Dual Axis Sun Tracking With Mppt Charger Controller Function for Increase the Efficiency of Solar System

Abstract

The project deals with the use of different energy resources for power generation which may be wont to supply power in a domestic application. solar power may be a very large, inexhaustible source of energy and Green Energy System. solar power features a major advantage for no impure outlets but the problem related to solar is a smaller amount efficiency and high cost. the facility from the sun intercepted by the world is approximately 1.8x1011MW, which is many thousand folds larger than this consumption rate on the world of all commercial energy sources. Solar tracking systems are often used as an influence generating method from sunlight. This method of power generation is straightforward and is taken from natural resources. This needs only maximum sunlight to get power. This project presents for power generation and sensor-based solar tracking system to utilize the utmost solar power through the solar array by setting the equipment to urge maximum sunlight automatically in real-time. This proposed system is tracking for the max intensity of sunshine. When there's a decrease in the intensity of sunshine, this technique automatically changes its direction to urge maximum intensity of sunshine. The proposed method is to style an electronic circuit to sense the intensity of sunshine and control the DC motor driver for the panel movement and construct a Buck-Boost converter to intensify and step down the voltage and store the utmost utilized output voltage in the lead-acid accumulator.