Solar sun tracker – single axis

The Solar Tracker with Tilt Sensor is an electronic project designed to enhance the efficiency of solar panels by precisely adjusting their orientation based on the position of the sun. This project incorporates a tilt sensor to measure the inclination of the solar panels in real-time, allowing the system to dynamically adjust their tilt angle.

Features of the Solar Tracker with Tilt Sensor

1. Tilt Sensor Integration: A tilt sensor is employed to detect the inclination of the solar panels accurately. This sensor continuously monitors the tilt angle in both horizontal and vertical axes.
2. Microcontroller Control: The project utilizes a microcontroller (e.g., Arduino) to process the tilt sensor data and make intelligent decisions regarding the optimal tilt angle for the solar panels.
3. Motorized Actuators: To physically adjust the orientation of the solar panels, motorized actuators or servo motors are integrated. These actuators are controlled by the microcontroller to move the panels towards the ideal position.
4. Sun Tracking Algorithm: The microcontroller implements a sun tracking algorithm that calculates the sun’s position based on time, date, and geographical location. This information is used to determine the optimal tilt angle for maximum solar exposure.
5. Power Supply: The system typically includes a power supply unit, which can either be a solar-powered battery or a connection to the electrical grid, depending on the project’s scale and application.
6. Efficiency Optimization: By dynamically adjusting the tilt angle of the solar panels to face the sun, the Solar Tracker with Tilt Sensor maximizes the absorption of solar energy throughout the day, significantly improving the overall efficiency of the solar power generation system.

This electronic project serves as a practical demonstration of smart solar tracking technology, showcasing its potential to enhance renewable energy harvesting in various applications.

Advantages of the Solar Tracker with Tilt Sensor

• Tilt Sensor Integration: Incorporates a tilt sensor to measure the real-time inclination of the solar panels, providing accurate data for system adjustments.
• Dynamic Tilt Adjustment: The system automatically adjusts the tilt angle of the solar panels throughout the day to ensure maximum sunlight exposure based on the sensor readings.
• Real-Time Monitoring: Allows for the continuous monitoring of panel orientation and performance, ensuring that the panels are always positioned optimally relative to the sun’s position.
• Energy Efficient Motors: Utilizes energy-efficient motors for adjusting the panels, ensuring that the energy consumed by the tracker is minimized.
• Robust Control System: Features a sophisticated control system that processes tilt sensor data and commands motor actions, providing precise and reliable adjustments.
• Easy Integration: Designed to be compatible with existing solar panel installations, allowing for easy upgrades without the need for significant modifications.
• Data Logging: Capable of logging data about the system’s performance and the panel’s positions, useful for performance analysis and maintenance scheduling.

Project Video

Package Includes

• Solar sun tracker – single axis