Ь × × игд Хг а дж и к гвижга г × в а огв гвижгаа ж игж и в знзи б

Universität Stuttgart
Institut für Systemtheorie und Regelungstechnik
Prof. Dr.–Ing. Frank Allgöwer
Thesis topi
Model
preditive
ontrol
of
a
single
zone
ontrolled radiator heating system
Description: Electronic RF radiator valve controllers
provide the possibility to integrate the heat sink of residential
buildings into the overall control of heating systems in order
to harmonize heat request and supply. In the past a lot of
possible control solutions have been developed to optimize
such a system regarding room comfort and efficiency of heat
generation. As common radiator valve controllers are driven
by batteries, the battery lifetime is more and more in focus to
not annoy the customer by the need to change batteries too
frequently. The battery lifetime depends strongly on the
control actions of radiator valves. In the past different model
predictive control approaches have been tested in simulation
and show promising results to increase battery lifetime.
However, due to complexity and the high requirements for
computational power there is still a huge gap between
simulation and implementation in a product.
The goal of this project is to develop and evaluate
alternatives for already existing single room MPC algorithms.
Here, also complexity, robustness and computational
requirements should be taken into account such that the
developed methods have a realistic potential for being
implemented in a product.
Supervisor:
Matthias Müller
Zimmer 3.240
Area:
Model predictive control
Optimization
Heating systems
Properties:
Typ: SA/MA
20% Literature
10% Theory
70% Simulation & Implementation
The project will be carried out at Bosch Thermotechnik
GmbH.
Prerequisites:
• Lectures Konzepte der Regelungstechnik and Model
Predictive Control
Start:
any time
• Skills in Matlab & Simulink
Weitere Informationen: www.ist.uni-stuttgart.de/lehre und studium/bama

Download Report