Wind Profiler Radar

The Wind Profiler Radar is a professional meteorological radar purpose-built for near-surface atmospheric boundary layer wind field detection. It performs real-time, continuous profiling of horizontal wind speed, wind direction, and vertical airflow from 100 m above ground level to 3 km altitude, delivering stable upper-air wind field observation data for meteorological operations. The system supports both fixed-station and mobile deployment, adapting to diverse operational scenarios and rapid setup requirements.

Adopting L-band pulsed Doppler design paired with phased array antenna, this system uses all-solid-state transmitter and digital intermediate frequency receiver. It leverages effective clutter suppression processing to accurately capture turbulence signals within the boundary layer. Embedded algorithms check wind data quality and automatically spot wind shear and low-level jet streams, generating practical meteorological outputs to boost on-site real-time service efficiency. It can be mounted as fixed equipment or fitted onto mobile carriers, easy to set up and put into use in various working locations.

Airport Wind Shear Monitoring: Delivers continuous low-level wind profiles for real-time wind shear identification across the airport terminal area, supporting flight safety assessment and aerodrome weather warnings during approach and departure phases.

Atmospheric Environmental Impact Assessment: Provides boundary-layer wind field data for atmospheric dispersion modeling and environmental impact studies, supporting industrial facility siting, regulatory assessment, and environmental approval processes.

Local Wind Field Research: Supplies high temporal and spatial resolution wind profile data for mesoscale meteorological research, urban boundary-layer studies, and site-specific wind environment characterization.

Atmospheric Pollution Dispersion Analysis: Enables real-time monitoring of low-level wind field structure to model pollutant transport trajectories and diffusion patterns, supporting air quality management and environmental emergency response.

Offshore & Coastal Meteorological Support: Provides continuous boundary-layer wind profiling for near-shore and coastal meteorological operations, marine weather support, and offshore environment monitoring.

Wind Energy Site Assessment: Delivers high-resolution vertical wind profiles across turbine rotor-swept altitudes, supporting wind resource quantification and turbine siting decisions for wind farm development.

Purpose-Built for Boundary-Layer Operations - Engineered specifically for near-surface wind field detection, the system's ≤ 100 m minimum detection altitude and ≥ 3 km maximum range span the complete boundary layer most relevant to aviation, environmental, energy, and operational meteorology applications.

Continuous Data Without Consumables - Delivers an uninterrupted wind profile data stream at ≤ 5 min time resolution, providing persistent boundary-layer observation without the scheduled launches, balloon expenditure, or staffing demands of radiosonde-based profiling.

Actionable Secondary Products - Automated wind shear and low-level jet stream identification moves the system beyond raw wind data delivery, producing operationally relevant alerts and products that directly support meteorological decision-making.

Solid-State Reliability - The all-solid-state transmitter and phased array antenna architecture eliminates high-voltage tube components and mechanical antenna rotation, reducing failure points and maintenance requirements for long-term continuous operation.

Flexible Resolution Modes - Selectable height resolution of 60 m or 120 m allows the system to be tuned to application requirements - finer resolution for research and wind energy assessment, broader resolution for operational network smoothing.

Rapid Multi-Scenario Deployment - Dual fixed/mobile configuration capability supports permanent network installation and rapid field deployment with equal effectiveness, making the system suitable for both standing operational networks and temporary or campaign-based measurement programs.

We can do customized system configuration based on different operational requirements, like, for various setups. Sometimes it involves a bit of integration and a new way of arranging things, include:

• Multi-language software interface
• Data communication integration
• Regional meteorological standards, and related alignment
• Ground station configuration

• Product specifications
• System configuration support
• OEM/ODM cooperation
• Quotation and project consultation, plus a broader plan if needed

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