How Photovoltaic Weather Station Supports Efficient Operation and Benefit Maximization of PV Power Plants

As a professional monitoring tool specifically designed for the efficient operation of photovoltaic (PV) power plants, the Photovoltaic Weather Station features functional design, parameter selection, and data application that are deeply tailored to the actual needs of PV scenarios. It serves as a critical device for ensuring the stable operation and efficiency improvement of PV power plants.

Beyond covering basic environmental metrics such as air temperature, humidity, and wind speed, the Photovoltaic Weather Station places enhanced focus on monitoring specialized parameters directly related to PV power generation efficiency. These include global solar radiation, diffuse solar radiation, direct solar radiation, PV module surface temperature, and irradiance on the inclined surface of solar panels. These specialized parameters enable accurate monitoring of key environmental factors that affect the power generation performance of PV modules, providing direct and crucial data support for PV power plant efficiency evaluation and equipment fault diagnosis. This creates a clear distinction from devices focused on general meteorological observation.

Developed around the core operational needs of PV power plants, the monitoring data of the Photovoltaic Weather Station can be directly connected to the PV power plant operation and maintenance (O&M) management system. This allows O&M personnel to grasp real-time dynamic changes in the operating environment of power generation equipment, proactively avoid power generation losses caused by issues such as abnormal irradiance and overheating of modules, and ensure the long-term stable operation of the power plant.