SolarMax TP series

SolarMax TP series
The small three-phase inverter for residential solar plants
Change requires new solutions
The number of residential PV plant installations has increased continuously with
the reduction of system prices. At the same time there has been an increased
requirement for smaller string inverters. Along with high efficiency and diverse
communication functions, small-scale PV power plants must provide an increasing
contribution to grid stability maintenance. One measure for reducing generation
peaks in the public grid includes the uniform feed-in of the solar current using all
network phases.
With the SolarMax TP series, we have built upon tried and tested platforms. The
TP series is characterized by high levels of power density, is extremely compact, and
easy to handle. Its three-phase topology makes the TP series suitable for use in
numerous grid regions. Furthermore, the TP series provides the grid operator with
greater transparency and supports the operator regarding the ideal plant operation
through its comprehensive features. The TP series leaves nothing to be desired.
“For us, a broad product range providing
our customers with the highest possible
flexibility is important. The products and
services of SolarMax provide us with
exactly this flexibility.”
Individual tracker
concept
Thanks to a dual tracker concept, the TP series is
extremely suitable for east-west roofs. Odd numbers of modules or output tolerances do not constitute any limitation either. The solar power plant can
thus be designed more ideally to the consumption
profile of the household. Ideal for increasing the
natural self-consumption.
Three-phase
grid connection
Thanks to the three-phase feed-in, the output is
distributed uniformly to all three phases. This way,
generation peaks result in less asymmetries in the
grid. With the TP series fitters play it safe and meet
the increased requirements when connecting residential PV plants to the grid.
Versatile connection
area
Due to the simple connection concept, the TP series
can be installed in the twinkling of an eye – this
saves time and money. The divided area includes
the communication connections and external
interfaces, along with the grid connection. For
example, data from an external counter can be read
in in order to intelligently control electrical loads.
Direct Internet connection
The free MaxView allows for long-term and location-independent plant monitoring without an external data logger. Plug&Play is used in order to
directly connect the TP series to commercially
available Internet routers. This way, the plant can be
monitored at any time on site or in transit. Simply
register the inverters and plants at maxview.
solarmax.com once – and get started.
www
Internet router
Plant operators can use the home network in order
to view current output and operating data, as well
as the yield values of their plant at any time.
MaxView can be used on the computer with any
web browser or is available as a free app for IOS
and Android.
Digital I/O
Professional configuration via
notebook
In order to individually configure the inverter, the
free MaxTalk software is available. This offers numerous setting and diagnostics options – countryspecific at that. The connection to the inverter is
performed immediately using Plug&Play.
Reducing the electricity bill
The integrated I/O interfaces are capable of both
reading in data from an external energy counter
and switching controllable electrical loads. This
way, the self-consumption of the self-generated
PV power can be increased without further ado.
This provides for independence and reduces the
annual electricity bill.
Maximum
conformity
Maximum
comfort
Thanks to the three-phase grid connection, the increased requirements of the grid operators regarding residential PV plants are complied with ideally.
External interfaces and the integration of Plug&Play
standards make planning and installation easier.
Maximum
flexibility
Maximum
safety
A broad voltage range, as well as the dual tracker concept allow for flexible and individual plant
planning.
With warranty extensions of up to 25 years, plant
operators minimise their financial risk in the long run.
Maximum
self-consumption
Maximum
communication
Plant operators can use the integrated current
self-consumption features to efficiently reduce their
electricity bill.
The direct connection to the Internet renders the
plant data retrievable via smartphone, tablet, or
computer from everywhere.
Specifications
Input values
MPP-voltage range1)
Control range
Minimum DC voltage
Maximum DC voltage
Maximum DC current
Number of MPP-Trackers
Maximum PV generator output power per MPPT
Number of string connections
Connection type
Output values
Rated output power 2)
Maximum apparent output power 2)
Maximum AC current
Nominal mains voltage
Mains nominal frequency / range
Power factor cos(φ)
Distortion factor at rated output power
Connection type
Grid connection
Power input at night
SolarMax 4TP
420 ... 750V
250 ... 840V
250V
900V
10A
1
5,000Wp
1
4,000W
4,000VA
3 x 6.5A
97.5%
96.0%
Max. efficiency
Euro efficiency
Ambient conditions
Protection class
Ambient temperature range (for rated power output)
Relative humidity
Maximum operating level above sea level
Fire protection class
Configuration
Display
Inverter topology
DC disconnector
Data logger
Interfaces
Data communication
Status signaling contact
Connection ripple control signal receiver
Connection lightning protection monitor
Connection to external grid monitoring
Connection to external energy counter
Weight &
dimensions
Weight
Dimensions (W x H x D)
Warranty
Standard warranty
Warranty extensions
20kg
100.0
Efficiency [%]
97.5
360 VDC
580 VDC
650 VDC
90000471
2014/06 en
90.0
87.5
40
50
21kg
21kg
All rights, amendments and errors reserved.
SolarMax 7TP2 efficiency curve
30
21kg
5 years
to 10, 15, 20, or 25 years
for AC rated power output at symmetrical design
Depending on the country setting, deviating values are possible. Details at www.solarmax.com
Output power [%]
97.6%
96.7%
476 x 360 x 180mm
2)
20
97.6%
96.6%
RS485 / Ethernet (Plug&Play)
integrated
integrated
integrated
integrated
S0
1)
10
97.6%
96.5%
EN 61000-3-2 / EN 61000-3-3 / EN 61000-6-2 / EN 61000-6-3
VDE 0126-1-1 (A1:2012/ 2013) / VDE-AR-N 4105 /
UTE C15-712-1 / E8001-4-712
IEC/ EN 62109-1/ -2
Device safety
0
7,000W
7,000VA
3 x 10.2A
LC graphics display with backlighting and status LED
transformerless
integrated
Energy yield, peak output, and operating duration of the last 31 days, 12 months, 10 years.
Performance curves of the last 7 days.
Internal, AC/DC sensitive
Aluminum / plastic ASA+PC
Requirement class D (VDE 0675-6) and/or type 3 (EN 61643-11)
EMC
Grid connection
92.5
6,000W
6,000VA
3 x 9.5A
IP 65
-20°C…+60°C (+45°C)
0…100% (condensation)
2000m
UL94 V0
Fault current monitoring
Housing / service cover
Overvoltage conductor, DC and AC
95.0
5,000W
5,000VA
3 x 7.5A
SolarMax 7TP2
360 ... 750V
250 ... 840V
250V
900V
10 + 10A
2
5,000Wp
2
3 x 400V
50Hz / 45Hz…55Hz
Adjustable from 0.8 overexcited to 0.8 underexcited
< 3%
Terminal (2.5 – 10mm2)
Three-phase (L1 / L2 / L3 / N / PE)
< 0.1W
Efficiency
Standards & guidelines
SolarMax 5TP2
SolarMax 6TP2
260 ... 750V
310 ... 750V
250 ... 840V
250 ... 840V
250V
250V
900V
900V
10 + 10A
10 + 10A
2
2
5,000Wp
5,000Wp
2
2
Wieland PST40i1 (identical to MC4)
60
70
80
90
100

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