Paper Key : IRJ************310
Author: Mrs. S. Sowmya,Mrs.k.nirosha,P.shivakumar,M.sampathkumar,P.ruchithareddy,J.srinivas
Date Published: 12 Nov 2024
Abstract
Our project aims to enhance the efficiency of solar panels by utilizing a solar tracker that increases efficiency by 10-15% compared to standard solar panels. This model proposes a dual approach, incorporating both sunlight intensity tracking and time-based adjustments. The system employs Light Dependent Resistors (LDRs) to monitor the intensity of sunlight, allowing the solar panel to adjust its position accordingly. Additionally, the panel can be manually adjusted to a specific angle based on the time of day, enhancing its ability to capture maximum sunlight. The proposed methodology involves using two LDR sensors to track sunlight intensity and a time-based mechanism to control the panel's orientation. For example, by setting a timer to 30 seconds, the panel can rotate by 0.5 degrees, enabling manual adjustments. Servo motors are utilized to control the horizontal and vertical movements of the solar panel, ensuring precise positioning. A pre-set time-based algorithm directs the servo motors, combining time-based and intensity-based tracking to provide a robust solution that addresses the limitations of using either method alone. This hybrid approach optimizes solar power generation compared to conventional panels.
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