
Solid State Weather Radar
Our solid state weather radar watches weather out to 300 km, built for real, everyday monitoring and forecasting. It uses an all-solid-state transmitter, so it sips power and has zero high-voltage risks. We run multi-pulse transmission to hold that long detection range. It's DC-powered, no high voltage, no warm-up-flip the switch and it's live right away. The whole unit sits in a radome with built-in temperature control, steady through sweltering summers and freezing winters.
Description
Our solid state weather radar watches weather out to 300 km, built for real, everyday monitoring and forecasting. It uses an all-solid-state transmitter, so it sips power and has zero high-voltage risks. We run multi-pulse transmission to hold that long detection range. It's DC-powered, no high voltage, no warm-up-flip the switch and it's live right away. The whole unit sits in a radome with built-in temperature control, steady through sweltering summers and freezing winters. Day-to-day, it makes way more useful data products, fits more jobs, and just works better. It gives dual-polarization data, letting you spot particle size, shape, rain or snow type, all the small weather details you need. It filters out junk echoes-false propagation, ground clutter, sea clutter gone clean. It nails rain and snow estimates; dual-pol QPE ignores hail and bright bands, blocking non-weather noise on its own. Smart algorithms churn out loads of secondary products, so you can read weather systems clearly, spot local severe weather fast, and fire off warnings when it matters most.
Features
1. Radar Architecture
This radar uses a 1D digital active phased array, all solid-state. Transmit and receive are fully digital, fully coherent. It's pulse Doppler, dual-polarized too.No moving parts to wear out, no high-voltage tubes. Everything's digital and steady.
2. Data Quality
When the beam tilts off the boresight, things shift. Transmit/receive beamwidth changes. Antenna gain and pointing aren't perfect anymore. That messes with detection accuracy and data quality.We fix that with calibration and correction. Keep those shifts from ruining your data.
3. Scanning Strategy
You get all the tools here: narrow transmit/narrow receive, wide transmit/narrow receive. Single beam, multi-beam. Adjust resolution and pulse compression ratio. Use beam multiplexing too.
Technical indicators
|
Detection Range (km) |
Warning range ≥ 150 km |
|
Range Resolution (m) |
≤ 75 m |
|
Parameter Measurement Accuracy (RMS error) |
Range ≤ ±75 mReflectivity ≤ ±1 dBVelocity ≤ ±1 m/sSpectral Width ≤ ±1 m/s |
|
Minimum Detectable Reflectivity Factor at 50 km (simultaneous transmit/receive, reference value) |
≤ 3 dBZ |
|
Peak Pulse Power (Total Power) |
≥ 1000 W |
|
Pulse Repetition Frequency |
300 Hz ~ 5000 Hz |
|
System Phase Noise |
≤ 0.1° |
|
Ground Clutter Suppression |
≥ 55 dB |
|
Antenna Scan Speed |
Azimuth: 0 ~ 60°/s, error ≤ 5%Elevation: 0 ~ 60°/s, error ≤ 5% |
Application fields
Solid state weather radar monitors and forecasts weather activities within 300 kilometers. It tracks flash floods and small-scale severe weather, and serves emergency meteorological support and weather modification tasks. It also handles weather surveillance around airports. The device covers blind areas of conventional S and C band radars. It fits daily work of meteorological bureaus, water conservancy departments, airport operators, oil fields and salt farms.
Why Choose Our Solid-State Weather Radar
This solid-state weather radar boasts reliable digital phased array design with no wearable parts or high voltage risks. It powers up instantly and runs safely with low energy consumption. Built-in calibration fixes beam deviation issues to keep collected data precise and credible. Flexible scanning modes let users tweak detection resolution freely for diverse observation needs. Strong clutter filtering cuts irrelevant interference effectively. Dual polarization technology identifies rain, snow and tiny weather particles accurately. It delivers abundant weather analysis results to catch sudden severe weather timely. Capable of scanning up to 300 kilometers, it fills detection gaps of traditional radars and suits monitoring work for airports, water conservancy sites and industrial zones.
Customized Solutions and Technical Support
We offer comprehensive technical support tailored to your business scenarios and needs, whether you require a complete customized solution or partial system adjustments.
We provide the following customized services:
- Multilingual Software Interface: Supports global multilingual switching to meet the needs of cross-border business and localized operations.
- Data Communication Integration: Open data interfaces for easy integration into your existing system platform.
- Regional Meteorological Standard Alignment: Targeted calibration and algorithm adaptation based on meteorological standards of your country or industry.
- Ground Station Configuration: Flexible combinations of ground station hardware and software to optimize data acquisition in special environments.
More Meteorological Equipment and Business Partnerships:
If you are looking for more professional meteorological equipment or require detailed project solutions, please contact our team of technical experts directly. We will provide you with professional assistance in the following areas:
- Obtain detailed product specifications and technical white papers
- System configuration and selection recommendations for complex scenarios
- Deep OEM/ODM customization and contract manufacturing cooperation
- Project budget quotations, bidding support, and overall solutions
Our engineers will provide you with professional responses as soon as possible.
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