PV Plant Micro-meteorological Monitoring
Local Weather Variations Reduce Forecasting Accuracy
PV output depends on radiation, ambient temperature, humidity, and wind. Large plants may have microclimate differences that public weather data cannot represent accurately.
Reactive Severe-weather Protection
Extreme winds and heavy rain may displace or damage modules and mounting structures, while early warning and remote verification remain limited.
Build a plant-level sensing network for forecasting, operational optimization, and severe-weather protection.
Real-time Multi-parameter Weather Sensing
Continuously collect temperature, humidity, rainfall, wind speed, wind direction, atmospheric pressure, and solar irradiance.
Weather Hazard Awareness & Protection Linkage
Set thresholds for wind speed, rainfall, and other parameters, with automatic alerts and linked images and video for remote verification and protective action.
Data Transmission & System Integration
Automatically transmit real-time data, historical records, and alerts to the monitoring platform, providing weather data for forecasting and operational analysis systems.
Provide reliable on-site weather data for forecasting, operational analysis, and dispatch systems. Early warning and remote verification support timely work adjustments and protective measures, reducing risks to PV modules, mounting structures, and electrical equipment.
Improved Forecasting & Dispatch Accuracy
Improved Forecasting & Dispatch Accuracy
Stronger Severe-weather Preparedness
Stronger Severe-weather Preparedness
Reduced Asset Damage Risks
Reduced Asset Damage Risks
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