Smart IoT- Integrated Hybrid Solar- Wind Energy Management System Using ESP32

1 Dareddy Koushik Kumar Reddy, 2Mr.V. Vijaya Kumar Assistant Professor, 3Edhugani Poorna Prakash, 4Gaddam Niharika, 5Ghugge Sai Charan, 6 Gaddamida Narender

doi:10.62643/

Authors

1 Dareddy Koushik Kumar Reddy, 2Mr.V. Vijaya Kumar Assistant Professor, 3Edhugani Poorna Prakash, 4Gaddam Niharika, 5Ghugge Sai Charan, 6 Gaddamida Narender Author

DOI:

https://doi.org/10.62643/

Keywords:

Internet of Things (IoT), ESP32 Microcontroller, Load prioritization, Critical loads, Non critical loads, Rural Electrification, Microgrid, Tribal Area Power supply.

Abstract

Power vacuity in geographically remote regions is frequently inconsistent due to limited grid penetration and structural challenges. To address this limitation, a standalone mongrel renewable energy regulator was designed and enforced by integrating solar photovoltaic generation with a micro wind energy conversion unit.
The advanced system is governed by an ESP32 microcontroller that supervises energy flux, storehouse status, and cargo distribution. Unlike conventional mongrel installations, the regulator applies a precedence-grounded force medium. Essential loads remain continuously amped, whereas secondary loads operate only when acceptable stored energy is available.
Electrical parameters, similar to battery voltage and generation current, are measured in real-time and transmitted to a pall monitoring interface through bedded Wi-Fi connectivity. A laboratory prototype was assembled to estimate functional under varying environmental conditions.
Compliances verified stable power delivery to critical loads and effective application of gathered renewable energy. The armature demonstrates the feasibility of decentralized electrification operations. indicator Terms mongrel Renewable Energy, ESP32 Controller, IoT Monitoring, cargo Prioritization, Microgrid robotization.