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考虑生态环境影响的四川省水风光一体化开发量分析

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水风光一体化多能互补成为我国能源建设必由之路,是实现碳达峰碳中和目标的重要途径。四川省水能、风能、光能资源聚集区又与生态脆弱区高度重叠,水风光一体化开发面临一系列新的生态环境问题。为此,采用地理信息数据和气象数据相结合的方法,研究了四川省内基于生态环境相容的风光资源的分布区域;根据风光资源强度分布,分析了金沙江流域、雅砻江流域、大渡河流域水风光一体化基地的风光资源开发潜力。本文研究所获结论可为四川省统筹水风光资源开发和生态环境保护提供技术参考。
Analysis of Integrated Development Quantity of Water Resources,Wind Resources,and Solar Resources in Sichuan Province Considering Ecological and Environmental Impact
The integrated development of water,wind,and solar resources has become an essential path for energy construction in China,and it is an important means to achieve the goals of carbon peak and carbon neutrality.The aggregation of water,wind,and solar resources in Sichuan Province overlaps significantly with ecologically fragile areas,posing a series of new ecological and environmental challenges for the integrated development of these resources.Therefore,this paper adopts a method that combines geographic information data with meteorological data to study the distribution of ecologically compatible wind and solar resources in Sichuan Province.Based on the distribution of wind and solar resource intensity,the paper analyzes the development potential of wind and solar resources in the integrated water,wind,and solar bases in the Jinsha River Basin,Yalong River Basin,and Dadu River Basin.The conclusions of this study can provide technical references for the coordinated development of water,wind,and solar resources and ecological environmental protection in Sichuan Province.

Water,wind,and solar resourcesmutual complementation of multiple energy sourcesecological environmentEcological conservation redline

马悦清、陈仕军、罗晶、燕科霖

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四川大学山区河流保护与治理全国重点实验室,成都 610065

水风光 多能互补 生态环境 生态保护红线

四川省生态环境保护科技项目计划-流域水风光储一体化开发生态环境影响评估体系研究项目

2023HB01

2024

四川环境
四川省环境保护科学研究院 四川省环境科学学会

四川环境

CSTPCD
影响因子:0.444
ISSN:1001-3644
年,卷(期):2024.43(5)