Smart Solar Tracking System for Optimal Power Generation Using Three LDR's

Abstract

The quantity of power provided by solar panels has significantly increased during the last several years. To maximise the energy output of solar panels, it is essential to periodically monitor the sun's location. The most common method of solar panel tracking is using a microcontroller to move solar panels in response to the position of the sun. The microcontroller, a programmable device, may be used to track and control various inputs and outputs. In the instance of solar panel tracking, the microcontroller may be set up to track the location of the sun and adjust the angle of the solar panels to produce more electricity. The microcontroller can be connected to a number of sensors, such as light sensors or GPS devices, in order to accurately track the location of the sun. These variables serve as the foundation for the Julian date, the time of day, the geographic coordinates, and one of the most widely used algorithms for solar panel tracking. This technique may be used by the microcontroller to locate the sun and adjust the angle of the solar panels accordingly. The microcontroller may then instruct servo motors or other actuators to move the panels as required. In order to prevent plagiarism, it is crucial to understand the core concepts and algorithms involved in solar panel tracking and to create a distinctive solution. Also, researchers must ensure that every source they use in their study is correctly referenced. In summary, microcontroller-based solar panel tracking is an essential part of solar energy systems that might improve sustainability and energy efficiency. With the proper programming and implementation, a microcontroller can accurately monitor the sun's location and adjust the angle of the solar panels, creating the maximum amount of electricity. By coming up with a unique and inventive application, researchers can aid in the development of fresh ways in the field of solar energy.