IoT Based Solar Tree Project with Integrated Inverter System
Shubham Gedam1, Mohasin Sheikh2, Aditya Gurnule3, Avinash Haldar4, Tina Rahate5, Durga Kokude6, Kiran Kimmatakr7, Mamta Runge8
1,2, 3,4,5,6Students of Electrical Engineering Department in Vidarbha Institute of Technology, Nagpur
7,8Professor of Electrical Engineering Department in Vidarbha Institute of Technology, Nagpur
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Abstract – The Solar Tree Project with Integrated Inverter System aims to address the growing demand for renewable energy and the need for sustainable and aesthetically pleasing urban infrastructure. This innovative project combines the concept of solar trees and an integrated inverter system to maximize solar energy generation and provide efficient power conversion. Solar trees are constructions with many branches or solar-powered panels that resemble genuine trees in both form and function. These buildings are perfect for urban settings with little rooftop space since they are thoughtfully constructed to optimize sunlight absorption. Solar trees may produce large amounts of renewable energy while taking up little area by utilizing vertical space and incorporating cutting-edge photovoltaic technology. This proposal includes an integrated inverter system to improve the usage and utility of solar trees. An inverter is a piece of technology that transforms solar energy's direct current (DC) into alternating current (AC), which can power a variety of appliances and gadgets and is compatible with the electrical grid. The generated solar electricity can be efficiently converted and sent directly to the electrical grid or local loads by integrating the inverter directly into the solar tree structure [1].
For the generation of electricity in cities, the Solar Tree Project with Integrated Inverter System offers a creative and environmentally friendly alternative. Solar trees can considerably reduce carbon emissions, encourage the use of renewable energy sources, and improve the visual appeal of urban landscapes by utilizing the power of the sun and cutting-edge power conversion technology.
Keywords: Solar tree, integrated inverter system, renewable energy, solar power, power conversion.
