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  4. Anfahren und transientes Verhalten von Kraftwerken, Untersuchung von Dampfkraftprozessen und kombinierten Gas- und Dampfprozessen mit CO²-Abtrennung unter den Randbedingungen einer hohen fluktuierenden regenerativen Einspeisung
 
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Akronym
DYNSTART
Projekt Titel
Anfahren und transientes Verhalten von Kraftwerken, Untersuchung von Dampfkraftprozessen und kombinierten Gas- und Dampfprozessen mit CO²-Abtrennung unter den Randbedingungen einer hohen fluktuierenden regenerativen Einspeisung
Förderkennzeichen
03ET7060B
Funding code
945.02-555
Startdatum
August 1, 2015
Enddatum
June 30, 2019
Award URL
https://www.tuhh.de/alt/technische-thermodynamik/research/recent-projects/dynstart.html
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Funder
Bundesministerium für Wirtschaft und Klimaschutz (BMWK)  
Projektträger
Forschungszentrum Jülich  
Institut
Technische Thermodynamik M-21  
Regelungstechnik E-14  
Projektleitung
Schmitz, Gerhard  
Werner, Herbert  
Mitarbeitende
Marx-Schubach, Thomas  
Voss, Sophia  
Schug, Ann-Kathrin
Göttsch, Patrick  orcid-logo
Within the framework of this research project, the possibilities of steam power plants with and without CO2 separation for the provision of residual load considering the state of the art in residual load operation as well as on startup and shutdown operation shall be examined and limitations of these operating modes shall be demonstrated. The aim is to investigate the potential of modern multi-variable control concepts for improving the control quality. This is to improve the ability of power plants to meet the needs of the grid. The result should allow a clear statement as to whether the considered power plants with and without CO2 separation are able to compensate for supply gaps of the fluctuating power generation and whether the CO2 separation increases the flexibility of the low load operation or the start-up and shutdown process compared to conventional power plants without carbon capture or at least keep the same amount of flexibility. Furthermore, statements are to be made about the profitability of these processes under these boundary conditions.
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