Dual Axis Solar Tracker Using Arduino for Maximum Energy Efficiency | radiomarket.in
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The Dual Axis Solar Tracker Using Arduino is an advanced renewable energy project designed to maximize solar panel efficiency by tracking the sun in both horizontal and vertical axes. This system demonstrates automation and sustainable energy optimization in solar power applications.
The system uses two servo motors or stepper motors, light-dependent resistors (LDRs) for sunlight detection, Arduino microcontroller, and a solar panel mount. The Arduino continuously reads sunlight intensity from multiple LDRs and moves the panel along two axes (horizontal and vertical) to maintain optimal alignment with the sun throughout the day.
This project helps students understand solar energy harvesting, sensor integration, motor control, embedded system programming, and automation algorithms. It is ideal for engineering mini projects, diploma projects, ITI labs, STEM exhibitions, and renewable energy demonstrations.
The dual axis tracker has practical applications in solar farms, residential solar installations, solar-powered devices, and energy-efficient systems. It can be enhanced with IoT monitoring, LCD display of energy output, automated shading system, or hybrid solar-wind integration.
Available at radiomarket.in, providing reliable Arduino-based solar tracker kits and renewable energy components.
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This product is crafted with quality materials to ensure durability and performance. Designed with your convenience in mind, it seamlessly fits into your everyday life.
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