Abstract
ABSTRACTSince the 1990s, solar energy has been hybridized with fossil power plants to improve reliability and efficiency. Hence, this study proposed a methodology to thermodynamically model the solar–coal hybrid system. A conventional 200 MW coal-fired power plant was hybridized with solar heat at approximately 300°C and compared with the Solar Energy Generating Systems VI type. The annual thermal performances of the proposed system were assessed using the established thermodynamic methodology. The appropriate replacement configurations for the system can be determined to enhance solar-to-electricity efficiency. Therefore, this system may utilize solar energy on the utility scale effectively.
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