Design of Solar Dual-Axis Tracking With Implementation of Weather Dependence

Authors

DOGIPARTHI SANTHOSH GUPTA, Asst. Prof., SHAIK NURJAHAN, PANDARAM SOWMYA, NELLURI CHANDRASAN VITTAL
Dept. of ECE,UCEN – JNTUK, Narasaraopet, Andhra Pradesh, India.

Abstract

To achieve the most energy generation from Solar photovoltaic cell during the day time, this project implements a tracking system on the Arduino Uno Board. This article's primary idea is the setup of an automated dual-axis solar tracking system which is Solar panel alignment with the sun is experimented to obtain maximum solar radiation. Using the maximum power point (MPP) as a reference, this approach tracks the maximum intensity of light. Its alignment automatically changes to capture and determines the direction of the maximum amount of light when there is a Light Energy. This project demonstrates the use and examination of a dual-axis solar tracker. The goal of dual axis solar tracking with weather monitoring is to optimize solar panel energy output while diminish the influence of  weather conditions.