Solar Based Home Lighting System Using Arduino for Energy Efficiency | radiomarket.in
Pickup currently not available
The Solar Based Home Lighting System is a sustainable project designed to power home lighting using solar energy, reducing electricity costs and promoting green energy. This working model demonstrates solar energy harvesting, energy storage, and efficient lighting automation.
The system uses solar panels, charge controller, rechargeable battery, Arduino microcontroller, LED lights, and optional automatic night sensing or light control sensors. During the day, solar energy charges the battery. At night or when required, the Arduino controls the lights to turn ON automatically using stored solar energy.
This project helps students understand renewable energy systems, embedded system programming, sensor integration, power management, and automation logic. It is ideal for engineering mini projects, science exhibitions, smart home demonstrations, and STEM education.
The solar home lighting system has real-world applications in off-grid homes, rural electrification, energy-efficient smart homes, and emergency lighting solutions. It can be enhanced with IoT monitoring, mobile app control, automatic brightness adjustment, and integration with other home automation devices.
Available at radiomarket.in, offering reliable Arduino-based solar home lighting project kits and renewable energy components.
Details
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.
Shipping & Returns
We strive to process and ship all orders in a timely manner, working diligently to ensure that your items are on their way to you as soon as possible.
We are committed to ensuring a positive shopping experience for all our customers. If for any reason you wish to return an item, we invite you to reach out to our team for assistance, and we will evaluate every return request with care and consideration.
Shop The Full Collection