Weather radar for hydrology, aviation, population and asset protection, agriculture, research, gap-filling, early warning systems, and more.
The dual polarization option enables attenuation correction, advanced product generation, and hydrometeor classification.
Its compact design enables for – stationary, transportable, or mobile applications
Multi Radar Mosiac network can be created, which makes a composite visual for the customer.
The system is capable of detecting long range in-cloud lightning at high efficiencies critical for the advanced prediction of severe weather phenomena such as:
Wind profiling radar has a full coherent phased array and digitized pulse Doppler technical system, automatic high/low combining operation mode, and capabilities of detecting three-dimensional (3D) wind field below boundary layer in real time with higher temporal resolution and spatial resolution. It is in possession of such advantages as high temporal-spatial resolution, high detection accuracy, high reliability, low long-term service cost, and etc.
Wind profiling radar is a remote sensing equipment. It has been become an effective tool for continuous, real-time remote sensing atmospheric wind filed, especially suitable for wind measurement in the situation of detection without balloon. This kind of radar not only can provide detailed wind field structure and its evolution with time, but also large amount of real-time 3D fine wind field information that is useful for atmospheric science research and weather forecast, but is very difficult to acquire by use of conventional detection measures.
Moreover, the wind profiling radar also has wide application prospects in:
The DOPPLER SODAR system which measures remotely a vertical profile of wind speed, direction, thermal stratification and turbulence parameters up to 400, 700 and 3,000 meters average altitude range depending on Sodar model.
Further performance:
The Doppler Sodar provides: - echo strength - wind speed - wind direction - vertical speed - various turbulence parameters . The system is perfectly suited for regional wind studies for pollutant dispersion analysis, meteorological studies and military applications.