Fast and Flexible Power Routing is Achieved by Integrating Renewable Energy Sources to Smart Grid Power Systems
Journal Title: International Journal for Modern Trends in Science and Technology - Year 2025, Vol 11, Issue 06
Abstract
Using footstep energy, speed breaker energy collecting, sun, and wind, a Hybrid Renewable Energy Based Grid Monitoring System built on Arduino generates power effectively and sustainably. The system creates voltage using these sources and stores it in a battery for consistent power output. An inverter increases the stored voltage to provide versatility. An Arduino microcontroller monitors and controls power generation, storage, and delivery to achieve automatic load balancing. During peak demand or system failure, the main load is given priority and energy is smartly redirected to a secondary load. Real-time grid monitoring also guarantees safe and optimal operation by measuring voltage, current, and temperature. Remote monitoring and data reporting by IoT integration increase electrical distribution efficiency and dependability. Real-time load shifting helps this system to preserve energy and guarantee power supply. In urban and rural locations, decentralised deployment maximises renewable energy utilisation and lowers reliance on traditional power sources. Several energy sources increase the system's resilience to changes in power generation. This concept encourages renewable energy, hence improving the dependability and greenness of electrical infrastructure. In busy places, speed bumps and footstep energy collecting help to make energy more accessible, hence promoting everyday energy production. IoT remote access and monitoring allows operators to identify faults, examine energy use, and optimise performance in real time.This hybrid renewable energy system demonstrates effective decentralised power control, thereby enabling low impact, sustainable energy options. These innovations not only reduce reliance on fossil fuels but also foster a community-driven approach to energy consumption. By encouraging local participation and investment, residents can play a vital role in shaping a more sustainable future while reaping the benefits of cleaner energy solutions.This collaborative effort promotes a sense of ownership and responsibility among community members, further enhancing the commitment to environmental stewardship. As more individuals and neighbourhoods engage inthese practices, the collective impact can lead to significant reductions in carbon emissions and a stronger, more resilient local economy
Authors and Affiliations
Chandini Mutta, R. Jaya Lakshmi, P. Sri Ram Sai, Ch. Likhita Sri, Bhuvaneswari, Ch. Kiran Kumar & K. Minna Rao
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