基于PVsyst的某地区火车站BIPV系统仿真与优化设计

Simulation and Optimization Design of BIPV System of a Regional Railway Station Based on PVsyst

以山东淄博市火车站为例,应用PVsyst软件对光伏建筑一体化(BIPV)系统进行仿真研究,探讨了建设光伏系统的可行性,计算了光伏阵列安装的最佳朝向,并选择合适的光伏组件、逆变器等,进行光伏发电系统设计,预测分析其年发电量为1 008 MW·h,系统在3-9月份发电量较高,系统损失为4.77%。实践表明,利用PVsyst软件对BIPV系统进行仿真与设计优化,效果达到预期。

Taking Zibo Railway Station in Shandong Province as an example,PVsyst software is used to simulate the building-integrated photovoltaic(BIPV)system,and discuss the feasibility of building a photovoltaic system.By calculating the optimal direction of photovoltaic array installation and selecting the appropriate photovoltaic modules and inverters,the photovoltaic power generation system is designed to predict the power generation.The annual power generation is analyzed and predicted to be 1008 MW·h.The system generates higher electricity power during the period from March to September with the system loss of4.77%.It proves effective to use PVsyst software to simulate and optimize the design of BIPV system,and achieves the expected result.