浅谈水风光一体化在金沙江流域的典型应用

Discussion onTypical Application of Water-wind-photovoltaic Integration to Jinsha River Watershed

摘要:

为实现“二氧化碳排放力争于2030年前达到峰值，努力争取2060年前实现碳中和”的目标，非化石能源消费在终端能源消费的占比中需不断提升。金沙江流域风光水资源丰富，具备一定的出力互补特征，依托存量及增量的大中型水电站的调节能力和送出通道，具备“风光水一体化”开发应用的基础和优势。本文将结合金沙江流域的研究成果，对风光水多能互补应用研究的关键问题加以探讨。

Abstract:

In order to achieve the goal of "striving to reach the peak of carbon dioxide emissions by 2030, and striving to achieve carbon neutrality by 2060", the proportion of non-fossil energy consumption needs to achieve a continuous growth. The Jinsha River Basin is rich in wind and wind water resources who have complementary output characteristics. Relying on the adjusting abilities of large and medium-sized hydropower stations which are under construction or already in operation, the basin owns the foundation and advantages of the "water-wind-photovoltaic integration". Combined with the current research results of Jinsha River Basin, a series of key issues in the development of multi-energy complementary are discussed.