光热发电混合模式创新及长期效益分析
韩强，张之扬
（上海电气电站集团，上海201100）
摘要： 上海电气承接的全球最大的迪拜950 GW光热+光伏引起了能源领域的高度关注。跨能源混合电站模式除了光
热+光伏、生物质等新兴可再生能源外，还包括光热与燃气、煤电等传统能源的融合。相对独立的光热电站、光热混合
型电站能够降低平准化度电成本，远期效益显著，运营效果上能够提升电厂的灵活性和增加分布式的应用，将作为一种
最具前景的太阳能发电技术趋势推动太阳能新兴市场的快速发展。
关键词： 太阳能；光热混合发电；混合电站；多级能源互补
中图分类号： TM615 文献标识码： A 文章编号： 2095-0802-(2019)07-0065-03
Innovation and Long-term Benefit Analysis of Hybrid Mode of Photothermal Power Generation
HAN Qiang, ZHANG Zhiyang
(Shanghai Electric Power Station Group, Shanghai 201100, China)
Abstract: Dubai 950 GW photothermal+photovoltaic, the world's largest project undertaken by Shanghai Electric Group Co.,
Ltd., has attracted great attention in the energy field. In addition to new renewable energy sources such as photothermal +
photovoltaic and biomass, the model of cross-energy hybrid power plants also includes the integration of photothermal and
traditional energy sources such as gas and coal -fired power. Relatively independent photothermal power plants and hybrid
photothermal power plants can reduce the levelized cost of energy, achieve significant long-term benefits, improve the flexibility of
power plants and increase the distributed application, which will be the most promising trend of solar power generation technology
to promote the rapid development of solar emerging markets.

Key words: solar energy; photothermal hybrid power generation; hybrid power station; multilevel energy complementary