现代电力2025，Vol.42Issue(2)：238-246,9.DOI:10.19725/j.cnki.1007-2322.2023.0109
基于动态减载的风蓄联合优化运行与调频控制策略
Optimal Operation and Frequency Regulation Control Strategy for Wind and Pumped Storage Unit Combined System Based on Dynamic Deloading
摘要
Abstract
Under the dual carbon target,the penetration rate of renewable energy sources is increasing year by year.However,the random fluctuation of their output poses great challenges to the frequency security and stability of the power system.En-abling active participation of the renewable energy sources unit in frequency regulation and their joint participation with en-ergy storage is an important way for the evolution of the novel power system from the perspective of dispatching.To address this issue,a wind turbine dynamic deloading control strategy was proposed based on the wind power reserve control meth-od which quantifies the frequency control capacity supply un-der different wind conditions.By combining the frequency reg-ulation characteristics of the pumped storage unit under various operating conditions,characterizing the uncertainty of wind power and load fluctuations in the form of chance constraints and setting system frequency regulation reserve constraints,a wind-storage joint optimization operation model based on dy-namic deloading was established,and various wind-storage joint frequency control strategies were proposed.Numerical ex-amples demonstrate that the proposed method can promote the consumption of wind power and optimizes the economic viabil-ity of wind storage combined systems while ensuring system frequency safety as well.关键词
功率备用控制/机会约束规划/动态减载调频/调频特性/优化调度Key words
power reserve control/chance constrained pro-gramming/dynamic deloading frequency modulation/fre-quency regulation characteristics/optimal scheduling分类
信息技术与安全科学引用本文复制引用
刘新元,赵书强,王金浩,薄利明,胡永强,李志伟..基于动态减载的风蓄联合优化运行与调频控制策略[J].现代电力,2025,42(2):238-246,9.基金项目
国网山西省电力公司科技项目(520530200015).Project Supported by Science and Technology Project of State Grid Shanxi Electric Power Company of China(520530200015). （520530200015）
