Concentrated Solar Power Tracker Using Arduino UNO and Stepper Motor

Solar Energy is turning into an upcoming essential method for sustainable power source asset. By concentrating sunlight along with solar power tracking, it will be conceivable to generate greater power as a sunlight based board can keep up with the opposite profile to the concentrated beams of the sun. This prototype talks about the plan and development of a model for concentrated sunlight based power following framework that utilizes single hub flexibility. Here, two Light Dependent Resistors (LDRs) are utilized for daylight discovery, each on the diametrically opposite sides of the dish. The control circuit depends on Arduino UNO i.e. an ATMega328P microcontroller. It is customized to recognize daylight by means of two LDRs before setting or pivoting the stepper engine to position the inward mirror (dish in this prototype) towards the greatest force of sunrays. Driving a stepper engine to an exact position is much basic and a solitary drive heartbeat that will move the engine shaft on stage, starting with one post then onto the next. A dish secured with a reflecting sheet is utilized for the curved mirror, in order to focus the daylight on the sun powered board. This will help us to give more productive vitality even when the daylight is less. One of the approaches to expand the effectiveness of sun oriented board while diminishing expense is to utilize concentrated sunlight based power tracker. Through fixation and following, there will be expanded presentation of the board to the sun giving an expanded power yield.