Frequently Asked Questions
1. Why monitor cloud cover in solar power systems?
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Cloud cover impacts solar irradiance and generation. Real-time monitoring allows better forecasting, and load balancing along with system control, especially in utility-scale solar plants or hybrid systems with grid export commitments.
2. How does the sensor detect cloud presence?
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It uses infrared technology in order to detect temperature differences between clear skies and clouds. This thermal reading helps estimate cloud density and movement, even in low-light or night conditions, ensuring 24/7 monitoring.
3. Can it be used with SCADA or EMS platforms?
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Yes, the sensor supports Modbus and other industrial protocols and allows easy integration into SCADA systems, solar dashboards, or energy management platforms for centralized data visualization and decision-making.
4. Is the sensor suitable for all-weather outdoor installations?
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Absolutely. The unit is built with weatherproof housing, UV resistance along with industrial-grade durability, perfect for exposed solar fields and extreme climate conditions throughout the year.
5. How does cloud data improve plant performance analysis?
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By correlating cloud cover data with drops in solar radiation, operators can better understand performance dips. It actually helps in identifying shading losses, validating forecasts, and improving overall system reliability and uptime.
