Research discusses the performance of photovoltaic matrix configurations
Engineer Mohamed Osama Sobhy in the Department of Communications Engineering published research as part of his master's degree requirements and with the title:
PERFORMANCE OF SCREW HORIZONTAL AND BRIDGE LINKAGE PHOTOVOLTAIC ARRAY CONFIGURATIONS
Due to the effects of partial shading on solar panel productivity, which in turn negatively affects the performance characteristics of photovoltaic systems, researchers worked on various studies to overcome this phenomenon and improve solar system productivity. This research aims to study different techniques to enhance the resulting energy and efficiency of the photovoltaic system by reducing the number of peaks in the curve of properties, power restraints, and mismatches. These configurations include horizontal-screw photovoltaic matrix technology and binding bridge technology where both models were designed using Matlab Simulink software and examined during six shading patterns.
According to the results, the composition of the link bridge works more efficiently under partial shading conditions compared to the formation of the helix horizontal photoelectric array