基于随机生产模拟的BIPV区域仓库DG优化配置

Optimal DG Configuration in BIPV Regional Warehouses Based on Random Production Simulation

区域仓库具有占地面积大,采光和风力资源丰富等特点,采用光伏建筑一体化(building integrated photovoltaics,BIPV)具有天然的优势。基于随机生产模拟算法对BIPV区域仓库的分布式电源配置方案进行计算,评估不同方案下的系统经济性和运行可靠性,为综合分析BIPV区域仓库的环境友好型结构,考虑了光伏屋顶的随机出力等因数的影响。最后通过算例验证了不同分布式电源(distributed generation,DG)配置方案对系统运行可靠性和经济性的评估影响。

The regional warehouse has such characteristics as large area,good lighting and abundant wind resources.Adoption of building integrated photovoltaics(BIPV)has natural advantages.Based on the random production simulation algorithm,distributed generation(DG)configuration schemes of the BIPV regional warehouse were calculated to evaluate system economy and operational reliability of different schemes.For the purpose of comprehensive analysis of the environment-friendly structure of the BIPV regional warehouse,the influence of random output of photovoltaic roof and other factors was taken into account.Finally,an example was used to verify the influence of different DG configuration schemes upon the evaluation of system reliability and economy.