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Information × Registration Number 0220U100225, 0119U103289 , R & D reports Title Development of innovative energy-efficient air conditioning technology for integrated thermal power plants popup.stage_title Head Hrych Artem V., к.т.н. Registration Date 14-01-2020 Organization Admiral Makarov National University of Shipbuilding popup.description2  There are more than one hundred autonomous power and thermal power plants in Ukraine, and there must be thousands in line with the global trend of decentralization of energy supply. The fuel economy and power generation of the drive motors of the power generators fall into the warm season due to the high inlet air temperatures. The traditional cooling of all engine air inlet, from which it is sucked by the engines, is associated with significant energy costs and insufficient depth of cooling of the engine air cycle through the heat inflows outside and the heat dissipation in the engine room separated from the engines themselves. The approach to air conditioning of thermal power plants is proposed, which is based on the concept of the engine room as the only one with the driven engines of the power complex "engine room-gas engine", whose efficiency and safe operation depends on the air temperature at the inlet of the engines. Based on this concept, air cooling at the inlet of the engines is carried out according to the principle of zonal air conditioning with the supply of cooled air directly to the inlet of the engines, and the zones of intensive heat dissipation - ventilation, which due to more than twice smaller volumes of cooled air and the absence of heat inflows into them. costs. Deep air inlet at the inlet of the engines is carried out on a two-stage principle using high-efficiency absorption bromistolithium refrigerators in the first high-temperature degree of air cooling up to 15 ° C and electric-driven steam-compressor refrigerators in the low-temperature degree of air cooling at the inlet of 10 C°. Product Description popup.authors Kornienko Viktorya S. Pyrisunko Maksim A. Portniy Bogdan S. Radchenko Roman M. popup.nrat_date 2020-04-02 Close