DESIGN AND IMPLEMENTATION OF DUAL AXIS SOLAR TRACKER WITH IoT MONITORING SYSTEM

Main Article Content

Atul Kumar Sinha, Abhishuman Banerjee, Kundan Kumar, Sathyajith O C, Ass.Prof. Alla Srija

Abstract

The main aim of this paper to style and implement dual axis solar IOT watching system.solar power has been utilized in several ancient processes over the decades and has been wide utilized in the absence of alternative energy provides. Panels are used to assemble the sun-oriented energy and convert it into votage. Inefficiency can be reduced by designing the sun a tracking system that automatically changes its position in line with the movement of the sun. The main purpose of increasing efficiency is to obtain maximum power from a photovoltaic panel.Our project presentthe define and execution of easy, straight forward and cheaper automatic twin axis star trailing system exploitation ESP32 because the management component and light-weight sleuthing sensors (LDRS) because the detector.This project involves advanced level of technology to capture most quantity of energy exploitation sun’s radiations and storing those energy in an exceedingly Battery and later exploitation itfor different purpose. The briny aim is to achieve the potency of trailing system which might rotate altogether four directions ceaselessly per strength of x-rays and for energy transformation. In this, the voltage from panel is calculated from time to time in Associate in Nursing interval and this voltage is employed to sense the climatic conditions and show the climatical temperatures. IOT observance system could bea web site that's accustomed store and exchange information.

Article Details

Section
Articles