摘要
该文旨在评估日照条件、系统配置等因素对光伏水泵系统性能和经济性表现的影响程度。采用实验手段,结合对系统数学模型的分析,并利用Matlab/Simulinlk工具对系统效率及运行效果进行了仿真研究。最终得出静态扬程、日照强度大小和分布以及光伏阵列容量对光伏水泵系统效率和经济性能的影响的结论,并给出了用于优化系统成本的泵型及光伏阵列容量大小的选择依据。
This paper focus on the assessment of how much insolation conditions, system configurations influence the system performance and economic performance of photovoltaic （PV） pumping system. Carrying out experiments, establishing mathematical models of system components, the system efficiency and operation effects of PV pumping system were simulated with Matlab/Simulink Tools. Some conclusions about the influences of pumping head, insolation intensity and distribution, and the capacity of PV array to the efficiency and economic performance of PV pumping system, and system configuration optimizing, system running cost decreasing, and system economic performance improving were deduced, and the selection principles of pump types and the capacity of PV array for optimizing system cost were concluded
出处
《太阳能学报》
EI
CAS
CSCD
北大核心
2009年第11期1454-1460,共7页
Acta Energiae Solaris Sinica
基金
中山大学青年教师科研启动基金项目(1131060)
广东省自然科学基金(84510275010014937)
