engleski

Study and Analysis the Performance of an Integrated Solar Combined Cycle Power Plant

Concentrating solar thermal system (CSP) have recently introduced as solar technologies that used for electrical power generation by heating a working fluid to high operating temperature (>300 degC) and combining it with a thermodynamic power cycle. The performance of integrated solar combined cycle (ISCC) are analysed and compared with reference combined cycle in this study. Detailed models of the proposed cycles were developed in Microsoft excel environment to evaluate the cycle’s performance. The results show that the power of steam bottoming cycle is increased to about 23 MW by solar, that is about 9 % of total power of ISCC at the central hours of the day on the summer. The annual solar share of electrical energy is approximately 68.7 GWh and annual reduction in CO2 emission are approximately 25417 tons

Concentrated Solar Power ; Integrated Solar Combine Cycle ; Concentrated Solar field ; Energy Efficiency ; CO2 reduction

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