All-Sky Camera (SkyCam7 series)
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SkyCam(7D, 7N, 7P)series of all-sky camera can be networked to automatically and continuously record day and night all-sky cloud data. The equipment features a wide field of view and high resolution, making it suitable for solar energy assessment and monitoring, solar power prediction, PV plant design, meteorological observation, environmental monitoring, climate research, weather forecasting, satellite validation et al.
SkyCam7D is a visible all-sky camera designed for daytime cloud cover detection, with a field of view of 180° and an image resolution of 3000×3000. It is suitable for meteorology, photovoltaic power prediction, solar resource assessment, architectural design, et al.
SkyCam7N is an infrared all-sky camera capable of detecting cloud cover during both day and night, with a field of view of 180° and an image resolution of 1280×1024. It is suitable for continuous day and night cloud cover observation scenarios, with applications including meteorology, high-precision photovoltaic power prediction, solar resource assessment, and architectural design et al.
SkyCam7P Advanced Professional Edition (supports deep customization) is an infrared + visible all-sky camera that enables continuous day and night cloud cover detection across multiple fields of view. It combines the dual advantages of infrared and visible offering functions such as visible light cloud cover, infrared cloud cover, comprehensive cloud cover, and cloud classification detection et al. The visible field of view is 210°, and the infrared field of view is 180°. It is suitable for application scenarios requiring detailed detection of comprehensive cloud indicators and can be deeply customized according to user needs.
Features
(1) All-solid-state, unobstructed, supports all-weather operation;
(2) Built-in computer host, no additional workstation installation required;
(3) Embedded automatic cloud cover observation and analysis software;
(4) Automatic cloud image acquisition, processing, and analysis;
(5) Automatic exposure, remote measurement and control, and remote data uploading;
(6) Visual web-based interactive management interface, allowing remote login to the all-sky imager for device viewing, historical data review, and download;
(7) High-capacity host data storage and backup.