Mitigation of the impact of solar PV module exposed to partial shading condition
This article focuses on the performance of PV modules under partial shading,which causes a variation in the output power,and the module operating temperature.To reduce this effect,it is important to take appropriate action.The partial shading affects most of the hot spots in the PV module,resulting in total energy dissipation and cracking the solar module,which can reduce up to 10%of the total power of the solar module.Reverse current due to partial shade can be increased to a high temperature on the module.The analysis conducted shows that the hot spot of solar cell components in the concentration of the element is not uniform.This paper considers the internal heat generated due to shade cells and power loss.The use of a bypass diode model in PV module significantly improves the power and the operating temperature of the solar cell under partial shading.
Temperature effect partial shading bypass diode photovoltaic systems modelling and simulation power production
Akim AMINOU MOUSSAVOU Marco ADONIS Atanda RAJI
Cape Peninsula University of Technology,Department of Electrical Engineering,cape town,South Africa
国际会议
武汉
英文
389-398
2018-08-21（万方平台首次上网日期，不代表论文的发表时间）