The HANDS ON STEM LABS Solar Tracking System demonstrates how solar panels can automatically follow the position of the sun for maximum energy efficiency. Using sensors and servo motors, this model adjusts panel orientation throughout the day.
Students explore automation, robotics, renewable energy optimization, and sensor-based control systems. The kit includes LDR sensors, dual-axis mount, servo motors, wiring, and a stable base.
Designed for school fairs, robotics themes, and energy projects, the model offers hands-on learning of automation and engineering skills. It helps students understand real-world solar tracking systems used in large solar farms.
Demonstrates dual-axis solar panel movement for maximum energy capture
Teaches sensors, motors, and automation concepts
Ideal for renewable energy and robotics projects
Includes servo motors and sensor modules for smooth rotation
Hands-on build that improves STEM problem-solving skills
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english
