Research Paper on IoT Based Solar Tree Project with Integrated Inverter System

Research Paper on IoT Based Solar Tree Project with Integrated Inverter System

Shubham Gedam1, Mohasin Sheikh2, Aditya Gurnule3, Avinash Haldar4, Tina Rahate5,

Durga Kokude6, Kiran Kimmatakr7

1,2, 3,4,5,6Students of Electrical Engineering Department in Vidarbha Institute of Technology, Nagpur

7Professor of Electrical Engineering Department in Vidarbha Institute of Technology, Nagpur

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ABSTRACT – The growing demand for renewable energy sources has led to increased interest in solar power generation. Solar trees, a novel concept in the field of renewable energy, have gained significant attention due to their efficient use of space and unique design. This research paper presents an IoT-based solar tree project with an integrated inverter system, aimed at optimizing solar power generation and enhancing energy management capabilities. The proposed solar tree system incorporates multiple solar panels arranged in the form of branches, mimicking the structure of a tree. This arrangement allows for maximum exposure to sunlight, thereby improving the overall energy harvesting efficiency[1].

To enhance the system's efficiency and monitoring capabilities, an IoT (Internet of Things) framework is integrated into the solar tree project. IoT-enabled sensors are deployed to collect real-time data on various parameters such as Battery Voltage, temperature &Humidity , and Light Intensity. This data is transmitted wirelessly to a centralized monitoring system, enabling remote monitoring and control of the solar tree system. The integrated inverter system plays a crucial role in the solar tree project by efficiently converting DC power into AC power suitable for consumption using Inverter. [3].

Keywords: Solar tree, Battery Voltage, renewable energy, solar power, IoT.