Abstract
The subject of this article is methods of complicating the cycles of microgas turbine plants (MGTP) in order to further increase their efficiency. The direction of a deeper utilization of the heat of exhaust gases from MGTP was chosen, turning it into work in the organic Rankine cycle (OCR) plant. It has been established that the costeffectiveness of MGTP with OCR is dependent on the configuration of MGTP, OCR and the type of refrigerant and is higher than the basic configuration of MGTP by 4... 15%. It is shown that to increase the versatility of combined MGTP, it is possible to use plants with a switching heat flow, supplemented by renewable energy sources, to conduct separate optimization of the basic MGTP and the OCR plant.
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