水利学报2023，Vol.54Issue(11)：1298-1308,11.DOI:10.13243/j.cnki.slxb.20230378
计及水库运行约束的极端气象场景下抽蓄电站优化调度研究
Optimization scheduling of pumped-storage power stations under extreme weather scenarios considering reservoir operation constraints
摘要
Abstract
Under extreme weather conditions,wind and photovoltaic power generation are non-synchronized de-cline,resulting in an increase in system regulation requirements.Pumped-storage power stations need to operate flexibly to fill the gaps and maintain power supply-demand balance and grid stability.To simplify the hydroelectric conversion relationship,coefficients for"water level drop per unit of electricity stored"and"electricity consumed per unit of water level rise"are used to establish a balanced water extraction model based on upper reservoir water level control as the operating boundary conditions for pumped-storage power station.Considering extreme weather conditions such as heatwaves,cold waves,typhoons,sandstorms,and haze,a high-efficiency and economic op-timization scheduling model for pumped-storage power systems with unsynchronized wind and solar power generation is established.This model helps to alleviate the impact of extreme weather on power balance by balancing power consumption during peak demand.The feasibility and validity of the proposed constraints and models are verified through numerical examples,and the research can provide decision support for power systems to cope with sudden meteorological processes using pumped-storage power stations.关键词
水库运行/极端气象场景/优化调度/抽水蓄能电站Key words
reservoir operation/extreme weather scenarios/optimization scheduling/pumped-storage power station分类
建筑与水利引用本文复制引用
彭煜民,刘德旭,王雪林,杨迎,陈满,钟海旺..计及水库运行约束的极端气象场景下抽蓄电站优化调度研究[J].水利学报,2023,54(11):1298-1308,11.基金项目
南方电网科技项目(020000KK52210005) （020000KK52210005）
