SunFollower
This project features a solar-following robot designed to optimize solar energy collection by adjusting its position throughout the day. It employs four solar panels arranged in pairs to track the sun's movement both vertically and horizontally. The robot uses two motors to facilitate this movement, ensuring that the solar panels maintain a direct line of sight to the sun at all times. By continuously aligning itself with sunlight, the robot enhances energy efficiency and maximizes the power harvested from the solar panels, providing a practical solution for improving solar energy utilization.
- ROLE
- Mechanics, 3D printing
- TRACKING
- 2 axes, no MCU panel-feedback driven
- STACK
- Fusion360
Solar-following robot maximizes energy from solar panels.
Static solar panels often fail to capture optimal sunlight due to changing sun positions throughout the day. This project addresses this issue by employing a solar-following mechanism that dynamically adjusts panel angles, significantly increasing energy efficiency and collection compared to fixed installations.
- 01
Dynamic Sun Tracking: Utilizes solar panel orientation to maximize sunlight exposure.
- 02
Simple Motor Control: Two motors drive the robot's movement in both vertical and horizontal directions.
- 03
Modular Design: Built on a 3D-printed base for easy customization and assembly.
- 04
Cost-Effective Solution: Operates without microcontrollers, relying on solar panel feedback for direction.
- 05
Increased Energy Efficiency: Enhances solar energy collection compared to stationary systems.