Performance analysis of photovoltaic systems of two different technologies in a coastal desert climate zone of Chile

Comparative performance investigation of mono- and poly-crystalline silicon photovoltaic modules for use in grid-connected photovoltaic systems in dry climates

“…As they proposed weekly cleaning for PV modules in the steppe climate, there is a timetable for cleaning the power station modules by the use of weekly water jets. Using the excellent guidance of Mani and Pillai will prevent and mitigate the effect of soiling on the PV modules [9,31].…”

“…Over the last few years, various studies have been conducted on the performance parameters of installed PV power plants in different geographical locations, with different climatic conditions [1][2][3][4][5][6][7][8][9][10][11][12][13][14][15]. Performance analyses investigate the influences of PV module technologies, inverters, shading, wiring, array inclinations, tracking and fixed PV systems, type of grid connections, etc.…”

An Experimental Study Of The Impact Of Shading On The Performance Of Various Solar Home System Photovoltaic Technologies

“…These results confirm the results of a study of Tanesab et al [4] who found that pc-Si works better in dust shading even though it was not statistically significant. According to Ferrada et al [17], mc-Si technology shows better performance than pc-Si in high temperature conditions. This study has provided a valuable information to the SHS owners in NTT to pay more attention to the conditions around their PV systems.…”

Batman ilindeki ince film a-Si teknolojili fotovoltaik sistemin performans değerlendirmesi

“…Sistem bileşenlerinin nominal karakteristik değerleri, sistem konfigürasyonu, sistemin bulunduğu coğrafi alan koşulları, sistem çevresinde bulunun gölgelenmeye neden olabilecek yapılar ve sistemin çalışma esnasında oluşabilecek elektronik arızalar gibi sorunlar sistemin enerji üretiminde kayıplara sebep olup, sistemin verimliliğine etki etmektedirler. PV sistemlerin Performans Oranı (PO) [3][4].…”