现代电力2025，Vol.42Issue(5)：856-866,11.DOI:10.19725/j.cnki.1007-2322.2023.0314
基于非对称参数控制的配电网光伏容量与调控能力的协调优化方法
Coordinated Optimization Method for Photovoltaic Capacity and Regulation Capability in Distribution Networks Based on Asymmetric Parameter Control
摘要
Abstract
The increasing penetration rate of distributed PV leads to the degradation in voltage quality and operation economy due to the uncertainty in its output,seriously restricting the further consumption of distributed PV.To address this issue,this paper proposes a joint optimization method for distributed PV capacity,controllable PV location,inverter capacity,and control parameters considering cost constraints.First,an asymmetric parameter control model is built based on the changes in operating scenarios and the reactive power regulation capability of photovoltaic inverters.Subsequently,constrained by control construction and operation costs,a two-layer optimization model is established to coordinate distributed PV grid-connected capacity,inverter coordination capability,as well as the coordination of the control parameters.And a two-stage solution process of optimization scheme formation and probabilistic constraint index scheme calibration is proposed considering the impact of short-term fluctuation uncertainty of photovoltaic and load.Finally,the model is verified by the IEEE 33 node arithmetic example.In addition,the effects of asymmetric parameters,controllability of the inverter,cost constraints on the PV admittance capacity and source-load uncertainty on the voltage control are investigated,which offer valuable references for non-developed regions seeking to enhance their PV grid-connected capacity.关键词
分布式光伏容量/光伏逆变器/就地控制/非对称参数/成本约束Key words
distributed photovoltaic capacity/photovoltaic inverter/in-situ control/asymmetric parameters/cost constraints分类
信息技术与安全科学引用本文复制引用
刘文霞,张博,白亚玲,吕笑影,鲁宇..基于非对称参数控制的配电网光伏容量与调控能力的协调优化方法[J].现代电力,2025,42(5):856-866,11.基金项目
国家电网有限公司科技项目(2021JBGS-03).Project Supported by Science and Technology Foundation of State Grid Corporation of China(2021JBGS-03). （2021JBGS-03）
