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Efficiency analysis of trilateral-cycle power systems for waste heat recovery-to-power generation

Journal of Central South University 2016年第12期23卷 3160-3170页

作者： Habeeb A.AJIMOTOKAN Department of Mechanical Engineering University of Ilorin

Numerous innovative heat recovery-to-power technologies have been resourcefully and technologically exploited to bridge the growing gap between energy needs and its sustainable and affordable *** them,the proposed trilateral-cycle(TLC) power system exhibits high thermodynamic efficiency during heat recovery-to-power from low-to-medium temperature heat *** TLCs are proposed and analysed using n-pentane as working fluid for waste heat recovery-to-power generation from low-grade heat source to evaluate the thermodynamic efficiency of the *** different single stage TLC configurations with distinct working principles are modelled thermodynamically using engineering equation *** on the thermodynamic framework,thermodynamic performance simulation and efficiency analysis of the cycles as well as the exergy efficiencies of the heating and condensing processes are carried out and compared in their *** results show that the simple TLC,recuperated TLC,reheat TLC and regenerative TLC operating at subcritical conditions with cycle high temperature of 473 K can attain thermal efficiencies of 21.97%,23.91%,22.07% and 22.9%,*** recuperated TLC attains the highest thermodynamic efficiency at the cycle high temperature because of its lowest exergy destruction rates in the heat exchanger and *** efficiency analysis carried out would assist in guiding thermodynamic process development and thermal integration of the proposed cycles.

关键词： trilateral cycle waste heat recovery-to-power generation thermodynamic performance simulation efficiency analysis process development and integration

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