Design and performance study of a dual-axis solar tracker system for the climate of Eastern Libya

Fossil fuels are non-renewable, finite, and exhausting. Therefore, it is necessary to find alternative sources of energy. Solar energy abundant in nature, so can be considered as the best meet demand. It sustainable, renewable, scalable. Increasing efficiency harnessing solar should one our top concerns because a renewable resource. The challenge utilizing this increase well reduce production costs. So, dual-axis tracker was developed study ensure that tracked cells create more electrical than stationary cells, improving performance panels expanding their ability make most radiation. experiment yielded great results. Due its constant exposure sunlight, temperature mobile cell higher cell. radiation intensity fixed for traced peaks at 1282 W/m2 on September 10 1028 W/m3 11. For day 10, there daily rate rise 42 % compared fixed. Day 11 saw difference 210 W/m2/h, or 61 percent. results almost same from midday until dusk. During day, tension vacuum somewhat different tracking with value being marginally lower value. increased caused by warmer environment thought reason gain