首页|流域水风光多能互补清洁能源基地发展情况浅谈

流域水风光多能互补清洁能源基地发展情况浅谈

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从源网荷储一体化和多能互补发展的政策环境出发,结合我国水风光的资源分布和发电情况,分析将大型流域水电站周边一定范围内的光伏、风电就近接入水电站汇集打捆送出的优势,梳理了流域水风光多能互补清洁能源基地的开发原则和开发模式,分析了水风光出力互补特性.以雅砻江流域水风光多能互补清洁能源基地为例,总结典型流域水风光多能互补清洁能源基地的建设运行情况.
Development of Clean Energy Base with Hydro-wind-solar Multi-energy Complementary Integration in River Basins
In view of source-network-load-storage integration and the policy environment of multi-energy complementary development,we summarize the resource distribution and power generation of water and wind resources in China.On this basis,we expound the advantages of integrating photovoltaic and wind power generated near large-scale basin hydropower stations into adjacent hydroelectric power stations to achieve bundled output.Furthermore,we examine the development principles and modes of clean energy bases with hydro-wind-solar multi-energy complementary integration in the basin,and analyze the complementary characteristics of hydro-wind-solar power output.Additionally,with the Yalong River Basin as a case study,we summarize the construction and operation of clean energy bases with hydro-wind-solar multi-energy complementary integration in typical river basins.

river basinmulti-energy complementaryelectric power guaranteecomplementary outputnew energy consumption

李雨抒、李卫兵、邓友汉、蒋定国、汪磊

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水风光多能互补联合实验室,武汉 430014

中国长江三峡集团有限公司科学技术研究院,北京 100038

中国长江电力股份有限公司,武汉 430010

流域 多能互补 电力保障 出力互补 新能源消纳

湖北省科技重点研发计划

2022AAA007

2024

长江技术经济

长江技术经济

ISSN:
年,卷(期):2024.8(2)
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