Development of dual axis solar panel tracking devices

Mohamad Yusoff, Mohamad Asyraf (2024) Development of dual axis solar panel tracking devices. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Through the creation of a solar panel tracking device, this study presents a fresh strategy for improving the efficiency of solar energy systems. The device employs a combination of sensors and actuators to dynamically modify the alignment of solar panels, with the objective of maximizing sunshine exposure and optimizing energy production from solar systems. The project aims to create a durable solar panel tracking device that can precisely track the sun's position throughout the day. Furthermore, the project aims to assess the performance and efficiency enhancements of the tracking device in comparison to stationary solar panel installations. The project follows a methodological approach that encompasses early design and prototype stages, followed by a series of rigorous testing and optimization rounds. These iterations are specifically designed to assure the reliability and efficacy of the tracking device. It combines the processing of sensor data, control mechanisms for actuators, and algorithmic decision-making to accomplish accurate alignment of solar panels with the sun's path. An anticipated outcome is a substantial improvement in the effectiveness and productivity of solar panels, resulting in heightened energy generation and enhanced overall performance of solar energy systems. The tracking gadget endeavors to achieve constant optimum energy production by maximizing solar exposure and reacting to environmental conditions. This technological innovation contributes to the progress and broad use of renewable energy technology. In summary, the advancement of this solar panel tracking system exhibits potential for transforming solar energy production via enhanced dependability and effectiveness, hence aiding the shift towards a more environmentally sustainable energy landscape.

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