Abstract
This paper presents a comprehensive study on the design and efficiency analysis of a multi-photocell energy conversion system. The system aims to increase energy conversion efficiency by integrating multiple photovoltaic cells, each optimized for different spectral ranges. The research focuses on system modeling, material selection, and electrical-thermal optimization. Experimental and simulation results confirm that a properly designed multi-photocell system can outperform conventional single-junction solar cells in terms of power output, stability, and conversion efficiency.
Keywords
Photovoltaic system
multi-photocell converter
energy efficiency
solar energy
hybrid configuration
renewable energy