海洋平台分布式风光柴储互补能源系统的优化设计OA

A distributed wind-PV-diesel-storage complementary energy system has been designed based on research on the energy system of offshore platforms.This paper first introduces the typical structure of a distributed wind-PV-diesel-storage complementary energy system.Then,the key components of the energy system are optimized to better adapt to the operating conditions of offshore platforms.Finally,the energy management strategy of the energy system is verified through experiments.The analysis results show that by optimizing the installation inclination angle of the PV array,the daily average power generation capacity balance of the wind turbine and PV array in the energy system in each month of the year has been improved.By adopting and optimizing distributed energy management control strategy,the energy utilization efficiency of wind and solar energy has been improved,and the stability of the power supply of the energy system has been enhanced.The energy management strategy is validated through experiments to meet the design requirements of the energy system under various operating conditions.