Transform the sky into calculable data. 107° ultra-wide-angle high-definition imaging, fully automatic shooting + automatic cloud classification, upgrading from "looking at the sky" to "calculating the sky"; built-in host eliminates the need for external workstations, multiple units can be networked to cover the entire power station, and remote monitoring is possible via terminals. Cloud image data can directly drive ultra-short-term power forecasting and dynamic cloud cover cleaning scheduling - predicting sudden changes in irradiance 10-30 minutes in advance, making scheduling more flexible and reducing solar curtailment.
Technical Parameters
- Employing a CMOS visible light sensor (field of view ≥107°), it supports multiple resolutions including 3000×3000 and JPEG/MP4 output. The acquisition cycle is flexible (0~1440 min), supporting automatic/manual exposure and 0~100% cloud cover estimation (error <15%). The device has a wide operating temperature range of -40℃ to +85℃, IP65 protection, MTBF ≥5000 hours, and a design life ≥8 years. The main unit weighs approximately 3.5kg (18×18×18 cm), with a standard operating power consumption of approximately 15W. It supports AC110~240V power supply and is equipped with an M12 Ethernet port, RS-485, and SMA interface. Furthermore, it supports optional extended functions such as eight-directional cloud classification, relative humidity, atmospheric pressure, and total radiation (GHI).