Optimum power modeling in combined turbine-steam systems

The global energy crisis, generation, transmission, distribution system losses and increased energy consumption have led to increased necessary and appropriate incentives to switch to local production (retail).It is recommended more and more to use combined turbine-steam optimum power systems to make local production more efficient. In this thesis, the importance of local production using CCHP systems is discussed. Different CCHP system types are analyzed for the investigation and selection of CCHP systems. The main cycle and actuator type, selection constraints depending on the amount of heat and power demand, are examined in terms of application types. In the study, technological developments in combined turbine-steam optimum power systems were examined, and the problems arising from the integration and maintenance of large-powered power plants into transmission and distribution networks across the country were examined. Benefits such as reduction of energy losses, environmental problems, passive defense and rapid return of system capital have been proven by mathematical and simulations and forward-looking suggestions have been made.