现代电力2024，Vol.41Issue(4)：727-738,12.DOI:10.19725/j.cnki.1007-2322.2022.0259
考虑移动式储能辅助的有源配电网多目标孤岛运行策略
Multi-objective Islanding Operation Strategy of Active Distribution Network Considering the Assistance of Mobile Energy Storage System
摘要
Abstract
As the proportion of renewable energy in the distri-bution network continues to increase,problems such as voltage exceeding limits that affect the stable and economic operation of post-disaster distribution network islands become more prominent.In order to effectively solve the voltage exceeding limit problem in isolated islands and consider the operational economy,a multi-objective isolated island operation strategy considering the assistance of mobile energy storage system for active distribution networks was proposed.Firstly,voltage con-trol and economic operation of active distribution network is-lands can be theoretically proven to be achieved through the op-timization of both active and reactive power.Secondly,using mobile energy storage as an auxiliary resource,taking minimiz-ing node voltage deviation and total cost during islanding oper-ation as an objective,a multi-objective islanding operation model for an active distribution network was established,and the Pareto optimal solution set was obtained by using the ε-con-straint method.Finally,an IEEE 33 bus distribution system was taken as an example to verify the effectiveness of the proposed strategy.The results show that the proposed strategy can syner-gistically optimize the active and reactive power output of dif-ferent power sources after island partition,allowing for the op-erational economy while eliminating the risk of voltage exceed-ing limits in post-disaster distribution network islands.关键词
孤岛运行/移动式储能/多目标/ε-约束法/有功无功协同Key words
islanding operation/mobile energy storage sys-tem/multi-objective/ε-constraint method/active and react-ive power coordination分类
信息技术与安全科学引用本文复制引用
李可铭,王育飞..考虑移动式储能辅助的有源配电网多目标孤岛运行策略[J].现代电力,2024,41(4):727-738,12.基金项目
上海市科技创新行动计划(22010501400)Project Supported by Shanghai Science and Technology Innovation Action Plan(22010501400) （22010501400）
