The CO₂FLUX lidar combines differential absorption principle and coherent heterodyne detection technology, enabling high-precision synchronous detection of CO₂ concentration profiles and wind fields within the boundary layer.
With features such as miniaturization, low power consumption, and high accuracy, it can perform all-weather, continuous monitoring of wind profiles, CO₂ column concentrations, CO₂ concentration profiles, and signal-to-noise ratio data products.
It is applied to various scenarios of CO₂ gas monitoring needs, such as carbon flux distribution in key areas, emission source localization, urban or regional carbon accounting, etc. The company also provides flexible inversion algorithms and customized business software, offering users comprehensive solutions and services.
High accuracy
High resolution
Compact design
CO₂ flux analysis
Eye-safe
Unmanned operation
| Maximum Detection Distance ≥3km(clear skies and cloud-free detection conditions) | Spatial Resolution 30m/60m /90m(configurable) | Time Resolution ≤5min | CO₂ Accuracy ≤1.5ppm |
| Wind Speed Measurement Accuracy ≤0.1m/s | Wind Direction Measurement Accuracy ≤3° | Weight ≤140kg | |
CO₂ column concentration, CO₂ profile, wind profile, CO₂ flux, aerosol extinction coefficient, backscatter coefficient, signal-to-noise ratio.
