电测与仪表Issue(6)：39-44,69,7.
计及分布式发电的动态无功优化
Dynamic Reactive Power Optimization with Distributed Generation
摘要
Abstract
With the time and space coupling of control device action and centralized accessing of distributed power generation, the problem of dynamic reactive power optimization for the power system becomes more complex and difficult. This paper proposes a dynamic reactive power optimization model and method considering distributed generations. Combining the load section and distributed generation day power curve, operational values of each discrete control device in different time sections are determined through the calculation of reactive power optimization. The authority of control device action is dispatched and adjusted according to the change of control device values in each section. The time- pace coordination of different control actions and the optimum distribution of system reactive power are achieved. Therefore, the stability and economy of the power system is improved. Simulation shows that the reactive power optimization model and method are feasible and effective.关键词
动态无功优化/分布式发电/日功率曲线/动作解耦/电力系统Key words
dynamic reactive power optimization/distributed generation/day load curve/action coupling/power System分类
信息技术与安全科学引用本文复制引用
蔡昌春,张建勇..计及分布式发电的动态无功优化[J].电测与仪表,2014,(6):39-44,69,7.基金项目
常州光伏系统集成与生产装备技术重点实验室开放基金；江苏省输配电装备技术重点实验室开放基金 （）
