Solar Tree Based on Automatic Power Generation

Abstract

The Solar Tree Project is an innovative approach to renewable energy generation that mimics the structure of a natural tree. It is designed to generate solar power using multiple photovoltaic panels arranged like branches and leaves on a single pole. This design helps maximize energy generation while occupying minimal ground space, making it ideal for urban and semi-urban areas where land availability is limited Unlike conventional flat solar panels, the solar tree structure allows panels to be positioned at different angles, enabling better absorption of sunlight throughout the day. It also enhances aesthetic appeal, blending technology with nature-inspired design. The energy produced can be used for various applications such as street lighting, charging stations, irrigation systems, and powering small-scale infrastructure The project promotes sustainable development by reducing dependence on fossil fuels and lowering carbon emissions. Additionally, solar trees can be installed in public places like parks, campuses, and highways, contributing to smart city initiatives and green energy solutions.

Introduction

The Solar Tree Based on IoT is an innovative renewable energy system that arranges solar panels in a tree-like vertical structure to save space and improve sunlight absorption. Unlike traditional solar panels that require large land areas, this design is suitable for urban environments. The system uses photovoltaic panels to generate electricity, which is regulated by a charge controller and stored in rechargeable batteries. An Arduino Uno and IoT-enabled sensors monitor voltage, current, temperature, and battery status, sending real-time data to a cloud platform for remote monitoring and efficient energy management.

The solar tree provides reliable power for applications such as smart street lighting, electric vehicle charging, public spaces, rural electrification, and smart city projects. Its key advantages include reduced land usage, higher energy efficiency, lower electricity costs, eco-friendly operation, and easy maintenance. Experimental results showed stable performance, efficient battery charging, and successful real-time IoT monitoring. In the future, integrating AI, machine learning, advanced batteries, and smart grid technologies can further enhance system efficiency, automation, and support for large-scale renewable energy infrastructure.

Conclusion

The Solar Tree Based on IoT is an efficient and innovative renewable energy solution that combines solar power generation with smart monitoring technology. The tree-like structure helps maximize energy generation while minimizing land usage. By integrating IoT technology, the system enables real-time monitoring, improved energy management, and remote accessibility. This project promotes clean energy utilization, reduces environmental pollution, and supports sustainable development for future smart city applications.

References

[1] Goetzberger and V. U. Hoffmann, Photovoltaic Solar Energy Generation, Springer Publications. [2] H. Patel, Solar Energy: Principles and Applications, Tata McGraw Hill Education. [3] Arduino Official Documentation – IoT and Sensor Interfacing. [4] Blynk IoT Platform Documentation for Real-Time Monitoring Systems. [5] International Journal of Renewable Energy Research – Solar Tree Technology and Applications.

Copyright

Copyright © 2026 Mr. Jerlin Ajith Davidson C, Praveen Kumar G, Sam Christiana Joel M, Suriya TK. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.