Frequently Asked Questions

Unlike static solar panels, our system integrates three key innovations:

  • Automated Sun Tracking – Panels adjust their angle throughout the day for maximum sunlight exposure.
  • Multiple Cleaning Mechanisms – Uses wind-based cleaning when possible and activates vibration-based or pressurized water cleaning when dust accumulation is high.
  • Remote Monitoring & Control – Users can track performance and trigger actions via an online dashboard, improving efficiency without manual intervention.

The system continuously monitors wind speed, dust accumulation, and weather conditions:

  • If wind conditions are favorable, it uses wind-based cleaning to remove dust naturally.
  • If dust levels remain high, it activates vibration-based cleaning to shake off particles.
  • If necessary, pressurized water cleaning is triggered for deeper cleaning.

Yes! The dashboard allows users to manually trigger cleaning or tilting when needed. However, the system will provide a recommendation before confirming the action to ensure efficiency and prevent unnecessary cleaning.

The panels adjust their angle automatically to follow the sun’s movement, ensuring maximum sunlight exposure throughout the day. This increases energy generation compared to fixed-angle solar panels, which can lose efficiency during non-optimal sun positions.

The dashboard provides:

  • Solar Panel Tilt Angle
  • Energy Production Trends
  • Wind Speed & Direction
  • Dust Accumulation Levels
  • System Logs & Cleaning History
  • Maintenance Alerts & Error Reports

The system includes built-in fail-safes to detect and handle sensor failures. If a sensor provides inconsistent readings or disconnects, the system will:

  • Use fallback logic to maintain basic operations.
  • Trigger alerts in the dashboard so the user can investigate and take action.

Yes, the system is designed to withstand harsh environmental conditions. The hardware is built to be durable against strong winds, sandstorms, and varying temperatures while maintaining performance.

Absolutely! While originally designed for remote solar panels (e.g., streetlights, small installations), the same technology can be scaled for larger commercial and industrial solar farms, improving efficiency and reducing maintenance costs.