Improving the efficiency of a solar PV panel's power generation by using a Dual-Axis tracker with a Cooling system

The dual-axis solar tracking device with cooling system tracks the sun's movement and keeps solar panels cool, enhancing their effectiveness and energy output. This device follows the direction of the sun using a microcontroller-based tracking system, and it employs a cooling mechanism to keep...

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Bibliographic Details
Published in2023 IEEE International Conference on Distributed Computing, VLSI, Electrical Circuits and Robotics (DISCOVER) pp. 101 - 104
Main Authors Pradeep, Devang, N V, Akash, B N, Deeksha, Jay, Mrigank, Shetty, Sachin C N
Format Conference Proceeding
LanguageEnglish
Published IEEE 13.10.2023
Subjects
Cooling
Cooling System
Costs
Dual-Axis Solar Tracking Device
Efficiency
Energy Output
Fossil fuels
Production
Renewable Energy
Solar Energy
Tracking
Water heating
Water pumps
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Summary:The dual-axis solar tracking device with cooling system tracks the sun's movement and keeps solar panels cool, enhancing their effectiveness and energy output. This device follows the direction of the sun using a microcontroller-based tracking system, and it employs a cooling mechanism to keep the panel at the right temperature. In order to disperse heat, the cooling system pumps water through the panels using a water pump and radiator. This system is a beneficial addition to any solar power generating system because of the way it is constructed, which increases the energy output of solar panels. This underlines the value of the dual-axis solar tracking device with a cooling system and demonstrates its significance in the solar energy industry. A few benefits of the dual-axis solar tracking device with cooling system include improved energy output, lower maintenance costs, and longer panel lifespan. This technique enables solar power generation systems to function at their highest efficiency, improving their viability for large-scale energy production. Due to its reliance on renewable energy sources and decreased use of fossil fuels, the system is also ecologically benign. The dual-axis solar tracking device with cooling system, in conclusion, is a creative way to increase the production and effectiveness of solar panels. It is a promising technology that has the potential to significantly aid in the shift to an era of sustainable energy.
DOI:10.1109/DISCOVER58830.2023.10316713