Experimental evaluation of the electrical and thermal performance of passive cooling systems using cylindrical and rectangular plate fins for photovoltaic modules

Key Points

• Electrical performance increased by 15% in systems with plate fins and passive cooling techniques compared to standard designs.
• Thermal performance showed significant improvement with specific geometries of cylindrical and rectangular plate fins employed in the systems.
• Experimental analysis tested various configurations of passive cooling systems on photovoltaic modules for optimal performance.
• Findings may enable better thermal management strategies in solar energy applications, enhancing module efficiency and lifespan.