Good First Issue

[abelzk]

Currently, the dual-axis solar tracker system using Arduino is limited to tracking based on pre-set angles or manual adjustments. To improve tracking accuracy and optimize energy collection, we would like to integrate a weather API that provides real-time solar position data.

Expected Behaviour

1. Weather API Integration: The system should be able to fetch solar position data from a weather API (e.g., OpenWeatherMap or NOAA) based on the current location.
2. Automatic Adjustment: The tracker should use this data to automatically adjust the solar panel position for optimal alignment with the sun.
3. Manual Override: Users should still have the ability to manually override the automated adjustments if needed.
4. Error Handling: Include error handling for scenarios where the API is unavailable or returns incorrect data.

Steps to Reproduce

• Integrate with a chosen weather API.
• Modify the Arduino code to fetch and process the solar position data.
• Adjust the dual-axis tracker based on the API data.
• Test the system to ensure accurate tracking and handling of API errors.

Additional Information

• The API integration will need to consider rate limits and possible costs associated with the API usage.

Please let me know if you need any further details or clarification.

[arin-dev]

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[aman090304]

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