の最小流量率(Minimum flow fraction for fan power) ..................................................... 574
送風機電力の最小流量率(Minimum air flow rate for fan power) ...................................................... 574
最大流量率(Maximum flow rate) ......................................................................................................... 574
最少流量率(Minimum flow rate) .......................................................................................................... 574
モーター (Motor) ....................................................................................................................................... 574
電動機効率 (Motor efficiency).................................................................................................................. 574
エアーストリームのモータ (Motor in airstream fraction) ...................................................................... 574
送風機係数 1(Fan coefficient 1) .......................................................................................................... 575
送風機係数 2 .............................................................................................................................................. 575
送風機係数 3 .............................................................................................................................................. 575
送風機係数 4 .............................................................................................................................................. 575
送風機係数 5 .............................................................................................................................................. 575
有効性スケジュール(Availability schedule) ....................................................................................... 575
送風機(Fan) -変風量出力(Variable Volume Ouputs) ..................................................................... 576
送風機電力(Fan Electric Power)[W] ................................................................................................... 576
送風機デルタ温度(Fan Delta Temp)[C]............................................................................................... 576
送風機電力消費量(Fan Electric Consumption) [J] ............................................................................ 576
送風機(Fan) - On/Off ............................................................................................................................ 576
名前(Name)........................................................................................................................................... 576
送風機効率(Fan efficiency) ................................................................................................................. 576
圧力上昇(Pressure rise) ...................................................................................................................... 576
最終使用サブカテゴリ(End-use subcategory) .................................................................................. 577
最大流量率(Maximum flow rate) ......................................................................................................... 577
電動機効率(Motor efficiency) .............................................................................................................. 577
エアーストリームのモータ(Motor in airstream fraction) .................................................................. 577
速度比曲線上の送風機力の関数 (Fan power ratio function of speed ratio curve) .......................... 577
速度比曲線上の送風機効率の関数 (Fan efficiency ratio function of speed ratio curve) ................ 577
有効性スケジュール(Availability schedule) ....................................................................................... 577
ファン (Fan) - On/Off 出力 (On/Off Outputs) .......................................................................................... 578
送風機電力(Fan Electric Power)[W] ................................................................................................... 578
送風機デルタ温度(Fan Delta Temp)[C]............................................................................................... 578
送風機電力消費量(Fan Electric Consumption) [J] ............................................................................ 578
On/Off 送風機実行時間(On/Off Fan Runtime Fraction)..................................................................... 578
- 17 -
名前(Name)........................................................................................................................................... 582
タイプ(Type) ........................................................................................................................................ 582
定格流量(Rated flow rate) ................................................................................................................... 583
定格揚程(Rated pump head) ............................................................................................................... 583
定格消費電力(Rated power consumption) ........................................................................................ 583
電動機効率(Motor efficiency) .............................................................................................................. 583
流体の流れへのモーター非効率割合 (Fraction of motor inefficiencies to fluid stream) ................. 583
ポンプのコントロールタイプ(Pump control type) ............................................................................. 583
ポンプの電力(Pump Electric Power) [W] ........................................................................................... 583
ポンプの電力消費量(Pump Electric Consumption) [J] ..................................................................... 583
ポンプの軸動力(Pump Shaft Power) [W] ........................................................................................... 583
流体へのポンプの熱(Pump Heat To Fluid) [W] .................................................................................. 584
流体エネルギーへのポンプの熱(Pump Heat To Fluid Energy)[J] ..................................................... 584
ポンプのアウトレット(outlet)温度(Pump Outlet Temp) [C] ............................................................. 584
ポンプの質量流量(Pump Mass Flow Rate)[kg/s]............................................................................... 584
名前(Name)........................................................................................................................................... 584
タイプ(Type) ........................................................................................................................................ 584
定格流量(Rated flow rate) ................................................................................................................... 584
定格揚程(Rated pump head) ............................................................................................................... 584
定格消費電力(Rated power consumption) ........................................................................................ 584
電動機効率(Motor efficiency) .............................................................................................................. 584
流体の流れへのわずかなモーター非効率 (Fraction of motor inefficiencies to fluid stream) ......... 585
ポンプのコントロールタイプ(Pump control type) ............................................................................. 585
2
3
FractionFullLoadPower = C1 + C2. PLR + C3 PLR + C4.PLR .............................................................. 585
部分負荷の性能曲線の係数 1 (Coefficient 1 of the part load performance curve).......................... 585
部分負荷の性能曲線の係数 2 .................................................................................................................... 585
部分負荷の性能曲線の係数 3 .................................................................................................................... 585
部分負荷の性能曲線の係数 4 .................................................................................................................... 585
最少流量(Minimum flow rate) ............................................................................................................. 585
ポンプの電力(Pump Electric Power)[W] ポンプの電力消費量(Pump Electric Consumption)[J]585
ポンプの軸動力(Pump Shaft Power) [W] ........................................................................................... 585
流体へのポンプの熱 (Pump Heat To Fluid)[W] .................................................................................. 586
流体エネルギーへのポンプの熱(Pump Heat To Fluid Energy)[J] ..................................................... 586
ポンプのアウトレット(outlet)温度(Pump Outlet Temp)[C]............................................................... 586
ポンプの質量流(Pump Mass Flow Rate)[kg/s] .................................................................................. 586
名前(Name)........................................................................................................................................... 586
定格出力(Rated capacity).................................................................................................................... 586
定格電力(Rated power) ....................................................................................................................... 586
定格送風機電力(Rated fan power) ...................................................................................................... 587
予備電力(Standby power) ................................................................................................................... 587
有効性スケジュール(Availability schedule) ....................................................................................... 587
加湿器水消費率(Humidifier Water Consumption Rate)[m3/s] ......................................................... 587
加湿器水消費量(Humidifier Water Consumption)[m3] ..................................................................... 587
加湿器電力(Humidifier Electric Power)[W] ........................................................................................ 587
加湿器 電力消費量(Humidifier Electric Consumption)[J] ................................................................. 587
加湿器(Humidifier):水(Water)[m3] ................................................................................................. 587
加湿器(Humidifier):電力(Electricity) [J] ........................................................................................ 587
蓄電タンクからの加湿器の水量率 (Humidifier Water From Storage Tank Rate) [m3/s]................. 587
蓄電タンクからの加湿器の水(Humidifier Water From Storage Tank) [m3] ..................................... 587
蓄電タンクに必要な加湿器の水量率 (Humidifier Water Starved By Storage Tank Rate) [m3/s] ... 588
蓄電タンクに必要な加湿器の水 (Humidifier Water Starved By Storage Tank)[m3] ....................... 588
本管から水の得られる加湿器 (Humidifier Water Mains Draw) [m3] ..................................................... 588
名前(Name)........................................................................................................................................... 589
冷凍機タイプ(Chiller type) .................................................................................................................. 589
- 18 -
DesignBuilder Documentation
呼び容量(Nominal capacity) ............................................................................................................... 589
呼び COP(Nominal COP) .................................................................................................................... 589
冷凍機流量モード(Chiller flow mode) ................................................................................................ 589
サイズ係数(Sizing factor) .................................................................................................................... 590
冷凍機タイプ(Condenser type) .......................................................................................................... 590
設計冷却水流量率(Design chilled water flow rate) ............................................................................ 590
設計コンデンサー流量率(Design condenser fluid flow rate) ............................................................ 590
水槽ヒータ(Basin Heater) ................................................................................................................... 590
水槽ヒータ能力(水槽ヒータ能力) ......................................................................................................... 590
水槽ヒータ設定点温度(Basin heater setpoint temperature) ............................................................ 590
水槽ヒータ操作スケジュール(Basin heater operating schedule) .................................................... 591
HVAC,Average,Chiller Cond Air Inlet Temp [C] .................................................................................... 591
冷凍機電力(Chiller Electric Power) [W] ............................................................................................. 591
冷凍機電力消費量(Chiller Electric Consumption) [J] ....................................................................... 591
冷凍機蒸発熱伝達率(Chiller Evap Heat Trans Rate) [W]................................................................... 592
冷凍機蒸発熱伝達(Chiller Evap Heat Trans) [J] ................................................................................ 592
冷凍機蒸発 水インレット温度(Chiller Evap Water Inlet Temp)[C] ................................................... 592
冷凍機蒸発 水アウトレット温度(Chiller Evap Water Outlet Temp) [C]............................................ 592
冷凍機蒸発 水流量率(Chiller Evap Water Mass Flow Rate)[kg/s] .................................................... 592
冷凍機 COP(Chiller COP) [W/W]......................................................................................................... 592
冷凍機部分負荷率(Chiller Part-Load Ratio) ....................................................................................... 592
冷凍機サイクリング(Chiller Cycling Fraction) .................................................................................. 592
冷却凝縮熱伝達率(Chiller Cond Heat Trans Rate) [W]...................................................................... 592
冷却凝縮熱伝達(Chiller Cond Heat Trans) [J].................................................................................... 592
冷却凝縮空気インレット温度(Chiller Cond Air Inlet Temp) [C] ........................................................ 592
冷却水槽ヒーター電力(Chiller Basin Heater Electric Power)[W] ..................................................... 592
冷却水槽ヒーター電力消費量(Chiller Basin Heater Electric Consumption) [J] .............................. 592
冷凍機凝縮水インレット温度(Chiller Cond Water Inlet Temp) [C]................................................... 593
冷凍機凝縮水アウトレット温度(Chiller Cond Water Outlet Temp) [C] ............................................ 593
冷凍機凝縮水質量流量率(Chiller Cond Water Mass Flow Rate) [kg/s] ............................................ 593
冷凍機軸動力(Chiller Shaft Power) [W] .............................................................................................. 593
冷凍機軸エネルギー(Chiller Shaft Energy) [J] ................................................................................... 593
Chiller Lube Heat Recovery Rate [W] .................................................................................................... 593
Chiller Lube Heat Recovery [J] .............................................................................................................. 593
冷凍機ジャケット熱回収率(Chiller Jacket Heat Recovery Rate)[W]................................................ 593
冷凍機ジャケット熱回収(Chiller Jacket Heat Recovery) [J] ............................................................ 593
冷凍機排熱回収率(Chiller Exhaust Heat Recovery Rate)[W] ........................................................... 593
冷凍機排熱回収(Chiller Exhaust Heat Recovery)[J] ......................................................................... 593
冷凍機総合熱回収率(Chiller Total Heat Recovery Rate)[W] ............................................................. 593
冷凍機総合熱回収(Chiller Total Heat Recovery) [J] .......................................................................... 593
冷凍機排気温度(Chiller Exhaust Stack Temp) [C] ............................................................................ 593
冷凍機熱回収インレット温度(Chiller Heat Recovery Inlet Temp) [C] .............................................. 593
冷凍機熱回収アウトレット温度(Chiller Heat Recovery Outlet Temp)[C] ........................................ 593
冷凍機熱回収質量流量(Chiller Heat Recovery Mass Flow Rate) [kg/s] ........................................... 593
冷凍機 <燃料タイプ> 消費率(Chiller <FuelType> Consumption Rate) [W] ..................................... 593
冷凍機 <燃料タイプ> 消費(Chiller <FuelType> Consumption) [J] ................................................... 593
冷凍機 <燃料タイプ> 質量流量 (Chiller <FuelType> Mass Flow Rate)[kg/s].................................. 593
冷凍機ガス質量消費量[kg] (ガスタービン冷凍機のみ) (Chiller Gas Mass Consumption [kg] (Gas
Turbine Chiller only)) ............................................................................................................................ 593
冷凍機 EIR(Chiller EIR) ....................................................................................................................... 594
名前(Name)........................................................................................................................................... 594
冷凍機タイプ(Chiller type) .................................................................................................................. 594
コンプレッサの電動機効率(Compressor motor efficiency ................................................................. 595
冷凍機流量モード(Chiller flow mode) ................................................................................................ 595
- 19 -
サイズ係数(Sizing factor) .................................................................................................................... 595
コンデンサータイプ(Condenser type)................................................................................................ 595
コンデンサー送風機力の比率(Condenser fan power ratio)............................................................... 596
温度(Temperatures) ............................................................................................................................ 596
基準冷却水流量率(Reference chilled water flow rate) ...................................................................... 596
基準コンデンサー流量率(Reference condenser fluid flow rate) ...................................................... 596
性能曲線(Performance Curves) .......................................................................................................... 597
温度曲線上における冷却出力比率への電気入力の関数 (Electric input to cooling output ratio function
of temperature curve (EIRFT)) ............................................................................................................. 597
部分負荷設定(Part Load Settings) ...................................................................................................... 598
最小部分負荷率(Minimum part load ratio) ......................................................................................... 598
最大部分負荷率(Maximum part load ratio) ........................................................................................ 598
最適な部分負荷率(Optimum part load ratio)...................................................................................... 599
最小アンロード率(Minimum unloading ratio) ................................................................................... 599
HVAC,Average,Chiller Cond Air Inlet Temp [C] .................................................................................... 600
冷凍機電力 (Chiller Electric Power)[W] ............................................................................................. 600
冷凍機電力消費量(Chiller Electric Consumption) [J] ....................................................................... 600
冷凍機蒸発熱伝達率(Chiller Evap Heat Trans Rate) [W]................................................................... 600
冷凍機蒸発熱伝達(Chiller Evap Heat Trans) [J] ................................................................................ 600
冷凍機蒸発水インレット温度(Chiller Evap Water Inlet Temp) [C] ................................................... 600
冷凍機蒸発水アウトレット温度 (Chiller Evap Water Outlet Temp)[C]............................................. 600
冷凍機蒸発水質量流量率(Chiller Evap Water Mass Flow Rate)[kg/s] .............................................. 600
冷凍機 COP (Chiller COP)[W/W]......................................................................................................... 600
冷凍機部分負荷率(Chiller Part-Load Ratio) ....................................................................................... 600
冷凍機サイクリング(Chiller Cycling Fraction) .................................................................................. 600
冷却凝縮熱伝達率(Chiller Cond Heat Trans Rate)[W]....................................................................... 601
冷却凝縮熱伝達(Chiller Cond Heat Trans)[J]..................................................................................... 601
冷却凝縮空気インレット温度(Chiller Cond Air Inlet Temp)[C] ......................................................... 601
冷却水槽ヒーター電力(Chiller Basin Heater Electric Power)[W] ..................................................... 601
冷却水槽ヒーター電力消費量 (Chiller Basin Heater Electric Consumption)[J] .............................. 601
冷凍機凝縮水インレット温度(Chiller Cond Water Inlet Temp) [C]................................................... 601
冷凍機凝縮水アウトレット温度(Chiller Cond Water Outlet Temp) [C] ............................................ 601
冷凍機凝縮水質量流量率(Chiller Cond Water Mass Flow Rate) [kg/s] ............................................ 601
冷凍機軸動力(Chiller Shaft Power) [W] .............................................................................................. 601
冷凍機軸エネルギー (Chiller Shaft Energy)[J] ................................................................................... 601
冷凍機油熱回収率 (Chiller Lube Heat Recovery Rate) [W] .................................................................... 601
冷凍機油熱回収 (Chiller Lube Heat Recovery) [J].................................................................................. 601
冷凍機ジャケット熱回収率(Chiller Jacket Heat Recovery Rate)[W]................................................ 601
冷凍機ジャケット熱回収(Chiller Jacket Heat Recovery) [J] ............................................................ 601
冷凍機排熱回収率(Chiller Exhaust Heat Recovery Rate)[W] ........................................................... 601
冷凍機排熱回収(Chiller Exhaust Heat Recovery)[J] ......................................................................... 601
冷凍機総合熱回収率(Chiller Total Heat Recovery Rate)[W] ............................................................. 601
冷凍機総合熱回収(Chiller Total Heat Recovery) [J] .......................................................................... 601
冷凍機排気温度(Chiller Exhaust Stack Temp) [C] ............................................................................ 601
冷凍機熱回収インレット温度 (Chiller Heat Recovery Inlet Temp)[C] .............................................. 601
冷凍機熱回収アウトレット温度(Chiller Heat Recovery Outlet Temp)[C] ........................................ 601
冷凍機熱回収質量流量(Chiller Heat Recovery Mass Flow Rate) [kg/s] ........................................... 601
冷凍機 <燃料タイプ> 消費率 (Chiller <FuelType> Consumption Rate)[W] ..................................... 602
冷凍機 <燃料タイプ> 消費(Chiller <FuelType> Consumption) [J] ................................................... 602
冷凍機 <燃料タイプ> 質量流量(Chiller <FuelType> Mass Flow Rate) [kg/s]................................... 602
冷凍機ガス質量消費量(Chiller Gas Mass Consumption)[kg] (ガスタービン冷凍機のみ)((Gas
Turbine Chiller only)) ............................................................................................................................ 602
冷凍機コンデンサ送風機電力(Chiller Condenser Fan Electric Power) [W] ..................................... 602
冷凍機コンデンサ送風機電力消費量 (Chiller Condenser Fan Electric Consumption) [J] .............. 602
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DesignBuilder Documentation
冷凍機 CapF 温度(ChillerCapFTemp) ................................................................................................. 602
冷凍機 EIRF 温度(ChillerEIRFTemp) .................................................................................................. 602
冷凍機 EIRFPLR(ChillerEIRFPLR) ...................................................................................................... 602
冷凍機部分負荷率(Chiller Part Load Ratio)........................................................................................ 602
冷凍機サイクリング率(Chiller Cycling Ratio) .................................................................................... 602
冷凍機擬似負荷熱伝達率 (Chiller False Load Heat Trans Rate) ............................................................ 602
冷凍機擬似負荷熱伝達 (Chiller False Load Heat Trans) ........................................................................ 602
概要 (Overview) ........................................................................................................................................ 603
モデル解説(Model Description) .......................................................................................................... 603
部分負荷曲線上の冷却出力比率へのエネルギー入力の関数 (Energy input to cooling output ratio
function of part-load ratio curve)......................................................................................................... 604
名前(Name)........................................................................................................................................... 605
ボイラーテンプレート(Boiler template) ............................................................................................. 605
燃料タイプ(Fuel type) .......................................................................................................................... 605
定格容量(Nominal capacity) ............................................................................................................... 605
ボイラーの流量モード(Boiler flow mode) .......................................................................................... 606
寄生電力負荷(Parasitic electric load) ................................................................................................. 606
サイズ係数(Sizing factor) .................................................................................................................... 606
効率 (Efficiency) ....................................................................................................................................... 607
公称熱効率 (Nominal thermal efficiency) ............................................................................................... 607
正規化ボイラー効率の性能曲線 (Normalized boiler efficiency performance curve) ...................... 607
設計水流量率(Design water flow rate) ............................................................................................... 608
ウォーターアウトレット温度の上限(Water outlet upper temperature limit) ................................... 608
部分負荷率(Part Load Ratios) ............................................................................................................. 609
最少部分負荷率(Minimum part load ratio) ......................................................................................... 609
最大部分負荷率(Maximum part load ratio) ........................................................................................ 609
最適な部分負荷率(Optimum part load ratio)...................................................................................... 609
ボイラー加熱出力比率(Boiler Heating Output Rate)[W] ................................................................... 610
ボイラー加熱出力エネルギー(Boiler Heating Output Energy)[J] ..................................................... 610
ボイラー水インレット温度(Boiler Water Inlet Temp)[C]................................................................... 610
ボイラー水アウトレット温度(Boiler Water Outlet Temp)[C] ............................................................ 610
ボイラー水質量流量率(Boiler Water Mass Flow Rate)[kg/s] ............................................................ 610
ボイラー部分負荷率(Boiler Part-Load Ratio) ..................................................................................... 610
ボイラー<燃料タイプ>消費率 [W] ボイラー <FuelType>消費 [J] (Boiler <FuelType> Consumption
Rate [W] Boiler <FuelType> Consumption) ........................................................................................ 610
ボイラー寄生電力 [W] ボイラー寄生電力消費量 [J] (Boiler Parasitic Electric Power [W] Boiler
Parasitic Electric Consumption ) ......................................................................................................... 610
冷却塔(Cooling Tower) ........................................................................................................................ 643
名前 (Name).......................................................................................................................................... 646
設計空気流量率(Design air flow rate) ................................................................................................. 646
設計空気流量率での送風機電力(Fan power at design air flow rate ) .................................................... 646
蒸発減モード(Evaporation loss mode) .............................................................................................. 647
蒸発損失係数(Evaporation loss factor) .............................................................................................. 647
ドリフト損失の%(Drift loss percent) ................................................................................................. 647
サイズ係数(Sizing factor) .................................................................................................................... 647
パフォーマンス入力方法 (Performance input method) ..................................................................... 648
設計水流量率(Design water flow rate) ............................................................................................... 648
設計空気流量率の UA(UA at design air flow rate) ............................................................................. 648
水槽暖房設定 (Basin Heater Settings) .................................................................................................... 648
水槽暖房容量(Basin heater capacity) ................................................................................................. 648
水槽暖房設定点温度(Basin heater setpoint temperature) ................................................................ 648
水槽暖房操作スケジュール(Basin heater operating schedule) ........................................................ 648
ブローダウン計算モード(Blow-down calculation mode) .................................................................. 648
ブローダウン (Blowdown)........................................................................................................................ 649
- 21 -
ブローダウン濃縮率(Blow-down concentration ratio) ...................................................................... 649
ブローダウン補給水利用スケジュール (Blow-down makeup water usage schedule) .................... 649
容量制御 (Capacity Control ) ................................................................................................................... 649
容量制御(Capacity control) ................................................................................................................. 649
マルチセルの冷却塔設定 (Multi-Cell Tower Settings) ............................................................................ 649
マルチセルの冷却塔(Multi-cell tower)................................................................................................. 649
セルの数(Number of cells) .................................................................................................................. 649
セルの制御(Cell control)...................................................................................................................... 649
最小セルの水流量率(Cell minimum water flow rate fraction)........................................................... 649
最大セルの水流量率(Cell maximum water flow rate fraction) .......................................................... 650
性能曲線(Performance Curves) .......................................................................................................... 650
名前(Name)........................................................................................................................................... 650
注意(Note) ............................................................................................................................................ 650
ソース (Source) ........................................................................................................................................ 650
カテゴリー(Category) .......................................................................................................................... 650
係数 1 一定(Coefficient 1 constant) ................................................................................................... 651
係数 2x(Coefficient 2 x) ....................................................................................................................... 651
x の最小値(Minimum value of x) ......................................................................................................... 651
x の最大値(Maximum value of x) ........................................................................................................ 651
最小曲線出力(Minimum curve output) ............................................................................................... 651
最大曲線出力(Maximum curve output) .............................................................................................. 651
x の入力ユニットタイプ(Input unit type for x) ................................................................................... 651
出力ユニットタイプ(Output unit type) ............................................................................................... 651
係数 1 一定(Coefficient 1 constant) ................................................................................................... 651
係数 2 x(Coefficient 2 x) ...................................................................................................................... 651
2
2
係数 3 x (Coefficient 3 x ) .................................................................................................................. 652
x の最小値(Minimum value of x) ......................................................................................................... 652
x の最大値(Maximum value of x) ........................................................................................................ 652
最小曲線出力(Minimum curve output) ............................................................................................... 652
最大曲線出力(Maximum curve output) .............................................................................................. 652
x の入力ユニットタイプ(Input unit type for x) ................................................................................... 652
出力ユニットタイプ(Output unit type) ............................................................................................... 652
係数 1 一定(Coefficient 1 constant) ................................................................................................... 652
係数 2 x(Coefficient 2 x) ...................................................................................................................... 652
2
2
係数 3 x (Coefficient 3 x ) ................................................................................................................... 652
3
3
係数 4 x (Coefficient 4 x ) ................................................................................................................... 652
x の最小値(Minimum value of x) ......................................................................................................... 652
x の最大値(Maximum value of x) ........................................................................................................ 653
最小曲線出力(Minimum curve output) ............................................................................................... 653
最大曲線出力(Maximum curve output) .............................................................................................. 653
x の入力ユニットタイプ(Input unit type for x) ................................................................................... 653
出力ユニットタイプ(Output unit type) ............................................................................................... 653
指数 (Exponent) ........................................................................................................................................ 653
係数 1 一定(Coefficient 1 constant) ................................................................................................... 653
係数 2 一定(Coefficient 2 constant) ................................................................................................... 653
係数 3 一定(Coefficient 3 constant) ................................................................................................... 653
x の最小値(Minimum value of x) ......................................................................................................... 653
x の最大値(Maximum value of x) ........................................................................................................ 653
最小曲線出力(Minimum curve output) ............................................................................................... 653
最大曲線出力(Maximum curve output) .............................................................................................. 653
x の入力ユニットタイプ(Input unit type for x) ................................................................................... 654
出力ユニットタイプ(Output unit type) ............................................................................................... 654
一定係数(Coefficient 1 constant) ....................................................................................................... 654
係数 2 x(Coefficient 2 x)...................................................................................................................... 654
- 22 -
DesignBuilder Documentation
2
2
係数 3 x (Coefficient 3 x ) ................................................................................................................... 654
係数 4 y(Coefficient 4 y)...................................................................................................................... 654
2
2
係数 5 y (Coefficient 5 y ) ................................................................................................................... 654
係数 6 xy(Coefficient 6 xy) .................................................................................................................. 654
x の最小値(Minimum value of x) ......................................................................................................... 654
x の最大値(Maximum value of x) ........................................................................................................ 654
y の最小値(Minimum value of y) ......................................................................................................... 654
y の最大値(Maximum value of y) ........................................................................................................ 654
最小曲線出力(Minimum curve output) ............................................................................................... 655
最大曲線出力(Maximum curve output) .............................................................................................. 655
x の入力ユニットタイプ(Input unit type for x) ................................................................................... 655
y の入力ユニットタイプ(Input unit type for y) .................................................................................. 655
出力ユニットタイプ(Output unit type) ............................................................................................... 655
係数 1 一定(Coefficient 1 constant) ................................................................................................... 655
係数 2 x(Coefficient 2 x) ...................................................................................................................... 655
2
2
係数 3 x (Coefficient 3 x ) ................................................................................................................... 655
係数 4 y(Coefficient 4 y) ...................................................................................................................... 656
2
2
係数 5 y (Coefficient 5 y ) ................................................................................................................... 656
係数 6 xy(Coefficient 6 xy) .................................................................................................................. 656
3
3
係数 7 x (Coefficient 7 x ) ................................................................................................................... 656
3
3
係数 8 y (Coefficient 8 y ) ................................................................................................................... 656
2
2
係数 9 x y(Coefficient 9 x y) ............................................................................................................... 656
2
2
係数 10 xy (Coefficient 10 xy ) ........................................................................................................... 656
x の最小値(Minimum value of x) ......................................................................................................... 656
x の最大値(Maximum value of x) ........................................................................................................ 656
y の最小値(Minimum value of y) ......................................................................................................... 656
y の最大値(Maximum value of y) ........................................................................................................ 656
最小曲線出力(Minimum curve output) ............................................................................................... 656
最大曲線出力(Maximum curve output) .............................................................................................. 656
x の入力ユニットタイプ(Input unit type for x) ................................................................................... 656
y の入力ユニットタイプ(Input unit type for y) ................................................................................... 656
出力ユニットタイプ(Output unit type) ............................................................................................... 657
一般タブ(General Tab) ........................................................................................................................ 660
タイトル(Title) ...................................................................................................................................... 660
グループ内のゾーン(Zones in Group) ................................................................................................ 660
加熱と冷却の計算シーケンスタブ (Heating And Cooling Calculation Sequence Tab) .................. 661
ゾーンデフォルト(Zone Defaults) ....................................................................................................... 662
空調ゾーンデータの編集(Edit HVAC Zone Data) - 一般 Tab(General Tab) ................................ 663
名前(Name)........................................................................................................................................... 663
サーモスタットスケジュール(Thermostat Schedules)...................................................................... 663
サーモスタット加熱設定点スケジュール (Thermostat heating setpoint schedule) ........................ 663
サーモスタット冷却設定点スケジュール (Thermostat cooling setpoint schedule) ........................ 663
加湿器制御 (Humidistat Control) ............................................................................................................. 664
加湿器制御(Humidistat control) ......................................................................................................... 664
加湿要求スケジュール(Humidifying demand schedule) ................................................................... 664
除湿要求スケジュール(Dehumidifying demand schedule)............................................................... 664
加湿 RH 設定点スケジュール(Humidifying RH setpoint schedule) .................................................. 664
除湿 RH 設定点スケジュール(Dehumidifying RH setpoint schedule) ............................................. 664
冷却サイジング (Cooling Sizing) ............................................................................................................. 665
冷房設計供給空気温度(Cooling design supply air temperature) ..................................................... 665
冷房設計上の給気湿度(Cooling design supply air humidity ratio) .................................................. 665
冷却最小空気流量(Cooling minimum air flow fraction) .................................................................... 665
ゾーンの冷却サイジング(Zone cooling sizing factor) ....................................................................... 666
冷房設計気流メソッド (Cooling design air flow method) ..................................................................... 666
- 23 -
冷房設計気流率 (Cooling design air flow rate)....................................................................................... 666
ゾーンフロア面積あたりの冷却最小流量 (Cooling minimum flow per zone floor area) ................. 666
冷却最小空気流量(Cooling minimum air flow) .................................................................................. 666
暖房サイジング (Heating Sizing) ............................................................................................................. 666
加熱設計供給空気温度(Heating design supply air temperature) ..................................................... 666
暖房設計上の給気湿度(Heating design supply air humidity ratio) .................................................. 666
ゾーンの暖房サイジング(Zone heating sizing factor) ....................................................................... 666
暖房設計気流メソッド (Heating design air flow method) ..................................................................... 666
暖房設計気流率 (Heating design air flow rate) ....................................................................................... 667
ゾーンフロア面積あたりの暖房最大流量 (Heating maximum flow per zone floor area) ................ 667
暖房最大空気流量(Heating maximum air flow) .................................................................................. 667
外気サイジング (Outdoor Air Sizing) ...................................................................................................... 667
外気メソッド(Outdoor air method) .................................................................................................... 667
1人あたりの外気流(Outdoor air flow per person) ........................................................................... 668
ゾーン床面積あたりの外気流(Outdoor air flow per zone floor area) ............................................... 668
ゾーン当りの外気流(Outdoor air flow per zone) ............................................................................... 668
名前(Name)........................................................................................................................................... 670
最大空気流量(Maximum air flow rate) ................................................................................................ 670
有効性スケジュール(Availability schedule) ....................................................................................... 671
名前(Name)........................................................................................................................................... 671
最大供給空気率(Maximum air flow rate) ................................................................................................. 671
最大温水流率 (Maximum hot water flow rate) ........................................................................................ 671
最小温水流率(Minimum hot water flow rate) .......................................................................................... 671
操作 (Operation) ....................................................................................................................................... 672
有効性スケジュール(Availability schedule) ....................................................................................... 672
応用 (Advanced) ....................................................................................................................................... 672
収束許容(Convergence tolerance) .......................................................................................................... 672
名前(Name)........................................................................................................................................... 672
ダンパー加熱運動(Damper heating action) ....................................................................................... 672
シングル最大制御ロジック (Single Maximum Control Logic) ............................................................... 673
デュアル最大制御ロジック (Dual Maximum Control Logic) .................................................................. 673
最大再熱温度(Maximum reheat temperature ) .................................................................................. 673
空気流量 (Air Flow) ................................................................................................................................... 673
最大供給空気率 (Maximum air flow rate) ........................................................................................... 673
ゾーン最小空気流法(Zone minimum air flow method) ..................................................................... 674
コイル調整のための空気流制御(Air flow control for coil sizing) ...................................................... 674
一定最小流量(ターンダウン比) (Constant minimum air flow fraction (Turndown ratio)) ......... 674
固定最小吸気量率(Fixed minimum air flow rate) ............................................................................... 674
最小空気流量スケジュール(Minimum air flow fraction schedule ) .................................................. 674
最大温水流率 (Maximum hot water flow rate) ................................................................................... 675
最小温水流率(Minimum hot water flow rate) ..................................................................................... 675
再熱時最大フロー制御(Maximum flow control during reheat) ......................................................... 675
再熱時のゾーン床面積あたりの最大流量 (Maximum flow per zone floor area during reheat ) ...... 675
再熱時の最大流量(Maximum flow fraction during reheat ) .............................................................. 675
外気 (Outdoor Air) .................................................................................................................................... 675
室外流の制御 (Control on outdoor air flow) ........................................................................................... 675
操作 (OPERATION) ................................................................................................................................... 675
有効性スケジュール(Availability schedule) ....................................................................................... 675
応用 (ADVANCED) .................................................................................................................................... 676
収束許容(Convergence tolerance) ..................................................................................................... 676
名前 (Name) .............................................................................................................................................. 676
気流 (Air Flow) .......................................................................................................................................... 677
最大冷却供給空気率(Maximum cooling air flow rate) ....................................................................... 677
最大加熱供給空気率(Maximum heating air flow rate) ....................................................................... 677
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DesignBuilder Documentation
最小空気流量(Minimum air flow fraction) .......................................................................................... 677
ヒートコイル (Heating Coil)..................................................................................................................... 677
最大温水流率(Maximum hot water flow rate) .................................................................................... 677
最小温水流率(Minimum hot water flow rate) ..................................................................................... 677
操作 (OPERATION) ................................................................................................................................... 677
有効性スケジュール(Availability schedule) ....................................................................................... 677
応用 (ADVANCED) .................................................................................................................................... 677
加熱収束許容差(Heating convergence tolerance ) ........................................................................... 677
再熱なしの可変空気ボリューム (Variable Air Volume With No Reheat ADU) ..................................... 677
名前 (Name) .............................................................................................................................................. 678
最大流量率(Maximum air flow rate ) .................................................................................................. 678
ゾーン最小空気流メソッド(Zone minimum air flow method ) ......................................................... 678
一定最小空気流(Constant minimum air flow fraction ) .................................................................... 678
固定最小供給空気率(Fixed minimum air flow rate) ........................................................................... 678
最小空気流量スケジュール(Minimum air flow fraction schedule ) .................................................. 678
外気流の制御(Control on outdoor air flow) ............................................................................................ 678
有効性スケジュール(Availability schedule) ....................................................................................... 679
再熱 ADU 付き直列インダクションユニット (Series Powered Induction Unit With Reheat ADU) ..... 679
名前 (Name) .............................................................................................................................................. 679
気流 (AIR FLOW) ...................................................................................................................................... 680
最大供給空気率(Maximum air flow rate) ................................................................................................. 680
最大一次供給空気率(Maximum primary air flow rate)....................................................................... 680
一次最小空気流量(Minimum primary air flow fraction) .................................................................... 680
最大温水流率(Maximum hot water flow rate) .................................................................................... 680
最小温水流率 (Minimum hot water flow rate) .................................................................................... 680
有効性スケジュール(Availability schedule) ....................................................................................... 680
応用 (ADVANCED) .................................................................................................................................... 680
収束許容範囲(Convergence tolerance) .............................................................................................. 680
再熱 ADU 付き並列インダクションユニット (Parallel Powered Induction Unit With Reheat ADU) ... 680
名前 (Name).......................................................................................................................................... 681
ファンが ON になる流量率 (Fan on flow fraction).................................................................................. 681
最大一次供給空気率 (Maximum primary air flow rate)...................................................................... 681
最大二次供給空気率(Maximum secondary air flow rate ) ................................................................. 681
最小一次吸気(Minimum primary air flow fraction ) ........................................................................... 681
最大温水流率(Maximum hot water flow rate) .................................................................................... 682
最少温水流率(Minimum hot water flow rate) ..................................................................................... 682
有効性スケジュール(Availability schedule) ....................................................................................... 682
応用 (ADVANCED) .................................................................................................................................... 682
収束許容(Convergence tolerance) ..................................................................................................... 682
名前 (Name).......................................................................................................................................... 683
最大合計吸気率(Maximum total air flow rate ) .................................................................................. 683
供給空気率(Induction ratio) ................................................................................................................ 683
最大温水流率(Maximum hot water flow rate ) ................................................................................... 683
最小温水流率(Minimum hot water flow rate ) .................................................................................... 683
最大冷水流率(Maximum cold water flow rate) .................................................................................. 683
最少冷水流率(Minimum cold water flow rate ) .................................................................................. 683
操作 (OPERATION) ................................................................................................................................... 683
有効性スケジュール(Availability schedule) ....................................................................................... 683
応用 (ADVANCED) .................................................................................................................................... 684
加熱収束許容(Heating convergence tolerance) ................................................................................ 684
冷却収束許容(Cooling convergence tolerance ) ............................................................................... 684
名前 (Name).......................................................................................................................................... 684
最大空気流量(Maximum air flow rate) ................................................................................................ 684
有効性スケジュール(Availability schedule) ....................................................................................... 685
- 25 -
名前 (Name).......................................................................................................................................... 685
最大ダンパー空気流率(Maximum damper air flow rate) ................................................................... 685
ゾーン最小空気流(Zone minimum air flow fraction) ......................................................................... 685
有効性スケジュール(Availability schedule) ....................................................................................... 685
名前(Name)........................................................................................................................................... 688
チルドビームタイプ(Cooled beam type) ............................................................................................ 688
供給空気体積流量(Supply air volumetric flow rate) .......................................................................... 688
最大総合冷水体積流量(Maximum total chilled water volumetric flow rate) .................................... 688
ビームの数(Number of beams) ........................................................................................................... 689
ビームの長さ(Beam length) ................................................................................................................ 689
設計インレット(inlet)水温(Design inlet water temperature) ............................................................ 689
設計アウトレット(outlet)水温(Design outlet water temperature) .................................................... 689
コイル長さごとのコイル表面積(Coil surface area per coil length) .................................................. 689
誘導係数(Coefficient of induction)(Kin).............................................................................................. 689
パイプの内径(Pipe inside diameter) ................................................................................................... 689
モデルパラメータ α(Model parameter α) ........................................................................................... 689
モデルパラメータ n1(Model parameter n1) ....................................................................................... 689
モデルパラメータ n2(Model parameter n2) ....................................................................................... 689
モデルパラメータ n3(Model parameter n3) ....................................................................................... 689
モデルパラメータ α0(Model parameter α0) ....................................................................................... 689
モデルパラメータ K1(Model parameter K1) ...................................................................................... 689
モデルパラメータ n(Model parameter n) ........................................................................................... 689
有効性スケジュール(Availability schedule) ....................................................................................... 690
ファンコイルユニット-4管式 (Fan Coil Unit - Four Pipe) ..................................................................... 690
外気ミキサー(Outdoor air mixer) ....................................................................................................... 691
送風機(Fan) .......................................................................................................................................... 691
用語(Terminology) ............................................................................................................................... 691
名前(Name)........................................................................................................................................... 691
有効性スケジュール(Availability schedule) ....................................................................................... 691
能力コントロール法(Capacity control method) ................................................................................ 691
低速供給空気率(Low speed supply air flow ratio) ............................................................................ 692
中速供給空気率(Medium speed supply air flow ratio) ...................................................................... 692
送風機タイプ(Fan type) ....................................................................................................................... 692
最大吸気流量(Maximum supply air flow rate) ................................................................................... 692
外気吸気(Outdoor air supply) ............................................................................................................. 692
最大外気流量(Maximum outdoor air flow rate) ................................................................................. 692
最大冷却水流量(Maximum cold water flow rate) ............................................................................... 692
最小冷却水流量(Minimum cold water flow rate) ............................................................................... 692
最大温水流量(Maximum hot water flow rate) .................................................................................... 693
最小温水流量(Minimum hot water flow rate) ..................................................................................... 693
応用 (Advanced) ....................................................................................................................................... 693
冷却収束許容範囲(Cooling convergence tolerance) ......................................................................... 693
加熱収束許容範囲(Heating Convergence Tolerance) ....................................................................... 693
送風機コイル加熱率(Fan Coil Heating Rate)[W] ................................................................................ 693
送風機コイル加熱エネルギー(Fan Coil Heating Energy)[J] .............................................................. 693
送風機コイル合計冷却率(Fan Coil Total Cooling Rate)[W]............................................................... 693
送風機コイル合計冷却エネルギー(Fan Coil Total Cooling Energy)[J] ............................................. 693
送風機コイル顕熱冷却率(Fan Coil Sensible Cooling Rate)[W] ........................................................ 694
送風機コイル顕熱冷却エネルギー(Fan Coil Sensible Cooling Energy)[J] ....................................... 694
送風機コイル電力(Fan Coil Electric Power)[W] ................................................................................ 694
送風機コイル電力消費量(Fan Coil Electric Consumption)[J] .......................................................... 694
Fraction Of Timestep Fancoil is ON ....................................................................................................... 694
送風機速度(Fan Speed) ....................................................................................................................... 694
部分負荷率(Part Load Ratio) ............................................................................................................... 694
- 26 -
DesignBuilder Documentation
名前 (Name) .............................................................................................................................................. 695
ファン (Fan ) ............................................................................................................................................. 695
ファンの設置(Fan placement) ............................................................................................................ 695
供給空気ファン運転モードスケジュール (Supply air fan operating mode schedule) .................... 695
冷房運転中の供給空気流率(Supply air flow rate during cooling operation) ................................... 696
暖房運転中の供給空気流率(Supply air flow rate during heating operation) ................................... 696
冷房、暖房が必要ない時の室外供給空気率 (Supply air flow rate when no cooling or heating is
needed) ................................................................................................................................................... 696
室外気供給(Outdoor air supply) ......................................................................................................... 696
冷却運転時の室外供給空気率 (Outdoor air flow rate during cooling operation) ............................ 696
暖房運転中の室外供給空気率 (Outdoor air flow rate during heating operation) ............................ 696
冷房、暖房が必要ない時の室外供給空気率 (Outdoor air flow rate when no cooling or heating is
needed) ................................................................................................................................................... 697
コンプレッサ運転の最低室外乾球温度 (Minimum outdoor dry-bulb temperature for compressor
operation) ............................................................................................................................................... 697
追加ヒータの最高供給空気温度 (Maximum supply air temperature from supplemental heater) .. 697
追加ヒータ運転のための最高室外乾球温度 (Maximum outdoor dry-bulb temperature for
supplemental heater operation)........................................................................................................... 697
有効性スケジュール (Availability schedule) ........................................................................................... 697
応用 (Advanced) ....................................................................................................................................... 698
冷却収束許容範囲(Cooling convergence tolerance) ......................................................................... 698
加熱収束許容範囲(Heating convergence tolerance) ......................................................................... 698
HVAC,Average,Packaged Terminal Heat Pump Fan Part-Load Ratio ................................................ 698
パッケージ型ターミナルヒートポンプ合計ゾーン暖房率(Packaged Terminal Heat Pump Total Zone
Heating Rate[W]) ................................................................................................................................... 699
パッケージ型ターミナルヒートポンプ合計ゾーン暖房エネルギー(Packaged Terminal Heat Pump
Total Zone Heating Energy[J]) ............................................................................................................. 699
パッケージ型ターミナルヒートポンプ合計ゾーン冷房率(Packaged Terminal Heat Pump Total Zone
Cooling Rate[W]) ................................................................................................................................... 699
パッケージ型ターミナルヒートポンプ合計ゾーン冷房エネルギー(Packaged Terminal Heat Pump
Total Zone Cooling Energy[J]) ............................................................................................................. 699
パッケージ型ターミナルヒートポンプ顕熱ゾーン暖房率(Packaged Terminal Heat Pump Sensible
Zone Heating Rate[W]) .......................................................................................................................... 699
パッケージ型ターミナルヒートポンプ顕熱ゾーン暖房エネルギー(Packaged Terminal Heat Pump
Sensible Zone Heating Energy[J]) ....................................................................................................... 699
パッケージ型ターミナルヒートポンプ顕熱ゾーン冷房率(Packaged Terminal Heat Pump Sensible
Zone Cooling Rate[W]) ......................................................................................................................... 699
パッケージ型ターミナルヒートポンプ顕熱ゾーン冷房エネルギー(Packaged Terminal Heat Pump
Sensible Zone Cooling Energy[J])....................................................................................................... 700
パッケージ型ターミナルヒートポンプ潜熱ゾーン暖房率(Packaged Terminal Heat Pump Latent Zone
Heating Rate[W]) ................................................................................................................................... 700
パッケージ型ターミナルヒートポンプ潜熱ゾーン暖房エネルギー(Packaged Terminal Heat Pump
Latent Zone Heating Energy[J]) ........................................................................................................... 700
パッケージ型ターミナルヒートポンプ潜熱ゾーン冷房率(Packaged Terminal Heat Pump Latent Zone
Cooling Rate[W]) ................................................................................................................................... 700
パッケージ型ターミナルヒートポンプ潜熱ゾーン冷房エネルギー(Packaged Terminal Heat Pump
Latent Zone Cooling Energy[J]) ........................................................................................................... 700
パッケージ型ターミナルヒートポンプ電力(Packaged Terminal Heat Pump Electric Power[W] ..... 700
Packaged Terminal Heat Pump 電力消費量[J] ...................................................................................... 700
パッケージ型ターミナルヒートポンプ・ファン部分負荷率(Packaged Terminal Heat Pump Fan PartLoad Ratio) ............................................................................................................................................. 700
パッケージ型ターミナルヒートポンプ・コンプレッサ部分負荷率(Packaged Terminal Heat Pump
Compressor Part-Load Ratio) .............................................................................................................. 701
名前(Name) ............................................................................................................................................... 702
- 27 -
ファン (Fan) .............................................................................................................................................. 702
ファンの配置(Fan placement) ............................................................................................................ 702
供給空気ファン運転モードスケジュール(Supply air fan operating mode schedule) .......................... 702
冷房運転中の供給空気流率(Supply air flow rate during cooling operation) ................................... 703
暖房運転中の供給空気流率(Supply air flow rate during heating operation) ................................... 703
冷房、暖房が必要ない時の供給空気流率(Supply air flow rate when no cooling or heating is needed)
................................................................................................................................................................... 703
外気 (Outdoor Air) .................................................................................................................................... 703
室外気供給(Outdoor air supply) ......................................................................................................... 703
冷却運転時の室外供給空気率 (Outdoor air flow rate during cooling operation) ............................ 703
暖房運転中の室外供給空気率 (Outdoor air flow rate during heating operation) ............................ 703
冷房、暖房が必要ない時の室外供給空気率(Outdoor air flow rate when no cooling or heating is
needed) ................................................................................................................................................... 704
操作 (OPERATION) ................................................................................................................................... 704
有効性スケジュール (Availability schedule) ........................................................................................... 704
HVAC,Average,Packaged Terminal Air Conditioner Fan Part-Load Ratio......................................... 704
パッケージ型ターミナルエアコン合計ゾーン暖房率(Packaged Terminal Air Conditioner Total Zone
Heating Rate[W]) ................................................................................................................................... 704
パッケージ型ターミナルエアコン合計ゾーン暖房エネルギー(Packaged Terminal Air Conditioner
Total Zone Heating Energy[J]) ............................................................................................................. 705
パッケージ型ターミナルエアコン合計ゾーン冷房率(Packaged Terminal Air Conditioner Total Zone
Cooling Rate[W]) ................................................................................................................................... 705
パッケージ型ターミナルエアコン合計ゾーン冷房エネルギー(Packaged Terminal Air Conditioner
Total Zone Cooling Energy[J]) ............................................................................................................. 705
パッケージ型ターミナルエアコン顕熱ゾーン暖房率(Packaged Terminal Air Conditioner Sensible
Zone Heating Rate[W]) .......................................................................................................................... 705
パッケージ型ターミナルエアコン顕熱ゾーン暖房エネルギー(Packaged Terminal Air Conditioner
Sensible Zone Heating Energy[J]) ....................................................................................................... 705
パッケージ型ターミナルエアコン顕熱ゾーン冷房率(Packaged Terminal Air Conditioner Sensible
Zone Cooling Rate[W] ............................................................................................................................. 705
パッケージ型ターミナルエアコン顕熱ゾーン冷房エネルギー(Packaged Terminal Air Conditioner
Sensible Zone Cooling Energy[J])....................................................................................................... 705
パッケージ型ターミナルエアコン潜熱ゾーン暖房率(Packaged Terminal Air Conditioner Latent Zone
Heating Rate[W]) ................................................................................................................................... 706
パッケージ型ターミナルエアコン潜熱ゾーン暖房エネルギー(Packaged Terminal Air Conditioner
Latent Zone Heating Energy[J]) ........................................................................................................... 706
パッケージ型ターミナルエアコン潜熱ゾーン冷房率(Packaged Terminal Air Conditioner Latent Zone
Cooling Rate[W]) ................................................................................................................................... 706
パッケージ型ターミナルエアコン潜熱ゾーン冷房エネルギー(Packaged Terminal Air Conditioner
Latent Zone Cooling Energy[J]) ........................................................................................................... 706
パッケージ型ターミナルエアコン電力(Packaged Terminal Air Conditioner Electric Power[W] ..... 706
Packaged Terminal Air Conditioner 電力消費量[J] ............................................................................... 706
パッケージ型ターミナルエアコン・ファン部分負荷率(Packaged Terminal Air Conditioner Fan PartLoad Ratio) ............................................................................................................................................. 706
パッケージ型ターミナルエアコン部分負荷率(Packaged Terminal Air Conditioner Part-Load Ratio)706
名前 (Name) .............................................................................................................................................. 708
U ファクタ時間面積値(U-Factor times area value_ ........................................................................... 708
最大水流率(Maximum water flow rate) .............................................................................................. 708
収束許容差(Convergence tolerance) ................................................................................................. 708
有効性スケジュール (Availability schedule) ........................................................................................... 708
名前 (Name) .............................................................................................................................................. 709
定格容量(Nominal capacity) ............................................................................................................... 709
効率(Efficiency) ................................................................................................................................... 709
有効性スケジュール (Availability schedule) ........................................................................................... 709
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DesignBuilder Documentation
名前 (Name).......................................................................................................................................... 709
最大水流率(Maximum water flow rate) .............................................................................................. 709
定格平均水温度(Rated average water temperature) ......................................................................... 709
定格水流率(Rated water mass flow rate) ........................................................................................... 709
定格能力(Rated capacity).................................................................................................................... 709
放射率(Fraction radiant) ..................................................................................................................... 710
人への輻射エネルギーの放射率(Fraction of radiant energy incident on people) ........................... 710
操作 (OPERATION) ................................................................................................................................... 710
有効性スケジュール (Availability schedule) ........................................................................................... 710
操作 (OPERATION) ................................................................................................................................... 710
収束許容差(Convergence tolerance) ................................................................................................. 710
名前 (Name) .............................................................................................................................................. 711
定格容量(Nominal capacity) ............................................................................................................... 711
効率(Efficiency) ................................................................................................................................... 711
放射率(Fraction radiant) ..................................................................................................................... 711
人への輻射エネルギーの割合(Fraction of radiant energy incident on people) ............................... 711
有効性スケジュール (Availability schedule) ........................................................................................... 711
名前 (Name) .............................................................................................................................................. 716
タイプ (Type) ............................................................................................................................................ 716
温水循環式チューブ内径(Hydronic tubing inside diameter) ................................................................. 717
温水循環式チューブ(Hydronic tubing length ) ....................................................................................... 717
定格流率(Rated flow rate) ........................................................................................................................ 717
ポンプ流量率スケジュール (Pump flow rate schedule) ......................................................................... 717
定格揚程 (Rated pump head).................................................................................................................. 717
定格消費電力 (Rated power consumption) ........................................................................................... 717
電動機効率 (Motor efficiency).................................................................................................................. 717
液体流に対するモーター不効率割合 (Fraction of motor inefficiencies to fluid stream) ..................... 718
制御 (Control) ........................................................................................................................................... 718
温度制御タイプ(Temperature control type) ........................................................................................... 718
高水温冷却スケジュール(Cooling high water temperature schedule) ............................................ 718
低水温冷却スケジュール(Cooling low water temperature schedule) ................................................... 718
高制御温度冷却スケジュール(Cooling high control temperature schedule) ....................................... 719
低制御温度冷却スケジュール(Cooling low control temperature schedule) ...................................... 719
凝縮制御タイプ(Condensation control type) ......................................................................................... 719
凝縮制御結露点オフセット(Condensation control dew-point offset) .................................................. 719
有効性スケジュール (Availability schedule) ........................................................................................... 719
名前 (Name) .............................................................................................................................................. 720
タイプ (Type) ............................................................................................................................................ 720
ハイドロニック・チューブ内径(Hydronic tubing inside diameter) ...................................................... 720
ハイドロニック・チューブ(Hydronic tubing length ) ............................................................................ 720
Maximum cold water flow rate ............................................................................................................... 720
制御 (Control) ........................................................................................................................................... 721
温度制御タイプ(Temperature control type )...................................................................................... 721
冷却制御温度(Cooling control temperature schedule) ......................................................................... 721
スロットル範囲(Throttling range) ........................................................................................................... 721
凝縮制御タイプ(Condensation control type) ......................................................................................... 722
凝縮制御露点オフセット(Condensation control dew-point offset) ...................................................... 722
操作 (Operation) ....................................................................................................................................... 722
有効性スケジュール .................................................................................................................................. 722
床暖房 (Heated Floor) .............................................................................................................................. 723
床暖房 (Heated Floor) - 一定流量 (Constant Flow) ................................................................................ 726
名前 (Name) .............................................................................................................................................. 726
タイプ (Type) ............................................................................................................................................ 726
チューブ設定 (TUBE SETTINGS) ............................................................................................................. 727
- 29 -
温水循環式チューブの内部直径 (Hydronic tubing inside diameter) ..................................................... 727
温水循環式チューブの長さ (Hydronic tubing length) ............................................................................ 727
流量設定 (Flow Settings ) ........................................................................................................................ 727
定格流量率 (Rated flow rate) ................................................................................................................... 727
ポンプ設定 (PUMP SETTINGS) ................................................................................................................ 727
ポンプ流量スケジュール (Pump flow rate schedule) ............................................................................. 727
定格揚程 (Rated pump head).................................................................................................................. 727
定格消費電力 (Rated power consumption) ............................................................................................ 727
電動機効率 (Motor efficiency)................................................................................................................. 727
液体流に対するモーター非効率 (Fraction of motor inefficiencies to fluid stream) ............................. 728
コントロール (CONTROL) ........................................................................................................................ 728
温度コントロールタイプ (Temperature control type) ............................................................................ 728
高水温加熱スケジュール (Heating high water temperature schedule) ................................................ 728
操作 (Operation ) ...................................................................................................................................... 729
有効性スケジュール (Availability schedule) ........................................................................................... 729
床暖房 (Heated Floor) - 変流量 (Variable Flow)...................................................................................... 729
名前 (Name) .............................................................................................................................................. 729
タイプ (Type) ............................................................................................................................................ 729
ハイドロニック・チューブ内径(Hydronic tubing inside diameter) ...................................................... 729
ハイドロニック・チューブ(Hydronic tubing length ) ............................................................................ 729
最大温水流率(Maximum hot water flow rate) ......................................................................................... 730
コントロール (CONTROL) ........................................................................................................................ 730
温度コントロールタイプ(Temperature control type) ........................................................................ 730
ヒート制御温度スケジュール(Heating control temperature schedule) ........................................... 730
スロットル範囲(Throttling range) ...................................................................................................... 730
操作 (Operation) ....................................................................................................................................... 731
有効性スケジュール .................................................................................................................................. 731
設定点マネジャー(Setpoint Manager) ................................................................................................ 731
名前 ............................................................................................................................................................ 731
タイプ(Type) ........................................................................................................................................ 731
1- Scheduled Setpoint Manager(スケジュール設定点マネジャー) ................................................... 732
制御変数(Control variable).................................................................................................................. 732
設定点変数スケジュール(Setpoint variable schedule) ...................................................................... 732
2- Wamest Setpoint Manage(最暖設定点マネジャ) ........................................................................... 732
制御変数(Control variable).................................................................................................................. 732
最低設定点温度(Minimum setpoint temperature) ............................................................................. 732
最大設定点温度(Maximum setpoint temperature) ............................................................................ 732
3- Coldest Setpoint Manager(最寒設定点マネジャ) .......................................................................... 732
制御変数(Control variable).................................................................................................................. 733
最低設定点温度(Minimum setpoint temperature ) ............................................................................ 733
最大設定点温度(Maximum setpoint temperature ) ........................................................................... 733
4- Multi-Zone Minimum Humidity Average Setpoint Manager (複数ゾーンの最低湿度平均設定点マネ
ジャ) .......................................................................................................................................................... 733
最低設定点湿度(Minimum setpoint humidity ratio) .......................................................................... 733
最高設定点湿度(Maximum setpoint humidity ratio) ......................................................................... 733
5- Multi-Zone Maximum Humidity Average Setpoint Manager (複数ゾーンの最高湿度平均設定点マネ
ジャ) .......................................................................................................................................................... 733
最低設定点湿度(Minimum setpoint humidity ratio) .......................................................................... 734
最高設定点湿度(Maximum setpoint humidity ratio) ......................................................................... 734
6- Multi-Zone Humidity Minimum Setpoint Manager (複数ゾーンの湿度最低設定点マネジャ) .......... 734
最低設定点湿度(Minimum setpoint humidity ratio) .......................................................................... 734
最高設定点湿度(Maximum setpoint humidity ratio) ......................................................................... 734
7- Multi-Zone Humidity Maximum Setpoint Manager (複数ゾーンの湿度最大設定点マネジャ) ......... 734
最低設定点湿度 (Minimum setpoint humidity ratio) .............................................................................. 734
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DesignBuilder Documentation
最高設定点湿度 (Maximum setpoint humidity ratio) ............................................................................. 734
8- Single Zone Humidity Minimum Setpoint Manager (単一ゾーンの湿度最低設定点マネジャ) ........ 735
コントロールゾーン(Control zone ) .................................................................................................... 735
9- Single Zone Humidity Maximum Setpoint Manager (単一ゾーンの湿度最大設定点マネジャ) ....... 735
コントロールゾーン(Control zone ) .................................................................................................... 735
制御変数 (Control variable) ..................................................................................................................... 736
室外低温度での設定点 (Setpoint at outdoor low temperature) ............................................................. 736
室外低温度 (Outdoor low temperature) .................................................................................................. 736
室外気高温度での設定点 (Setpoint at outdoor high temperature)........................................................ 736
室外気高温度 (Outdoor high temperature) ............................................................................................. 736
第二リセットルール (Second reset rule) ................................................................................................ 736
第二リセットスケジュール (Second reset schedule) ............................................................................ 736
室外気低温度の第二リセットルール設定点 (Second reset rule setpoint at outdoor low temperature)736
第二リセットルール室外気低温度 (Second reset rule outdoor low temperature) .............................. 736
室外気高温度の第二リセットルール設定点 (Second reset rule setpoint at outdoor high temperature)736
第二リセットルール室外気高温度 (Second reset rule outdoor high temperature) ............................ 736
11- Single Zone Heating Setpoint Manager (単一ゾーンの加熱設定点マネジャ) ................................ 737
制御変数 (Control variable) ..................................................................................................................... 737
最低給気温度 (Minimum supply air temperature) .................................................................................. 737
最高給気温度 (Maximum supply air temperature) ................................................................................. 737
コントロールゾーン(Control zone ) .................................................................................................... 737
12- Single Zone Cooling Setpoint Manager (単一ゾーンの冷却設定点マネジャ) ................................ 737
制御変数 (Control variable) ..................................................................................................................... 737
最低給気温度 (Minimum supply air temperature) .................................................................................. 737
最高給気温度 (Maximum supply air temperature) ................................................................................. 737
13- Multi Zone Cooling Average Setpoint Manager (複数ゾーンの冷却平均設定点マネジャ) ............ 738
制御変数 (Control variable) ..................................................................................................................... 738
最低設定点温度 (Minimum setpoint temperature) ................................................................................. 738
最高設定点温度 (Maximum setpoint temperature) ................................................................................ 738
14- Multi Zone Heating Average Setpoint Manager (複数ゾーンの加熱設定点マネジャ).................... 738
制御変数 (Control variable) ..................................................................................................................... 738
最低設定点温度 (Minimum setpoint temperature) ................................................................................. 738
最高設定点温度 (Maximum setpoint temperature) ................................................................................ 738
プレナムデータ (Plenum Data) ................................................................................................................ 739
ゾーン名 (Zone name) .............................................................................................................................. 740
DHW .......................................................................................................................................................... 740
ウォーターアウトレットグループ(Water Outlet Group) .................................................................... 740
排水熱交換器 (DRAIN WATER HEAT EXCHANGER) ............................................................................. 741
排水熱交換器のタイプ (Drain water heat exchanger type) ................................................................... 741
排水熱交換機保存先 (Drain water heat exchanger destination) ........................................................... 741
排水熱交換機 UA (Drain water heat exchanger UA) .............................................................................. 741
ウォーターアウトレット (Water Outlet) .................................................................................................. 741
名前 (Name) .............................................................................................................................................. 742
ターゲット温度スケジュール (Target temperature schedule)............................................................... 742
流量率 (FLOW RATE) ............................................................................................................................... 742
最大流量率 (Peak flow rate) ..................................................................................................................... 742
流量率スケジュール (Flow rate fraction schedule) ................................................................................ 742
ゾーンへの熱取得 (HEAT GAIN TO ZONE) ............................................................................................. 743
ゾーンへの熱取得 (Heat gain to zone) .................................................................................................... 743
ゾーン (Zone) ............................................................................................................................................ 743
顕熱率スケジュール名 (Sensible Fraction Schedule Name) ................................................................. 743
潜熱率スケジュール名 (Latent Fraction Schedule Name) ..................................................................... 743
供給されるゾーン (Zones Served ) .......................................................................................................... 743
名前 (Name) .............................................................................................................................................. 744
- 31 -
タンク体積(Tank volume) ................................................................................................................... 744
外部温水プラント接続(External Heating Plant Connection) ............................................................ 744
外部温水プラント接続(External heating plant connection) ............................................................. 744
間接給湯回復時間(Indirect water heating recovery time)................................................................. 744
設定点温度スケジュール(Setpoint temperature schedule)............................................................... 745
不感帯温度差(Deadband temperature difference) ............................................................................ 745
最大温度限度(Maximum temperature limit) ....................................................................................... 745
大気温度計(Ambient temperature indicator) ..................................................................................... 745
大気温度スケジュール(Ambient temperature schedule) .................................................................. 745
大気温度ゾーン(Ambient temperature zone)..................................................................................... 745
ヒーターコ制御タイプ(Heater control type) ...................................................................................... 746
ヒーター最大容量(Heater maximum capacity) .................................................................................. 746
ヒーター最小容量(Heater minimum capacity) ................................................................................... 746
ヒーターの燃料タイプ(Heater fuel type) ............................................................................................ 746
ヒーター熱効率(Heater thermal efficiency) ....................................................................................... 746
オンサイクル寄生燃料消費率(On-Cycle parasitic fuel consumption rate) ...................................... 746
オンサイクル寄生燃料タイプ(On-Cycle Parasitic Fuel Type) .......................................................... 746
タンクへのオンサイクル寄生熱(On-Cycle parasitic heat fraction to tank) ..................................... 747
オフサイクル寄生燃料消費率(Off-Cycle Parasitic Fuel Consumption Rate)................................... 747
オフサイクル寄生燃料タイプ(Off-Cycle Parasitic Fuel Type) .......................................................... 747
タンクへのオフサイクル寄生熱(Off-Cycle parasitic heat fraction to tank) ..................................... 747
設計モード(Design mode) ................................................................................................................... 748
ベッドルームの数(Number of bedrooms) .......................................................................................... 749
バスルームの数(Number of bathrooms) ............................................................................................ 749
1 人あたりの蓄電容量(Storage capacity per person) ....................................................................... 749
1 人あたりの容量回復(Recovery capacity per person)..................................................................... 749
床面積あたりの蓄電容量(Storage capacity per floor area) .............................................................. 749
床面積あたりの容量回復(Recovery capacity per floor area) ............................................................ 749
ユニット数(Number of units) .............................................................................................................. 749
ユニットあたりの蓄電容量(Storage capacity per unit) ..................................................................... 749
ユニットあたりの容量回復(Recovery capacity per unit) .................................................................. 750
集光面積あたりの蓄電容量(Storage capacity per collector area) .................................................... 750
温水器タンク温度(Water Heater Tank Temperature) [C] .................................................................. 750
温水器最終タンク温度(Water Heater Final Tank Temperature) [C] ................................................. 751
温水器使用流量率(Water Heater Use Flow Rate) [kg/s] .................................................................... 751
温水器使用インレット温度(Water Heater Use Inlet Temperature) [C]............................................. 751
温水器使用アウトレット温度(Water Heater Use Outlet Temperature) [C] ...................................... 751
温水器使用比率(Water Heater Use Rate) [W]..................................................................................... 751
温水器使用エネルギー(Water Heater Use Energy) [J]....................................................................... 751
温水器ソース流量率(Water Heater Source Flow Rate) [kg/s]........................................................... 751
温水器ソースインレット温度(Water Heater Source Inlet Temperature)[C] ......................................... 751
温水器ソースアウトレット温度(Water Heater Source Outlet Temperature [C] ................................... 751
温水器ソース率(Water Heater Source Rate) [W] ............................................................................... 751
温水器ソースエネルギー(Water Heater Source Energy)[J] .............................................................. 751
温水器合計需要率(Water Heater Total Demand Rate)[W]................................................................. 751
温水器合計需要エネルギー(Water Heater Total Demand Energy)[J] ............................................... 751
温水器加熱率(Water Heater Heating Rate)[W]................................................................................... 751
温水器暖房エネルギー(Water Heater Heating Energy)[J] ................................................................. 751
温水器のまだ満たされていない需要率(Water Heater Unmet Demand Rate)[W] ............................. 751
温水器のまだ満たされていない需要エネルギー(Water Heater Unmet Demand Energy)[J] ............ 751
温水器換気率(Water Heater Venting Rate)[W]................................................................................... 751
温水器換気エネルギー(Water Heater Venting Energy)[J] ................................................................. 751
温水器真発熱転送速度(Water Heater Net Heat Transfer Rate)[W] ................................................... 751
温水器真発熱転送エネルギー(Water Heater Net Heat Transfer Energy)[J] ..................................... 752
- 32 -
DesignBuilder Documentation
温水器循環回数(Water Heater Cycle On Count)[] ............................................................................. 752
温水器作動時間(Water Heater Runtime Fraction) [] .......................................................................... 752
温水器部分負荷率(Water Heater Part Load Ratio)[] .......................................................................... 752
温水器 <Fuel Type> 消費量率 [W] ........................................................................................................... 752
温水器 <Fuel Type>消費エネルギー[J] .................................................................................................... 752
温水器オフサイクル <Fuel Type> 消費量率[W] ....................................................................................... 752
温水器オフサイクル<Fuel Type>消費エネルギー[J] ............................................................................... 752
温水器オンサイクル<Fuel Type>消費量率 [W] ........................................................................................ 752
温水器オンサイクル<Fuel Type>消費エネルギー[J] ............................................................................... 752
温水器水消費量率(Water Heater Water Consumption Rate)[m3/s] ................................................. 752
温水器水消費量(Water Heater Water Consumption)[m3] ................................................................. 752
モデルオプション (Model Options)ダイアログのデータタブ ................................................................. 764
浸透ユニット(Infiltration units) ............................................................................................................... 770
空調サイジング(自動サイジング) (HVAC Sizing (Automaitc sizing)) .................................................... 773
適正(Adequate) ......................................................................................................................................... 773
マニュアル(Manual) .................................................................................................................................. 774
自動サイズ調整 (Autosize) ....................................................................................................................... 774
完全に囲まれたゾーンの生成 (Generate fully enclosed zones) ............................................................ 776
自然換気オプション (Natural Ventilation Options) ................................................................................ 777
モデルオプション (Model Options)ダイアログの Advanced タブ ......................................................... 777
モデルの穴 (仮想パーティションで穴を含む) (Model holes (including holes in virtual partitions)) . 778
風係数(Wind Factor) ............................................................................................................................ 778
開口部の調整(Modulation of Openings) ............................................................................................ 779
スケジュール自然換気 (SCHEDULED NATURAL VENTILATION) ......................................................... 779
内部開口部を通る空気流量 (Airflow through internal openings) .......................................................... 779
照明 (Lighting) .......................................................................................................................................... 779
モデルオプション (Model Options)ダイアログのアドバンスタブ (Advanced tab) ............................... 779
作業面高さ (Working plane height)......................................................................................................... 779
フィルタ (Filters) ...................................................................................................................................... 779
モデルオプション (Model Options)ダイアログのアドバンスタブ (Advanced tab) ............................... 779
小さな表面を取り除く (Exclude surface elements smaller than) ........................................................ 779
モデルオプション (Model Options)ダイアログのアドバンスタブ (Advanced tab) ............................... 780
2 つの最も大きい面積 (Fraction two largest areas) ............................................................................... 780
フラットなコンポーネントブロック表面の選択 (Flat component block surface selection) .............. 780
モデルオプション (Model Options)ダイアログの加熱設計タブ .............................................................. 780
冬季設計日 (Winter Design Day) ............................................................................................................. 780
コンパクト空調自動サイジングのスケジュールタイプ(小型と平日のスケジュール) (Schedule types for
Compact HVAC Autosizing (Compact and Typical workday Schedules)) ......................................... 780
モデルオプション (Model Options)ダイアログの暖房設計 (Heating Design)タブ ................................ 781
ブロックと建物の合計と平均で非占有ゾーンを含む (Include unoccupied zones in block and
building totals and averages) ................................................................................................................. 781
モデルオプション (Model Options)ダイアログの冷房設計タブ .............................................................. 781
日 (Day) ..................................................................................................................................................... 782
月 (Month) ................................................................................................................................................. 782
曜日 (Day of week) ................................................................................................................................... 782
サイジング方法 (Sizing method) ............................................................................................................. 782
ASHRAE 冷却サイジング (ASHRAE Cooling Sizing) ............................................................................ 783
給気条件 (SUPPLY AIR CONDITIONS) ................................................................................................... 783
VAV 冷却サイジング (VAV Cooling Sizing) ............................................................................................ 784
送風機コイル冷却サイジング (Fan Coil Cooling Sizing) ........................................................................ 785
ブロックと建物の合計と平均で非占有ゾーンを含む (Include unoccupied zones in block and building
totals and averages) ................................................................................................................................ 785
モデルオプション (Model Options) ダイアログのシミュレーション (Simulation)タブ ........................ 785
シミュレーション期間 (Simulation Period) ............................................................................................ 786
- 33 -
計算記述 (Calculation description) ......................................................................................................... 786
作用温度 VS 気温-応用 (Operative vs Air temperature control - Advanced discussion) ................. 789
すべてのゾーン機械換気を除外 (Exclude all zone mechanical ventilation) ......................................... 790
すべてのゾーン自然換気を除外 (Exclude all zone natural ventilation) ................................................ 790
モデルオプション (Model Options)ダイアログのシミュレーション (Simulation)タブとシミュレーショ
ンオプション (Simulation Options)ダイアログの出力 (Output)タブ ..................................................... 790
ゾーン環境と快適さのレポート(Zone environmental and comfort reports) ................................... 790
ゾーンのブロックと建物の出力データ (Building and block output of zone data) ............................... 790
ブロックや建物の合計と平均で非占有ゾーンを含む (Include unoccupied zones in block and building
totals and average) .................................................................................................................................. 791
グラフ出力 (Graphable Outputs)............................................................................................................. 791
太陽を含む表面熱伝達(Surface heat transfer incl. solar) ................................................................. 791
環境(Environmental) ........................................................................................................................... 791
快適性(Comfort ) .................................................................................................................................. 791
内部熱取得と関連エネルギー消費 (Internal gains and associated energy consumption) ............. 792
HVAC エネルギー(HVAC energy ) ...................................................................................................... 792
潜熱負荷(Latent loads) ........................................................................................................................ 792
外気供給(Fresh air supply) ................................................................................................................. 792
温度分布(Temperature distribution ) ................................................................................................. 792
その他出力 (MISCELLANEOUS OUTPUTS) ............................................................................................ 792
SQLite 出力 (SQLite output) .................................................................................................................... 792
DXF モデル出力 (DXF model output) ...................................................................................................... 793
構造物と表面の詳細 (Construction and surface details) ...................................................................... 793
RDD ファイル (RDD File) ......................................................................................................................... 793
影計算において全ての建物を含む (Include all buildings in shading calcs) ......................................... 793
地面を反射する太陽光のモデルの反射と影 (Model reflections and shading of ground reflected solar)793
太陽分布 (Solar distribution) ................................................................................................................... 794
非凸ゾーンのチェック (Check for non-convex zones) .......................................................................... 795
影の間隔(シミュレーションのみ) (Shadowing interval (Simulation only)) ........................................... 796
解決アルゴリズム (Solution Algorithm) .................................................................................................. 796
差分法(Difference Scheme) ................................................................................................................ 797
空間離散化定数(Space discretisation constant) ............................................................................... 797
緩和因子 (Relaxation factor) .................................................................................................................... 797
フェイス表面内部温度の収束基準 (Inside face surface temperature convergence criteria) ............. 797
関連空気フロー収束許容 (Relative airflow convergence tolerance) .................................................... 797
絶対空気フロー収束許容 (Absolute airflow convergence tolerance) ................................................... 797
内部と外部対流アルゴリズム (Inside and Outside convection algorithms) ........................................ 797
最大予熱日数(暖房/冷房設計でなく) (Maximum Preliminary Days (not heating/cooling design)) 798
ウォームアップ日の最小日数 (暖房 /冷房設計でなく) (Minimum number of warmup days (not
heating/cooling design)) ......................................................................................................................... 798
温度と負荷の収束 (Temperature and Loads convergence) .................................................................. 798
シェーディング (Shading ) ....................................................................................................................... 799
最大影重複(暖房設計ではなく) (Maximum number of shadow overlaps (not heating design)) ... 799
サイズ決定ファクター(暖冷房設計ではない) (Sizing factor (not heating/cooling design)) ............ 799
窓平均化期間の設計(暖房/冷房設計ではない) (Design averaging window period (not
heating/cooling design)) ......................................................................................................................... 799
IDF データを含める(暖房/冷房設計ではなく) (Include IDF Data (not heating/cooling design)) ......... 800
快適計算の気流速度 (Air velocity for comfort calculations) ................................................................. 800
分析タイプ (Analysis type) ...................................................................................................................... 801
インポート図面を含めて調整 (Fit includes imported drawing) ............................................................. 801
ゾーンレベルと表面レベルでインポート図面を表示 (Show imported drawing at zone and surface
levels) ........................................................................................................................................................ 801
影デバイスを表示 (Show shading devices) ............................................................................................ 801
窓の表示 (Show windows) ....................................................................................................................... 801
- 34 -
DesignBuilder Documentation
4.
ダイナミクス (Dynamics) ......................................................................................................................... 802
地表の表示 (Show ground plane) ............................................................................................................ 802
オートコンプリートブロック (Auto complete block) ............................................................................. 803
ブロックモデルデータの編集 .................................................................................................................... 804
ブロック形状 (Block form) ....................................................................................................................... 805
急勾配の屋根構造を許容する(Allow pitched roof construction) ...................................................... 805
屋根-壁の切り替え角度 (Roof-wall transition angle) .............................................................................. 805
外壁の表示 (Display external walls) ........................................................................................................ 806
コンポーネント ......................................................................................................................................... 807
カラーコード (Colour code)..................................................................................................................... 809
厚さ(Thickness)........................................................................................................................................ 810
ブリッジング(Bridging) ............................................................................................................................ 811
表面プロパティ (Surface Properties) ...................................................................................................... 813
構造物 (Constructions)ダイアログの表面プロパティタブ...................................................................... 813
インターナルソース (Internal Source) .................................................................................................... 814
構造物 (Constructions)ダイアログのインターナルソース (Internal Source)タブ ................................ 814
内部ソース (Internal source) ................................................................................................................... 815
内部源が位置付けられた後のレイヤ (Layer after which the internal source is positioned) .............. 815
寸法 (Dimensions) .................................................................................................................................... 815
チューブの間隔 (Tube spacing) ............................................................................................................... 815
最内層でのソース位置設定 (Set source position below innermost layer) ........................................... 815
ガラスの簡易定義 (Simple Glazing Definition) ....................................................................................... 821
U-値 (U-value) ........................................................................................................................................... 821
太陽熱取得係数 (Solar heat gain coefficient (SHGC)) ........................................................................... 821
可視透過率 (VT) (Visible transmittance) ................................................................................................. 821
フレーム (Frame) ...................................................................................................................................... 821
熱伝導率(Thermal conductivity) ......................................................................................................... 823
比熱(Specific heat) ................................................................................................................................... 823
密度(Density) ............................................................................................................................................ 823
熱抵抗(Thermal resistance) ................................................................................................................ 823
可視吸収率(Visible absorptance) ............................................................................................................ 824
放射採光シミュレーション(Radiance daylighting) では、表面反射率は 1- 可視吸収率で算出されます。824
粗さ(Roughness)...................................................................................................................................... 824
テクスチャ(Texture) ................................................................................................................................. 825
植物の高さ (Height of Plants) .................................................................................................................. 827
葉面積指数(LAI) (Leaf Area Index (LAI)) ................................................................................................. 827
葉反射性 (Leaf Reflectivity) ..................................................................................................................... 834
葉放射率 (Leaf Emissivity) ....................................................................................................................... 834
最小孔抵抗 (Minimum Stomatal Resistance) ......................................................................................... 835
土層の最大水分含有量(浸潤) (Max volumetric moisture content of the soil layer (saturation)) ... 835
土層の最小(抵抗)水分含有量 (Min (residual) volumetric moisture content of the soil layer) ....... 835
土層の内部水分含有量 (Initial volumetric moisture content of the soil layer) ................................... 835
内包カーボン (Embodied Carbon)........................................................................................................... 835
Materials ダイアログの内包カーボンタブ ............................................................................................... 835
利用可能な内包カーボン (Embodied carbon available) ......................................................................... 835
内包カーボン (Embodied carbon) ........................................................................................................... 835
変換係数名称 (Conversion factor name) ................................................................................................ 835
ソース (Source) ........................................................................................................................................ 835
仮定 / 境界因子 (Assumption / factor boundary) ................................................................................... 835
利用可能な等価炭素 (Equivalent carbon available) ............................................................................... 835
等価炭素 (Equivalent carbon).................................................................................................................. 836
内包カーボンレポート (EMBODIED CARBON REPORT) ....................................................................... 836
相変化材料 (Phase Change Materials) .................................................................................................... 836
Materials (材料) ダイアログの Phase Change (相変化) タブ ................................................................. 836
- 35 -
PCM マットの例 ........................................................................................................................................ 836
相変化プロパティ (PHASE CHANGE PROPERTIES) ............................................................................. 837
相変化材料 (Phase change material) ...................................................................................................... 837
熱伝達率の温度係数 (Temperature coefficient for thermal conductivity) ........................................... 837
温度 - エンタルピー曲線 (Temperature-Enthalpy Curves ) ................................................................... 837
Generic Data from EnergyPlus ............................................................................................................... 837
Manufacturers PCM データの例 .............................................................................................................. 838
曲線の点の数(Number of points on the curve) ................................................................................. 838
温度 x(Temperature x)......................................................................................................................... 838
エンタルピーx ........................................................................................................................................... 838
ソリューションアルゴリズム (Solution Algorithm ) ............................................................................... 838
PCM の推奨パラメータ ............................................................................................................................. 838
データタイプ ............................................................................................................................................. 839
インターナショナル・ガラス・データベース(IGDB) (International Glazing Database (IGDB)) .......... 839
厚さ(Thickness)........................................................................................................................................ 840
熱伝導率(Thermal conductivity) ......................................................................................................... 840
日射透過率(Solar transmittance) ........................................................................................................ 840
日射反射率(Solar reflectance) ............................................................................................................ 840
可視透過率(Visible transmittance) ..................................................................................................... 840
可視反射率(Visible reflectance) .......................................................................................................... 840
Infra-red tab on 枠ダイアログの赤外線タブ ............................................................................................ 840
長波浸透率(Long-wave transmittance) .............................................................................................. 840
放射率 (Emissivity) ................................................................................................................................... 841
Panes ダイアログからアクセス ............................................................................................................... 842
新規 IGDB データをインポート (IMPORTING NEW IGDB DATA) .......................................................... 844
設計日 (Design days) ............................................................................................................................... 845
設計日定義方法 (Design day definition method) ................................................................................... 845
週変化と月変化 (Weekly and monthly variations) ................................................................................. 846
名前 (Name) .............................................................................................................................................. 847
スケジュールタイプ (ScheduleType) ...................................................................................................... 847
フィールド:Through .............................................................................................................................. 848
フィールド:For ....................................................................................................................................... 848
フィールド:Interpolate(任意) ................................................................................................................. 849
フィールド:Until ..................................................................................................................................... 849
フィールド:Value ................................................................................................................................... 849
例 1 - 操作スケジュール (Example 1 - Operation Schedule) ................................................................. 849
例 2 - 温度設定点スケジュール (Example 2 - Temperature Setpoint Schedule) ................................. 849
暖房・冷房設計計算 (HEATING AND COOLING DESIGN CALCULATION) .......................................... 852
空調自動サイジングシミュレーション (HVAC AUTOSIZING SIMULATIONS) ...................................... 852
時間ごとの気象データのダウンロード (Downloading Hourly Weather Data) ...................................... 853
時間ごとの気象データの選択 (Selecting hourly weather data) ............................................................. 853
気象ファイルの必須条件 (Weather file requirements) ........................................................................... 858
1 年以上の期間のシミュレーション (Simulating periods longer than a year) ..................................... 858
変換 (Translating) ..................................................................................................................................... 858
ほかのフォーマットから変換 (CONVERTING FROM OTHER FORMATS) ............................................ 859
気候変動データ (Climate change data) ................................................................................................... 860
自分のテクスチャを追加 (Adding your own textures) ........................................................................... 862
カテゴリー (Category) .............................................................................................................................. 862
厚さ (Thickness)....................................................................................................................................... 863
カスタム材料プロパティ (Custom material properties) ........................................................................ 863
伝導係数 A (Conductivity Coefficient A) ................................................................................................ 863
伝導係数 B (Conductivity Coefficient B) ................................................................................................ 863
粘性係数 A (Viscosity Coefficient A) ...................................................................................................... 863
粘性係数 B (Viscosity Coefficient B) ...................................................................................................... 863
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DesignBuilder Documentation
5.
比熱係数 A (Specific Heat Coefficient A) ............................................................................................... 863
比熱係数 B (Specific Heat Coefficient B) ............................................................................................... 863
分子量 (Molecular Weight) ....................................................................................................................... 863
背景 (Background) ................................................................................................................................... 864
ブラインドからガラスまでの距離 (Blind to Glass Distance)................................................................. 870
スラット方向 (Slat Orientation) ............................................................................................................... 870
スラット幅 (Slat Width) ............................................................................................................................ 870
スラット分離 (Slat Separation) ............................................................................................................... 870
スラット厚さ (Slat Thickness) ................................................................................................................ 870
スラット角度 (Slat Angle) ........................................................................................................................ 870
最小スラット角度 (Minimum Slat Angle) ................................................................................................ 870
最大スラット角度 (Maximum Slat Angle) ............................................................................................... 870
スラット伝導性 (Slat Conductivity) ........................................................................................................ 870
スラット日照透過率 (Slat Beam Solar Transmittance) ......................................................................... 870
前面スラット太陽光線反射 (Front Side Slat Beam Solar Reflectance) ................................................ 870
背面スラット太陽光線反射 (Back Side Slat Beam Solar Reflectance) ................................................. 871
スラット拡散日射透過率 (Slat Diffuse Solar Transmittance) ................................................................ 871
前面スラット拡散日射反射 (Front Side Slat Diffuse Solar Reflectance) .............................................. 871
背面スラット拡散日射反射 (Back Side Slat Diffuse Solar Reflectance) .............................................. 871
スラット可視入射透過率 (Slat Beam Visible Transmittance)................................................................ 871
前面スラット可視入射反射 (Front Side Slat Beam Visible Reflectance) ............................................. 871
背面スラット可視入射反射 (Back Side Slat Beam Visible Reflectance) .............................................. 871
スラット可視拡散透過率 (Slat Diffuse Visible Transmittance) ............................................................. 871
前面スラット可視拡散反射 (Front Side Slat Diffuse Visible Reflectance) ........................................... 871
背面スラット可視拡散反射 (Back Side Slat Diffuse Visible Reflectance) ............................................ 871
スラット赤外線半球型透過率 (Slat Infrared Hemispherical Transmittance)........................................ 871
前面スラット赤外線半球型放射率 (Front Side Slat Infrared Hemispherical Emissivity) ................... 871
背面スラット赤外線半球型放射率 (Back Side Slat Infrared Hemispherical Emissivity) .................... 872
ブラインド上部開口部乗数 (Blind Top Opening Multiplier) .................................................................. 872
ブラインド下部開口部乗数 (Blind Bottom Opening Multiplier) ............................................................ 872
ブラインド左開口部乗数 (Blind Left-Side Opening Multiplier) ............................................................. 872
ブラインド右開口部乗数 (Blind Right-Side Opening Multiplier)........................................................... 872
厚み (Thickness)....................................................................................................................................... 872
伝導率 (Conductivity) ............................................................................................................................... 873
日射透過率 (Solar transmittance)............................................................................................................ 873
日射反射率 (Solar reflectance) ................................................................................................................ 873
可視透過率 (Visible transmittance) ......................................................................................................... 873
可視反射率 (Visible reflectance).............................................................................................................. 873
球体型熱放射率 (Thermal hemispherical emissivity) ............................................................................ 873
熱透過率 (Thermal transmittance) .......................................................................................................... 873
シェードからガラスまでの距離 (Shade to glass distance) ................................................................... 873
シェード上部開口部乗数 (Shade top opening multiplier) ...................................................................... 873
シェード下部開口部乗数 (Shade bottom opening multiplier) ............................................................... 873
シェード左開口部乗数 (Shade left-side opening multiplier) ................................................................. 873
シェード右開口部乗数 (Shade right-side opening multiplier) .............................................................. 873
シェード空気フロー透明度 (Shade air-flow permeability) ..................................................................... 873
テンプレート ............................................................................................................................................. 879
テンプレートデータの管理 (Managing template data) ........................................................................... 880
モデルデータへの読み込み (Loading to Model Data) ............................................................................. 881
カラーコード (Colour codes)................................................................................................................... 881
活動テンプレート (Activity Templates)ダイアログ上の一般 (General) タブ ........................................ 882
活動テンプレート (Activity Templates)ダイアログ上のすべての取得 (All Gains) タブ ........................ 882
活動テンプレート (Activity Templates)ダイアログ上の人の占有 (Occupancy) タブ ........................... 882
活動テンプレート (Activity Templates)ダイアログ上の他の取得 (Other Gain) タブ ............................ 883
- 37 -
6.
7.
活動テンプレート (Activity Templates) ダイアログ上の環境 (Environmental)タブ ............................. 883
浸透 ............................................................................................................................................................ 885
ビジュアライゼーション ........................................................................................................................... 899
期間 (Period) ............................................................................................................................................. 903
太陽パス (Sunpath) .................................................................................................................................. 904
太陽パスダイアグラムの倍率 (Sunpath diagram scale factor) ............................................................. 904
太陽パスの日 (Sunpath day of month) ................................................................................................... 904
太陽の位置変更ツール (Change solar position tool) ............................................................................. 904
計算 ............................................................................................................................................................ 909
EnergyPlus IDF データ (EnergyPlus IDF Data) ..................................................................................... 911
計算記述 (Calculation description) ......................................................................................................... 911
データオプション (Data Options) ........................................................................................................... 912
データ (Data) ............................................................................................................................................. 912
表示方法(Show as) .............................................................................................................................. 912
Y 軸オプション (Y-Axis Options) ........................................................................................................... 912
最小/最大を固定化 (Lock min/max) ......................................................................................................... 913
複数の軸を重ねる(Overlap multiple axes) ......................................................................................... 913
軸を切り離す(Separate axes) ............................................................................................................. 913
床面積による正常化(Normalise by floor area) ................................................................................... 913
計算記述 (Calculation description) ......................................................................................................... 917
空気フロー(Airflow) ............................................................................................................................. 918
データ (Data) ............................................................................................................................................. 921
表示方法 (Show as) .................................................................................................................................. 921
Y 軸オプション (Y-Axis Options) ............................................................................................................ 922
最小/最大を固定化 (Lock min/max) ......................................................................................................... 922
複数軸を重複 (Overlap multiple axes) .................................................................................................... 922
個別軸 (Separate axes) ............................................................................................................................ 922
床面積ごとに標準化 (Normalise by floor area)....................................................................................... 922
建物合計値 (BUILDING TOTALS) ............................................................................................................ 923
計算記述 (Calculation description) ......................................................................................................... 925
間隔(Interval)........................................................................................................................................ 925
間隔(Interval)........................................................................................................................................ 931
データ (Data) ............................................................................................................................................. 931
表示方法(Show as) .............................................................................................................................. 931
ページごとの日数(シミュレーションのみ) (Days per Page (Simulation only)) ............................... 932
Y 軸オプション (Y-Axis Options) ............................................................................................................ 932
最小/最大を固定化 (Lock min/max) ......................................................................................................... 932
複数軸の重複 (Overlap multiple axes) .................................................................................................... 932
軸を切り離す (Separate axes) ................................................................................................................. 932
環境/快適出力(Environmental/Comfort Output) ................................................................................ 933
空気フロー(Airflow) ............................................................................................................................. 934
内部熱吸収(Internal Gains) ................................................................................................................. 935
システム熱流量 (System Heat Flows) ..................................................................................................... 936
新規ユーザからよくある質問 (A common question from new users) .................................................. 936
燃料内訳 (Fuel breakdown) ..................................................................................................................... 937
燃料合計 (Fuel totals) ............................................................................................................................... 937
CO2 排出 (CO2 production)..................................................................................................................... 937
ブロックと建物快適性レベルデータ (Block and Building comfort level data) ................................... 939
冬服 (Winter Clothes) ............................................................................................................................... 941
夏服 (Summer Clothes) ........................................................................................................................... 941
パラメータ解析 (Parametric Analysis) ................................................................................................... 942
故障点検 (Troubleshooting) .................................................................................................................... 945
最適化 (Optimisation) .............................................................................................................................. 945
CFD(コンピュータを用いた数値流体力学) (Computational Fluid Dynamics (CFD)) ....................... 959
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DesignBuilder Documentation
CFD とは? (What is CFD?) ..................................................................................................................... 960
外部 CFD 解析 (External CFD analysis) .................................................................................................. 960
内部 CFD 解析 (Internal CFD analysis) ................................................................................................... 960
CFD 計算トピックの内容 (CFD Calculations Topics Contents) ........................................................... 961
CFD のモデル形状を作成 (Creating Model Geometry for CFD) ........................................................... 962
CFD 境界条件 (CFD Boundary Conditions) ........................................................................................... 967
CFD 境界としてのコンポーネントブロックとアセンブリ (Component Blocks & Assemblies as CFD
Boundaries) .............................................................................................................................................. 969
グリッドの種類 (Grid type) ...................................................................................................................... 971
グリッド間隔の初期設定 (Default Grid Spacing) .................................................................................... 972
グリッド線マージ許容範囲 (Grid Line Merge Tolerance) ...................................................................... 972
風速 (Wind Velocity)................................................................................................................................. 972
風方向 (Wind Direction) ........................................................................................................................... 972
風圧面 (Wind Exposure) .......................................................................................................................... 972
新規 CFD 解析ダイアログ (New CFD analysis dialog) ........................................................................... 974
CFD グリッドの編集 (Editing the CFD Grid) .......................................................................................... 975
操作 (Operation): ...................................................................................................................................... 976
新規座標 (New coordinate) (m) ............................................................................................................... 976
空間タイプ (Spacing Type) ...................................................................................................................... 976
空間の乗数 (Spacing power) .................................................................................................................... 977
分割数 (Number of divisions) .................................................................................................................. 977
CFD グリッド情報 (CFD Grid Information) ............................................................................................ 977
CFD セルモニタポイントの設定 (Setting Up CFD Cell Monitor Points) ............................................... 978
操作 (Operation) ....................................................................................................................................... 979
CFD 計算オプション (CFD Calculation Options) ................................................................................... 980
開始 (Start) ................................................................................................................................................ 981
一時停止 (Pause) ...................................................................................................................................... 981
リセット (Reset) ....................................................................................................................................... 981
表面熱対流 (Surface heat transfer) ......................................................................................................... 982
セルモニター (Cell Monitor) ..................................................................................................................... 982
乱流モデル (Turbulence models) ............................................................................................................ 984
残差データの使用 (Use of residual data) ................................................................................................ 984
速度の仮タイムステップ (Velocity false time steps) ............................................................................. 984
CFD 快適計算の実行 (CFD Comfort Calculations)................................................................................. 987
CFD 結果マネージャ (CFD Results Manager) ........................................................................................ 989
CFD 計算の実行 (Running the CFD Calculations) ................................................................................. 994
CFD 結果の表示 (Displaying CFD Results) ............................................................................................ 994
3D コンタ-の表示 (Display 3-D Contours) ............................................................................................ 995
モデルの作成 (Creating The Model) ........................................................................................................ 996
CFD 計算の実行 (Running the CFD Calculations) ................................................................................. 999
CFD 結果表示 (Displaying CFD Results) ................................................................................................ 999
CFD グリッドの編集 (Editing the CFD Grid) ........................................................................................ 1004
CFD 計算の実行 (Running the CFD Calculations) ............................................................................... 1007
CFD 表示オプション (CFD Display Options) ........................................................................................ 1007
CFD 解析を切り替え (Change CFD Analysis) ...................................................................................... 1008
反復処理について (The Iterative Nature of the Procedure) ................................................................. 1009
昼光計算 (Daylighting Calculations) .................................................................................................... 1009
放射日光シミュレーション (Radiance Daylight Simulation) ............................................................... 1010
使用されるモデルデータ (Model Data Used) ........................................................................................ 1010
昼光計算オプション (Daylighting Calculation Options) ...................................................................... 1010
一般計算オプション (General Calculation Options) ............................................................................ 1010
レポートの種類 (Report type) ................................................................................................................ 1010
詳細テンプレート (Detail template) ....................................................................................................... 1011
作用平面の高さ (Working plane height) ............................................................................................... 1011
- 39 -
8.
9.
マージン (Margin) ................................................................................................................................... 1012
スカイモデル (Sky model)...................................................................................................................... 1012
グリッドサイズ (GRID SIZE) .................................................................................................................. 1013
最大グリッドサイズ (Maximum grid size) ............................................................................................ 1013
最小グリッドサイズ (Minimum grid size) ............................................................................................. 1013
詳細オプション (ADVANCED OPTIONS) .............................................................................................. 1014
大気の反射 (-ab) (Ambient bounces) .................................................................................................... 1014
大気正確度 (-aa) (Ambient accuracy) ................................................................................................... 1014
大気の解像度 (-ar) (Ambient resolution) ............................................................................................... 1014
照度分割数 (-ad) (Ambient divisions) ................................................................................................... 1015
大気のスーパーサンプル (-as) (Ambient super-samples) .................................................................... 1015
大気パラメータの設定 (SETTING AMBIENT PARAMETERS) .............................................................. 1015
半球サンプリングに関する技術的な説明 (Technical discussion on hemispherical sampling) ........ 1015
日光表示オプション (Daylighting Display Options) ............................................................................ 1016
晴天時間 (Clear sky time) ...................................................................................................................... 1018
縮尺の設定場所 (Scale source) .............................................................................................................. 1018
最低日光率 (Low DF) (%) ........................................................................................................................ 1018
最高日光率 (High DF) (%) ....................................................................................................................... 1018
「暗すぎる」領域を表示する時に使う色を適用 (Apply scale "too dark" colour) ............................. 1018
「暗すぎる」領域の色 (Scale "too dark" colour) ................................................................................. 1018
「明るすぎる」領域を表示する時に使う色を適用 (Apply scale "too bright" colour) ....................... 1018
「明るすぎる」領域の色 (Scale "too bright" colour) ........................................................................... 1018
作業平面 (Working plane) ...................................................................................................................... 1018
作業平面マージン (Working plane margin) .......................................................................................... 1019
LEED V2 クレジット EQ8.1 レポート (LEED V2 CREDIT EQ8.1 REPORT) ....................................... 1019
LEED V3 クレジット EQ8.1 レポート (LEED V3 CREDIT EQ8.1 REPORT) ....................................... 1020
BREEAM クレジット HEA1 (BREEAM CREDIT HEA1) ....................................................................... 1021
Green Star IEQ4 ..................................................................................................................................... 1022
費用とカーボン (Cost And Carbon) ...................................................................................................... 1023
費用 (Cost) .............................................................................................................................................. 1023
内包カーボン結果 (Embodied Carbon Results) ................................................................................... 1023
レポート .................................................................................................................................................. 1025
レポート .................................................................................................................................................. 1026
データをエクスポート............................................................................................................................. 1026
レポートトピック .................................................................................................................................... 1027
CSV レポートのエクスポート ................................................................................................................. 1028
プログラムオプション............................................................................................................................. 1029
ヘルプシステム (Help system) ............................................................................................................... 1030
表示モデルの線を滑らかにする (Line smoothing in the display) ....................................................... 1031
自動的にサイトナビゲータリストをリフレッシュ (Automatically refresh site navigator lists) ........ 1031
ダブルクリックでサイト階層へ進む (Double-click to navigate site hierarchy) ................................ 1031
テンプレート選択時「テンプレートからデータをロード」ダイアログ表示 (Show 'Load data from
template' dialog when template selected) ........................................................................................... 1032
活字体テンプレートからモデルデータ表示を変更 (Show model data departures from template in
bold) ........................................................................................................................................................ 1032
デフォルト表面ノーマルビュー (Default surface normal view) .......................................................... 1032
データディスプレイリストの最大文字数表示 (Maximum characters shown in data display lists) .. 1032
モデルデータでツールチップを表示 (Show tooltips in Model data) ................................................... 1032
計算ダイアログ (Calculation dialogs) ................................................................................................... 1033
新規オブジェクトダイアログ (New object dialogs) ............................................................................. 1033
EN ISO 6946 ガラス U-値 計算 (EN ISO 6946 GLAZING U-VALUE CALCULATIONS) ..................... 1033
固定平均ガス温度 (Fixed mean gas temperature) (10°C) .................................................................... 1033
外部気温 (Outside air temperature) ...................................................................................................... 1033
内部気温 (Inside air temperature) ......................................................................................................... 1033
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DesignBuilder Documentation
プログラムオプション - EnergyPlus (Program options - EnergyPlus) ............................................. 1034
EnergyPlus ............................................................................................................................................. 1034
様式(Mode) .............................................................................................................................................. 1035
EnergyPlus エクスポートフォルダ (EnergyPlus export folder) ......................................................... 1037
プログラム制御 (Program Control) ....................................................................................................... 1037
最大のスレッド数 (Maximum number of threads) ............................................................................... 1037
ESO シミュレーション出力を保存 (Save ESO simulation output) ..................................................... 1037
ファイル名指示 (Prompt for filename) .................................................................................................. 1037
ESO 自動読み込み(Auto load ESO) ....................................................................................................... 1037
IDF オプション (IDF Options) ................................................................................................................ 1038
追加の警告表示 (Display extra warnings) ............................................................................................. 1038
IDF の書式設定 (IDF Formatting) ........................................................................................................... 1038
言語 (Language) ..................................................................................................................................... 1039
他地域のデータ表示 (Show other region data)..................................................................................... 1040
一般データの表示 (Show 'General' data) .............................................................................................. 1040
プログラムの'Early'データ表示 (Show program 'Early' data).............................................................. 1040
10.
ライブラリ管理 .................................................................................................................................... 1041
クローン(コピー)コンポーネント (Clone (Copy) Component) ............................................................ 1043
クローン(コピー)テンプレート (Clone (Copy) Template) .................................................................... 1044
11.
メニュー ............................................................................................................................................... 1049
一般(General) .......................................................................................................................................... 1050
保存(Save) ............................................................................................................................................... 1050
インポート(Import) ................................................................................................................................. 1050
エクスポート(Export) ............................................................................................................................. 1051
フォルダ (Folder) .................................................................................................................................... 1051
一般(General) .......................................................................................................................................... 1051
描く(Draw) .............................................................................................................................................. 1052
削除(Remove) ......................................................................................................................................... 1052
一般(General) .......................................................................................................................................... 1052
機器(Equipment)(ゾーンレベル、詳細取得モデルオプション選択時の機器タブ) ................................ 1052
開始画面コンポーネントとテンプレート編集 ........................................................................................ 1052
現在選択されているモデルオブジェクトを編集..................................................................................... 1052
一般(General) .......................................................................................................................................... 1052
Go メニュー (Go Menu) ......................................................................................................................... 1052
ビューメニュ (View Menu) ..................................................................................................................... 1052
一般(General) .......................................................................................................................................... 1053
結果画面 (Results screens) ................................................................................................................... 1053
ライブラリー(開始画面) .......................................................................................................................... 1053
12.
モデリング時のアドバイス .................................................................................................................. 1055
計算(Calculations) .................................................................................................................................. 1059
風成換気(Wind-Driven Ventilation) ....................................................................................................... 1059
風の影響の除外(Excluding Wind-Effects) ............................................................................................. 1060
制限(Limitations) .................................................................................................................................... 1060
調節(Modulation) .................................................................................................................................... 1060
モデリング浸透(Modeling Infiltration) .................................................................................................. 1060
気密性スライダー(Airtightness slider) .................................................................................................. 1060
技術的詳細 (Technical details) .............................................................................................................. 1061
EnergyPlus スラブプリプロセッサを用いた 3-D モデリング(詳細) (3-D Modelling Using the
EnergyPlus Slab Preprocessor (Advanced)) ...................................................................................... 1066
建造物の結合 (Merging buildings)......................................................................................................... 1067
気流 (Airflow) .......................................................................................................................................... 1067
受動的トロンブ壁(Passive Trombe wall) .............................................................................................. 1069
機械換気トロンブ壁(Mechanically ventilated Trombe wall) ............................................................... 1069
トロンブ壁の事例 (TROMBE WALL EXAMPLE) ................................................................................... 1069
- 41 -
ダブルスキンファサード (Double Skin Facades) ................................................................................. 1071
背景 (Background) ................................................................................................................................. 1071
ダブルスキンファサードの例 (DOUBLE SKIN FACADE EXAMPLE) ................................................... 1072
モデリング検討事項 (Modelling Considerations)................................................................................. 1072
天空放射輝度モデル(Sky Radiance Model) ........................................................................................... 1074
AnisoSkyMult * DifSolarRad ................................................................................................................. 1074
天空長波放射のシャドーイング(Shadowing of Sky Long-Wave Radiation) ...................................... 1075
太陽光取得(Solar Gains) ........................................................................................................................ 1075
内外の窓から対流された太陽光拡散の初期分布 (Initial Distribution of Diffuse Solar Transmitted
through Exterior and Interior Windows).............................................................................................. 1076
地面反射率(Groud surface reflectance) ............................................................................................... 1076
地面反射(雪)(Ground Reflectances(Snow)) ......................................................................................... 1076
雪の太陽光反射変更(Snow reflected solar modifier) ........................................................................... 1076
雪の昼光反射変更(Snow reflected daylight modifier) ......................................................................... 1076
光線分布(Beam distribution) ................................................................................................................. 1076
拡散分布(Diffuse distribution) ............................................................................................................... 1076
外面から反射した太陽熱(Solar radiation reflected from exterior surfaces) ...................................... 1077
太陽光線と天空太陽放射の拡散反射 (Diffuse reflection of beam solar and sky radiation) .............. 1077
光線(Rays) ............................................................................................................................................... 1077
地面からの散乱日射の拡散的反射 (Sky Solar Radiation Diffusely Reflected from the Ground) ...... 1078
障害からの鏡面的反射された太陽光線放射 (Beam Solar Radiation Specularly Reflected from
Obstructions) ......................................................................................................................................... 1078
13.
参考 ...................................................................................................................................................... 1083
Compact HVAC (コンパクト空調) ファイルの生成プロセス ................................................................ 1086
フォルダ (Folders) .................................................................................................................................. 1086
推奨 (Recommended) ............................................................................................................................ 1088
Windows 7 .............................................................................................................................................. 1088
グラフィック・カード設定 (Graphics Card Settings) .......................................................................... 1088
Diagnostics (診断)ファイルを探す (Finding the diagnostics files) ................................................... 1089
他の関連情報 (Other related information) ............................................................................................ 1095
3D 厚板を示す DesignBuilder ゾーンの断面図 ..................................................................................... 1096
ブロック間パーティション (Inter-block partition) ................................................................................ 1096
(穴あり)壁 (Wall (with hole)) .................................................................................................................. 1097
EnergyPlus での(穴あり)壁 の表示 (Wall (with hole) representation in EnergyPlus) ...................... 1098
連結本体エッジ面 (Link body edge surfaces) ...................................................................................... 1099
EnergyPlus モデル (EnergyPlus model) .............................................................................................. 1103
EnergyPlus 負荷からの空調エネルギー消費の計算 (Calculation of HVAC Energy Consumption from
EnergyPlus loads) ................................................................................................................................. 1104
簡易 HVAC (Simple HVAC) .................................................................................................................... 1104
コンパクト HVAC (Compact HVAC) ..................................................................................................... 1104
DHW (簡易/コンパクト HVAC) (DHW (Simple and Compact HVAC)) ................................................. 1104
ASHRAE 90.1 参照 (ASHRAE 90.1 Reference) .................................................................................... 1105
設定点温度を満たしていない時間 (UNMET HOURS) ............................................................................ 1105
満たしていない時間の時間数を理解・解釈・計算する (Understanding/Interpreting/Calculating the
number of unmet hours) ....................................................................................................................... 1105
例 (Example) ........................................................................................................................................... 1105
制限 (Limitations) ................................................................................................................................... 1106
ポジショニング (Positioning) ................................................................................................................ 1106
地面からの反射 (Reflection from ground) ............................................................................................ 1107
データ復旧 (Data Recovery) .................................................................................................................. 1108
DesignBuilder で使用する基準 (Standards used in DesignBuilder).................................................. 1108
14.
EnergyPlus について .......................................................................................................................... 1115
ファイル > 転送メニューオプション (推奨) (File > Export menu option (recommended)) .............. 1117
EnergyPlus フォルダに in.idf をコピー (Copy in.idf in the EnergyPlus folder) ................................ 1117
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DesignBuilder Documentation
ツール > ディスプレーメニューオプション (Tools > Display menu option)....................................... 1117
DOE 実行 EnergyPlus シミュレーションオプション (DOE executable EnergyPlus simulation option)1117
DesignBuilder への ESO results ファイルの読み込み (Reading ESO results files back into
DesignBuilder) ....................................................................................................................................... 1118
EnergyPlus のバージョン互換性 (EnergyPlus Version Compatibility) .............................................. 1118
EnergyPlus IDF の窓寸法 (EnergyPlus IDF Window Dimensions) ................................................... 1118
EnergyPlus レポート変数を用いた DesignBuilder 出力計算 (Calculation of DesignBuilder Output
from EnergyPlus Report Variables) ..................................................................................................... 1119
環境/快適性 出力 (Environmental/Comfort Output) ............................................................................. 1119
EnergyPlus レポート変数(Report Variable) ......................................................................................... 1119
領域 .......................................................................................................................................................... 1119
注意* ........................................................................................................................................................ 1119
構造と換気 (Fabric and ventilation) ...................................................................................................... 1120
エアフロー (Airflow) ............................................................................................................................... 1121
内部取得 (Internal Gains) ....................................................................................................................... 1121
システム熱流量 (System Heat Flows) ................................................................................................... 1122
燃料分析(建物レベル) (Fuel breakdown (building level)) .................................................................... 1123
燃料合計(建物レベル) (Fuel totals (building level)) .............................................................................. 1125
CO2 生産(建物レベル) (CO2 production (building level)) ................................................................... 1126
現地気象データ (Site Weather data) ...................................................................................................... 1126
EnergyPlus の採光計算 (EnergyPlus Daylight Calculations) ............................................................ 1132
EnergyPlus 熱的快適性 (EnergyPlus Thermal Comfort) .................................................................... 1133
熱的快適性モデルの背景 (Background on Thermal Comfort Models) ............................................... 1133
熱的快適性予測のための数学的モデル (Mathematical Models for Predicting Thermal Comfort).... 1133
FANGER 快適モデル (Fanger comfort Model) ..................................................................................... 1134
予測温冷感申告 (PMV)と予測不快者率 (PPD) (Predicted Mean Vote (PMV) and Predicted Percentage
Dissatisfied (PPD))................................................................................................................................. 1134
PIERCE2 ノードモデル (Pierce Two-Node Model) .............................................................................. 1135
KSU2 ノードモデル (KSU Two-Node Model)........................................................................................ 1136
参考文献 .................................................................................................................................................. 1136
EnergyPlus データ定義 (EnergyPlus Date Definition) ....................................................................... 1137
注意 (Notes) ............................................................................................................................................ 1137
簡易 HVAC 暖房・冷房燃料 (Simple HVAC Heating and Cooling Fuel) ............................................. 1138
簡易&コンパクト HVAC DHW 燃料 (Simple and Compact HVAC DHW Fuel) ................................... 1138
コンパクト HVAC VAV/CAV ガス AHU/予熱コイル燃料 (Compact HVAC VAV/CAV Gas AHU/Preheat
coil Fuel) ................................................................................................................................................. 1138
コンパクト HVAC ユニタリ冷房燃料 (Compact HVAC Unitary Cooling Fuel) ................................... 1138
コンパクト HVAC ユニタリ暖房・冷房燃料 (Compact HVAC Unitary Heating and Cooling Fuel) . 1138
IDF Report (レポート)の可変のフォーマット (IDF Report Variable Format) ...................................... 1140
システムノード条件 (System node conditions) ................................................................................... 1140
公共料金解析 (Tariff Analysis) ............................................................................................................... 1140
ライフサイクル費用分析 (Life-cycle cost analysis) ............................................................................. 1141
RDD ファイル (RDD file) ........................................................................................................................ 1141
15.
サポート ............................................................................................................................................... 1151
チュートリアル (Tutorials) .................................................................................................................... 1152
はじめに (GETTING STARTED) ............................................................................................................. 1152
基本形状 (BASIC GEOMETRY) .............................................................................................................. 1152
基本モデルデータ (BASIC MODEL DATA) ............................................................................................ 1153
計算 (CALCULATIONS) .......................................................................................................................... 1153
自然換気 (NATURAL VENTILATION) .................................................................................................... 1153
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