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Exergy Analysis and Performance Analysis on Oxygen-Hydrogen Combustion Power Generation System
Journal of Japan Society of Energy and Resources
This paper presents thermodynamic analysis and exergy analysis in oxy-hydrogen cycle compared to gas turbine combined cycle (GTCC) with H2/Air combustion and GTCC with LNG/Air combustion, using thermal efficiency analysis software (EnergyWin®). First, the thermal efficiency for oxy-hydrogen cycle was clarified as functions of gas turbine inlet temperature and pressure. The overall thermal efficiency (LHV basis) of oxy-hydrogen cycle resulted in 2-11% points higher than that of GTCC with H2 ordoi:10.24778/jjser.42.5_325 fatcat:u32xbj5ov5hi7gi7smvb766xgu