Abstract :

The Use Of Solar Energy Has Increased Significantly Over The World. They Are Well-liked Due To Their Endlessness And Purity. It Also Stands Out For Being Low Maintenance. Yet, If A Little Issue With The Panel Or Circuit Is Not Identified Promptly, It Could Cost A Lot To Maintain. Another Challenging Task Is Finding The Flaw Inside The Vast Solar Field. This Study Examines The Viability Of Employing IoT For Real-time Fault Detection. Reducing The Maintenance Expense And Detection Time, Panel Temperature, Light Intensity, And Current Are Monitored And Maintained Continuously, Respectively, Using Temperature, Light, And Current Sensors. In The Proposed Study To Maintain The Standard Level Of Voltage, Battery Voltage Is Constantly Monitored To Meet The Industrial Need And To Increase The Life Span. The Study Also Aims To Measure Efficiency Concerning The Increase And Decrease In Power Levels. Further, The Study Involves A Cleaning System That Can Be Integrated Into The Solar Panel To Clean The Dust Layer Accumulated On The Panel. Cleaning Dust Is An Important Factor In Solar Panel Maintenance To Improve Efficiency And Reduce Corrosion. The Novelty Of The System Lies In The Comprehensive Approach Towards Solar Panel Maintenance Through The Integration Of IoT Technology, Smart Cleaning Systems, And Rigorous Analysis Of Efficiency Factors.

Published:

09-6-2025

Issue:

Vol. 25 No. 6 (2025)

Page Nos:

390-394

Section:

Articles

License:

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

How to Cite