Experimental Evaluation of Solar Mirrors Devised with Cooling Technique

Transfer of solar energy to electricity using photovoltaic (PV) modules is becoming increasingly common, however high cell cost and low efficiency limit its use in developing countries. Improving PV system performance is one technology for lowering the high cost per unit of electricity. A new low-cost linear-focusing reflective surface solar power collector might be a viable option. The increased amount of entering energy from the mirror throughout all surfaces causes the panel’s temperature to rise. Appropriate conditioning is essential to maximize the efficiency of the device. Boosters will block incident radiation since the reflectors are connected to the panel. As a result, an innovative tracking device that concentrates the sun’s beams in a direction perpendicular has been devised in this research article. Monitoring with good reflectors and cooling methods ultimately provides high power output.