作者: Jianxing Wang , Liqiang Duan , Yongping Yang , Zhiping Yang , Laishun Yang
DOI: 10.1016/J.ENERGY.2018.12.054
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摘要: Abstract Solar aided coal-fired power generation (SAPG) has been attracted more and attentions in recent years. However, its integration optimization is a rather challenging work. Most of the studies are based on researches one or several certain schemes, no general system method (GIOM) considering all possibilities proposed. In this paper, model developed, which configured with 8 virtual molten salt heat exchangers (FHms) used to simulate any scheme different locations distributions. A SAPG Two plant 600 MWe supercritical studied. The results show that at relatively higher heliostat field (HFP) work conditions, energy should be injected into highest pressure feedwater heater (FHs) as priority. While lower HFP turbine distributed two FHs proportion instead fully FHs. performances both receiver block improved. solar-electric conversion efficiency obviously than Two.