Coordinated optimization of operation strategy and capacity of energy storage equipment in distribution network
With the large-scale integration of new energy sources such as wind power and photovoltaic power generation,the requirements for power quality and voltage stability in distribution networks are becoming increasingly high.However,the integration of distributed power sources and energy storage devices into the power grid will have a certain impact on the distribution network.Reasonable utilization of energy storage devices is an effective means to improve the quality of power supply and reduce energy loss in the distribution network.In order to improve the operational efficiency and reliability of energy storage equipment,control strategies based on battery management systems,energy management systems,maximum power point tracking,predictive models,and energy recovery are particularly important.These strategies can ensure the normal operation of energy storage equipment,real-time monitoring,adjusting charging and discharging status,optimizing energy utilization,improving conversion efficiency,and achieving reliable energy supply.Due to the direct relationship between the normal operation of energy storage equipment in distribution networks and energy storage capacity,coordinating and optimizing the operation strategy and capacity of energy storage equipment in distribution networks is of great significance for promoting the development of energy storage science.
distribution networkenergy storage equipmentoperation strategycapacitycoordination and optimization
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