分布式光伏发电与储能资源协同利用研究OACHSSCD

Distributed photovoltaic power generation systems are significantly affected by factors such as solar irradiance and weather conditions,resulting in notable volatility and intermittency in output power.This poses challenges to grid stability.While energy storage resources offer unique advantages in regulating power fluctuations and enhancing power quality,their coordinated utilization with PV systems faces multiple technical hurdles.By establishing photovoltaic power forecasting models,optimizing energy storage capacity allocation,implementing multi-agent collaborative control strategies,and applying flexible grid-connection technologies,system operational efficiency and economic performance can be effectively improved while ensuring compliance with power quality standards.Building on this foundation,the paper first introduces distributed photovoltaic power generation systems,then analyzes the challenges in coordinating photovoltaic and energy storage resources,and finally proposes corresponding mitigation strategies.