Abstract :

The Increasing Demand For Reliable And Sustainable Energy Has Accelerated The Development Of Hybrid Renewable Energy Systems. This Project Presents The Design And Implementation Of A Hybrid Power Generation System Using Solar, Wind, And Piezoelectric Energy Sources. The System Integrates Photovoltaic Panels To Harness Solar Energy, A Wind Turbine To Capture Wind Energy, And Piezoelectric Sensors To Generate Electricity From Mechanical Vibrations Or Pressure. Solar Energy Provides Power During Daytime With High Irradiance Conditions, While Wind Energy Complements Generation During Cloudy Or Nighttime Periods. Piezoelectric Modules Are Incorporated To Capture Energy From Mechanical Stress Such As Footsteps Or Vibrations, Enhancing Overall System Efficiency. The Hybrid Configuration Ensures Improved Reliability, Reduced Intermittency, And Optimized Energy Output Compared To Standalone Renewable Systems. A Charge Controller Regulates Input From Multiple Sources And Stores The Generated Power In A Battery System For Continuous Supply. The Proposed System Is Cost-effective, Environmentally Friendly, And Suitable For Rural Electrification, Smart Infrastructure, And Low-power Applications. By Combining Multiple Renewable Sources, The System Enhances Energy Security, Reduces Dependency On Fossil Fuels, And Promotes Sustainable Development. Index Terms—Hybrid Power Generation, Solar Energy, Wind Energy, Piezoelectric Energy, Renewable Energy System, Photovoltaic Panel, Wind Turbine, Sustainable Energy, Energy Storage, Charge Controller.

Published:

04-8-2026

Issue:

Vol. 26 No. 8 (2026)

Page Nos:

376 - 387

Section:

Articles

License:

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

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