输配气场站采用太阳能发电的技术可行性研究

Technical Feasibility Study on Solar Power Generation for Gas Transportation and Distribution Station

以成都市为例对四川地区的气象条件进行分析,根据日均气象辐射量计算太阳能的理论发电量,并根据某配气站实际电能消耗情况进行理论计算,对比得出:选择最大输出功率为24 kW的山特3C3-30 KS UPS作为逆变器,2组并联电压384 V的电池组,太阳能电池板阵列面积达到187 m2以上,可满足样本配气站的日常用电需求。

Based on Sichuan' s meteorological conditions and the average daily solar radiation, theoretical generated capacity of solar energy is calculated in this paper. According to the calculation results of actual electric energy consumption of a certain gas station, it is concluded that using the maximum output power of 24kW Santak 3C3-30KS UPS as inverter, two groups of shunt voltage 384V battery pack and solar panel array area of more than 187m2can meet the daily electricity demands of the sample gas distribution station.