Automatic Light Tracking Sensor Module for Solar Panels Maximize your solar energy efficiency with this advanced singleaxis light tracking sensor module designed for precise, reliable performance in a variety of setups. Key Features and Benefits: Automatic Light Tracking Uses shadow detection technology with builtin photoresistors to accurately locate the central light source. This ensures your solar panel is always aligned for sunlight exposure, improving energy capture throughout the day. Single Axis Tracking System Incorporates a singleaxis sensor design compatible with reduction motors. Ideal for slowspeed operation to provide stable, accurate positioning and improved tracking performance. Optimized Voltage Supply Operates on a regulated 5 to 5.5V DC power source to protect internal components from fluctuations. For enhanced reliability, it is not intended for direct connection to solar panels but rather to a stable, controlled power supply. Flexible Motor Connection Wiring the motor is straightforward and adaptable. Simply reverse the connection polarity to change the tracking direction, making it easy to align movement toward the light source without complex adjustments. Specifications: Tracking Type: Single axis Detection Method: Photoresistorbased shadow detection Recommended Motor: Reduction motor, slow speed operation Supply Voltage: 5 to 5.5V DC regulated Motor Connection: Reversible polarity for direction adjustment Practical Applications: 1. Solar panel installations requiring efficient, hands alignment to sunlight for higher daily energy yield. 2. Educational projects or demonstrations involving renewable energy principles and solar tracking technology. 3. Smallscale offgrid solar projects where space and resources are limited but accurate light tracking is essential for performance. This module offers dependable tracking accuracy, straightforward wiring, and compatibility with reduction motors, making it an choice for anyone seeking improved solar panel efficiency without complex setup or maintenance.