有源配电网多元资源协同调控研究实践
Research and Practice on Multi-resource Synergistic Regulation of Active Distribution Networks
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摘要: 针对分布式电源接入、新能源出力随机、主变重载等问题,以杭州市萧山区电网为研究载体,搭建以主变多备群控为核心的多元资源协同调控体系,构建全场景协同控制方案,解决主变N–1校核不达标、区域设备重载等问题,提升电网供电可靠性与清洁能源消纳水平。Abstract: Aiming at DG integration, random renewable output and main transformer overload, this paper takes Xiaoshan power grid as the object to establish a multi-resource collaborative control system centered on main transformer multi-standby group control and form a full-scenario strategy. It addresses non-qualified N-1 check and regional equipment overload, improving power supply reliability and clean energy accommodation.
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