DESIGN AND IMPLEMENTATION OF AN OFF-GRID HYBRID SOLAR PV AND WIND TURBINE POWER SYSTEM FOR MOBILE TOWERS

Neeraj Kumar; Surender Yadav; Sreerangappa M

DESIGN AND IMPLEMENTATION OF AN OFF-GRID HYBRID SOLAR PV AND WIND TURBINE POWER SYSTEM FOR MOBILE TOWERS

Authors

Neeraj Kumar Sandip University (Sijoul)
Surender Yadav K.R. Mangalam University, Gurugram, Haryana, INDIA
Sreerangappa M Sri Siddhartha Academy of Higher Education

Keywords:

Engineering, Trackers newline, Generated optimal energy stored

Abstract

The currently operating mobile tower for newline is powered by the local power grid and has a cumbersome system. newline Because the current system requires the constant oversight of a single trained professional, newline is prohibitively expensive. At the moment, a battery storage system is one of the most important newline needs for telecom towers. In addition, a health monitoring system that is integrated into the newline provides a longer life cycle for the battery. The primary focus of the planned study is on standing newline towers that are powered by unaccompanied hybrid solar PV and wind turbine power systems that are off grid and free from telecom requirements. newline Inaccessible mobile towers generate power continuously, monitor the threshold voltage, and supply energy directly to telecom towers while simultaneously newline storing the energy into battery backup. The microcontroller oversees the entire system and is responsible for monitoring the threshold voltage. In order to derive the maximum amount of useful power from the hybrid solar PV power system, it is necessary to track the sun's rays using a controller that has an in-built Maximum Power Points Trackers newline (MPPTs) algorithm. Similarly, if you want to get more power out of a wind turbine newline generator, you may do it by utilizing a wind tracker, which then causes the wind turbine generator to create the best possible newline energy. Using DC-DC boost newline converters allowed for the generation of ideal energy that was then stored within the system.

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DESIGN AND IMPLEMENTATION OF AN OFF-GRID HYBRID SOLAR PV AND WIND TURBINE POWER SYSTEM FOR MOBILE TOWERS