IMPROVING THE EFFICIENCY OF HEAT UTILIZED POWER PLANTS WITH LOW BOILING WORKING BODIES UNDER REGIMES CHANGE
Keywords:
heat recovery unit, gas turbine plant, waste heat recovery, thermodynamic cycle, low-boiling working body
Abstract
Important scientific and applied issues of selecting the operating range of heat utilized power plant (HUPP), development of ways to increase the efficiency of the plant under variable modes and changing atmospheric conditions are discussed and solved in the paper. Methods and program of thermodynamic and thermal calculation of HUPP in conditions of limited power heat source for the selected thermal difference are improved.
References
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B.Bileka. Features of choice of initial parameters for waterless Rankine cycle power plants utilizing waste heat of the drive gas turbines of compressor stations / B.Bileka, V.Kabkov, R.Serhiienko // Herald of aeroenginebuilding. - 2011. - № 2(25)/2011. - C. 138-141.
R.Serhiienko. Ways to improve the efficiency of the working cycle of heat utilized power plants with low-boiling working bodies / R.Serhiienko, B. Bileka, V.Kabkov // Aerospace technic and technology - 2012. - Bun. 8(95). - C. 38-42.
N.Radchenko. Analysis of cooling air efficiency at the inlet of gas turbine engines in hot climates / N.Radchenko, R.Elgebri // Gas Turbo Technology. - 2013. - № 4 (115). - C. 34-39.
N.Radchenko. Energy resource saving intracyclic trigeneration at gas turbine compressor stations / N.Radchenko, R.Radchenko // Aerospace technic and technology. - 2011. - № 10(87). - C. 98-103.
Patent of Ukraine for utility model № 78347 // Combined power plant for the gas transportation system // B.Bileka, R.Serhiienko / The Institute of Engineering Thermophysics. № u 201212143, 11.03.13, B. № 5.
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Published
2017-11-16
How to Cite
Serhiienko, R. (2017). IMPROVING THE EFFICIENCY OF HEAT UTILIZED POWER PLANTS WITH LOW BOILING WORKING BODIES UNDER REGIMES CHANGE. Thermophysics and Thermal Power Engineering, 37(4), 80-87. https://doi.org/https://doi.org/10.31472/ihe.4.2015.09
Section
Energy Conservation
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