Maximum Power Point Tracking Dual Axis Solar Panel Using Arduino UNO

Renewable energy is the only way to reduce global energy shortages. Solar is a high-yield renewable resource. Solar energy is becoming a major renewable energy source. Modern technologies include solar heating, photovoltaic, solar thermal energy, solar architecture, molten salt power plants, and artificial photosynthesis utilise solar light and heat. We represented the Dual Axis Solar panel with a 10W, 21V, 0.57 solar panel. We built a solar panel framework. Crafting the framework using cardboard cuts project costs. Trackers point solar panels at the sun. These devices rotate to follow the sun to maximum energy capture. Solar trackers can boost electricity generation by a third or even 40% in some countries compared to fixed-angle modules. When modules are constantly adjusted to the optimal angle as the sun moves, solar conversion efficiency improves. This paper designs an Arduino UNO-based Dual Axis Solar Tracking system to move solar panels toward maximum sunlight. The fixed solar system could maximise solar panel production by improving efficiency. LDRs send a signal to the Arduino UNO, which sends it to the servo motor connected to it, which positions the Axis Solar Panel in the sun's direction. This allowed Arduino UNO to track dual-axis solar panels with maximum power. Our technology is more efficient, small, low-cost, and easy to use.