Solar Installation Lidar Module Arduino

Creating a solar installation lidar module arduino involves combining lidar technology with an Arduino microcontroller to measure distances, detect obstacles, or map solar panel installations. This laser range sensor can be useful for:

1. Measuring roof angles or tilt

2. Detecting shading from nearby structures or trees

3. Ensuring proper spacing between solar panels

3. Automating installation layout

Note: Most affordable lidar sensors are PTWC-H01X, which is UART or I²C-based, up to 10m range and 100HZ frequency. For longer range solar applications, consider phase distance module or pulsed lidar sensor, but these are expensive and complex.

Extend the Lidar Module Application

1. Roof Slope Detection: Mount lidar at angle, compare front/back distances, take multiple readings across roof, and calculate slope.

2. Obstruction Detection: Scan horizon in different directions, to detect obstructions.

3. Panel Spacing Check: Measure gaps between panels, to ensure consistent spacing and no overlap/shadow.

4. Data Logging: Use laser measuring distance module to communicate and save readings.

5. GPS Integration: Log location and distance for site mapping.

6. Wireless Transmission: Use UART to send data to app or cloud.

Let me know if you’d like the lidar module arduino for solar installation. Whatsapp +86 18302879423 us for recommendataion and datasheet!