IOT-BASED SMART SOLAR TRACKING SYSTEM

This abstract introduces a cutting-edge solar tracking system, meticulously crafted through the support of a university-funded project. Within the context of a growing global population and the diminishing availability of non-renewable energy sources, the project underscores the pivotal role of solar energy as a primary and sustainable alternative. The background section meticulously outlines the daily and seasonal variations of solar energy, emphasizing the necessity for efficient solar capture systems in response to these fluctuations. The problem statement succinctly articulates the challenge at hand: maximizing solar energy utilization amidst changing solar positions. The proposed methodology presents a solution through the development of a dual-axis solar tracking system, ingeniously controlled by the Esp32 micro-controller. This university-funded initiative stands as a testament to our commitment to pioneering solutions that address pressing global challenges, contributing significantly to the advancement of sustainable energy systems.