Molas 3d Doppler Wind Lidar Four Beam Bankable
Doppler wind lidar Wind Lidar Molas 3D four beam Bankable
| Product introduction
Molas 3D is a three-dimensional scanning doppler wind lidar based on the principle of pulsed laser coherent Doppler frequency shift. Various scan modes (PPI/RHI/DBS/LOS/programmed scan) are realized. Molas 3D can be applied to offshore wind resource assessment, complex terrain research, wind turbine wake detection, airport glide path wind shear warning, urban meteorological observation, high-altitude turbulence detection and other customized wind speed measurement scenarios.
| Application scenarios
Provide wind field information to understand the state of wind in the boundary layer .
Provides accurate and high spatiotemporal wind profile information within a few kilometers of the near surface, filling the gap in low-altitude observations
| Product parameters
| Basic parameters | |
| Line-of-sight detection distance | 8km (corresponding to 75m distance resolution) 4km (corresponding to 30m distance resolution) |
| Distance resolution | 30m/45m/60m/75m optional |
| Accumulation time | 0.5s/1s/2s/4s/8s optional |
| Radial wind speed measurement range | -75~+75 m/s |
| Radial wind speed measurement accuracy | 0.1m/s |
| Number of distance layers | up to 300 |
| Horizontal scan range | 360° × n |
| Vertical scan range | -10°~190° |
| Environmental parameters | |
| Operating temperature and humidity | -25~+50℃ (extendable to -40~+60℃), 5%~100% RH |
| IP protection class | Housing IP54, core module IP66 |
| Anticorrosion grade | C4 |
| Survival wind speed | 70m/s (fixed by foot or by wire rope) |
| Working altitude | ≤3500m |
| Product Features
large range:4/8km typical detection distance
High precision:Pointing accuracy 0.1°, visual direction wind speed accuracy 0.1m/s
Rich scanning methods:PPI/RHI/DBS/LOS/ Programmable arbitrary scan method
| Product Image
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