PV Module Capacity Assessment for a Hybrid Power Generation System
A photovotic (PV) module assessment to a hybrid power generation system for Tibet Plateau was made in this paper. According to the average irradiance values gathered in Lhasa and the information of PV modules was gathered from literature provided by the manufacturers, the daily output power in watt-hours per m~2 which could be expected from each of the modules based on the irradiance data was calculated, and the number of modules required to provide 1050 whr per day, including its area and cost, was assessed. By calculating and assessment, a proposal developed portable wind & solar hybrid power generating system was presented. The system proposed in this paper will greatly help to ease the shortage of electricity supply to herdsmen living in the wide grassland of Tibet Plateau.
photovoltaic hybrid system control strategy
Xin Gao S.Irvine
College of Electrical Information and Engineering, Southwest Nationalities for University, Chengdu, Centre for solar energy research, Glyndwr University, OpTIC Technium, North Wales, LL17 OJ D
国际会议
太原
英文
31-34
2010-10-22（万方平台首次上网日期，不代表论文的发表时间）