CAJ | 학술논문

通过太阳能光伏电池仿真模型和光伏阵列计算模型，分析和研究了特变电工哈密295 KWp光伏实验电站并网发电系统中，不同光伏阵列对并网光伏发电系统性能的影响。结果表明，在哈密地区，当光伏阵列设计为21块/串时，光伏并网发电系统中有更大的产出电能，而当光伏阵列设计为20或19块/串时，光伏并网发电系统中产出电能量呈下降的趋势。在不同地区，通过光伏阵列计算选取最优的串联关系，可以获得最大的电能输出。
통과태양능광복전지방진모형화광복진렬계산모형，분석화연구료특변전공합밀295 KWp광복실험전참병망발전계통중，불동광복진렬대병망광복발전계통성능적영향。결과표명，재합밀지구，당광복진렬설계위21괴/천시，광복병망발전계통중유경대적산출전능，이당광복진렬설계위20혹19괴/천시，광복병망발전계통중산출전능량정하강적추세。재불동지구，통과광복진렬계산선취최우적천련관계，가이획득최대적전능수출。
The simulation model of solar photovoltaic cells and photovoltaic arrays calculation model, analyze and study the TBEA Hamilton 295 KWp photovoltaic power plants and power generation system experiments, the effects of different PV array to grid-connected PV system performance. The results showed that in Hami region, when the PV array is designed for 21/string, photovoltaic power generation system has greater output power, and when the PV array is designed for 20 or 19/ string, photovoltaic power generation system output of electric energy downward trend. In different regions, the PV array is calculated by selecting the best series relationship;you can get the maximum power output.