All Sky ImagerASI-16 is a new generation all sky imaging instrument that automatically records complete cloud cover distribution data and cloud base height data without the need for sun shading devices. It can be used for climate and environmental research, ultra close range solar power forecasting, and solar power plant site selection. Its embedded solar monitoring system can greatly enhance the ability of regional solar energy resource research and prediction.

This imaging device hasWith a wide viewing angle of 180 ° and high-resolution sensors, it can automatically record the distribution data of cloud cover throughout the sky, and use advanced cloud detection algorithms to convert it into cloud cover data and cloud base height data. The ASI-16 imager can access the Internet through the standard network card, and transmit data to the server or monitoring computer through the network.

The ASI-16 imaging control software integrates a horizon determination tool, providing users with greater flexibility in selection and meeting their needs for various functions. If the zenith angle range, ground cover area, or user interested area can be set through software to avoid the influence of inherent obstructions around the measurement station on the observation results. The imaging device also has good waterproof function and can work normally in humid outdoor environments.

Product advantages

lEasy to operate: high degree of automation, ready to use upon startup

lLow cost: No needGPS， Significant cost reduction

lHigh precision: combined with LiDAR andSLAM algorithm enables integrated indoor and outdoor measurement, achieving centimeter level measurement without the need for GNSS signals

Data accuracy

lSimple and convenient viewing: data is displayed in real-time on mobile devices such as smartphones and tablets; Support wireless/Viewing data through wired means; Strong data transmission stability, collecting and viewing at the same time

lHigh efficiency: Real time display of high-precision point cloud data, support for online closed-loop and closed-loop optimization, and export of collected point cloud data and motion trajectories upon completion of scanning

lLightweight and convenient design, capable of carrying different mobile platforms, allowing for easy data collection whether handheld, walking, cycling, or in car