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Dr.-Ing. Saeed Sayadi
- © Sayadi
Room 24
Tel.: +49 30 314 28449
Fax: +49 30 314 21683
E-Mail: s.sayadi(at)tu-berlin.de
Online Consultation Hours: Thursday, 12:00 - 13:00 (link)
Teaching
- Design, Analysis and Optimization of Energy Coversion Systems
- Summer University: Energy Efficiency in Power Generation and Refrigeration
- Computer-Aided Modelling and Simulation of Energy Systems
Research
Research focus:
- Dynamic application of exergy-based methods
- Design of exergy-based model predictive controllers
- Operational optimization of energy systems using exergy-based methods.
Research and industry projects:
Theses Supervision
Offered Theses
- Currently none
Ongoing / Completed Theses
- Carlota Teixeira Loureiro: Exergy, economic, exergoeconomic and exergoenvironmental analysis of a natural gas-fired combined cycle power plant, Forschungspraktikum, abgeschlossen, 2019
- Patrick Biegon: Exergoeconomic analysis of large scale heat pumps with the optimal selection of a working fluid, Masterarbeit, abgeschlossen, 2019
- Ecem Bökenheide: Model-based control and tolerance analysis of a selective catalytic reduction (SCR) exhaust gas after treatment system in a passenger car, Masterarbeit, abgeschlossen, 2019
- Alex Hidalgo Escrihuela: Design optimization of a cogeneration plant considering part-load operation and using an iterative exergoeconomic approach, Masterarbeit, abgeschlossen, 2019
- Vimalkumar Palaniswamy: Modelling and analysis of a solar cooling system by using the software TRNSYS for the supply of a cold storage (process modelling), Masterarbeit, abgeschlossen, 2019
- Nihan Yelkenci: Exergy-based evaluation of different control strategies for building energy systems under quasi-steady-state conditions, Masterarbeit, abgeschlossen, 2018
- Christian Ortiz Aldana: Simulation and exergoeconomic optimization of a cogeneration plant in full-load and part-load operations, Masterarbeit, abgeschlossen, 2017
- Amir Naghshejahan: Application of exergy-based methods to the main building of the E.ON Energy Research Center using monitored data, Masterarbeit, abgeschlossen, 2016
- Constantin Höher: Simulation eines solargestützten Heizungssystems zur Evaluierung von Regelungsstrategien, Masterarbeit, abgeschlossen, 2016
