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All-solid-state X-band dual-polarization Doppler weather radar
SUNCOM WR-XDP1 All-Solid-State X-band Weather Radar is an X-band all-solid-state Doppler weather radar. This system detects atmospheric weather phenomena by analyzing the backscattering of electromagnetic waves from clouds and precipitation, as well as the diffraction effects caused by clear air. It monitors meteorological targets within a 24 km altitude and 75 km range, capturing parameters such as position, intensity, average Doppler velocity, and velocity spectrum width, thereby providing accurate and efficient data for the research and prevention of meteorological disasters. The radar enables the detection of hazardous weather events including hailstorms, downbursts, mesocyclones, and gust fronts, while also achieving high-precision remote measurement of regional precipitation.
All-solid-state precipitation radar system
SUNCOM SCPR-1 all-solid-state precipitation radar system is based on the detection of rainfall by precipitation radar, relying on a computer network platform, following a unified technical architecture, and building a high-resolution areal rainfall monitoring and early warning system on the basis of existing real-time rainfall conditions and geographic information database systems. The all solid state precipitation radar system can detect rainfall within a radius of 48km and accurately perform precipitation statistics. It is widely used in urban waterlogging forecasting, meteorological disaster warning, emergency management, critical area protection and other fields.
All-solid-state Ka-band millimeter-wave cloud radar
SUNCOM SC-MWCR1 All-Solid-State Ka-band Cloud Profiler is a cutting-edge cloud observation device that employs vertical zenith-pointing detection to capture parameters such as cloud top height, cloud base height, cloud coverage, cloud profile structure, and vertical velocity within a 15 km range. It enables continuous monitoring of cloud precipitation evolution processes. It is widely used in meteorological services and weather modification operations, providing critical weather monitoring for airports and disaster-prone areas.
Ka-band dual-polarization cloud Radar
SUNCOM SC-KACR1 Ka band dual polarization cloud radar adopts an all solid state, dual transmitter dual receiver linear polarization, and fully coherent pulse Doppler system. It utilizes the scattering effect of electromagnetic wave from meteorological targets such as clouds, fog, and light precipitation to quantitatively detect the spatial position and distribution, echo intensity, radial velocity, velocity spectrum width, and dual polarization parameters of meteorological targets within its range, and obtain the characteristics of target shape, phase, and spatial orientation. It has high sensitivity, high spatial resolution, and high reliability. Millimeter wave cloud radar can be applied in various fields and areas such as aerospace launch meteorological support, atmospheric science research, artificial weather modification, automated cloud observation, airport meteorological support, military meteorological support, etc. It can strengthen the detection of clouds, enhance the detection of the fine structure of disaster weather systems, improve the accuracy of quantitative precipitation measurement, form continuous detection of the transition process between different weather conditions, and improve the level of weather modification operations, weather numerical forecasting, and climate model research. This provides important basis for short-term weather forecasting, numerical simulation of cloud development and evolution, analysis of atmospheric circulation, artificial weather modification work, and scientific research.
All- Solid-State S/C/ X-band fully coherent doppler weather radar
SUCOM WR-S/C/X FCD1 all-solid-state S/C/X band fully coherent Doppler weather radar can monitor and forecast weather phenomena within a range of 75km, and is widely used in key regional protection fields such as regional gap filling, flash floods, and small-scale disaster weather monitoring, emergency meteorological support, weather modification, and aviation safety etc.
Boundary layer wind profile lidar
SUNCOM SC-BLWPL boundary layer wind profile lidar is widely used in various fields such as meteorological and climate research, numerical weather prediction assimilation, study of atmospheric transport and pollution, and low altitude wind shear detection.
SC-BLWPL boundary layer wind profile lidar is based on the principle of optical coherent Doppler frequency shift detection, which can meet the high-precision and detailed 3D wind fields measurements within the atmospheric boundary layer (up to 1500m/3000m altitude). Lidar real-time outputs meteorological data products such as wind profile, vertical airflow velocities, boundary layer (cloud base) height, SNR (signal-to-noise ratio), backscatter intensity, etc. The wind speed detection accuracy is less than 0.2m/s, the temporal resolution is ¡Ü 1s, and the spatial resolution is ¡Ü 15m. The laser radar has a small size, light weight, and low power consumption, making it convenient for field observation or installation on a vehicle mounted mobile platform for walking observation.
Transmissometer
The SC-TM01 trabsnussineter assists in the identification of haze, sandstorms, rising sand, and floating dust in ground meteorological observation operations. Real time online monitoring of parameters such as PM10, PM2.5, PM1 mass concentration, temperature, humidity, and air pressure in the atmosphere. It is based on the principle of laser scattering and has heating and dehumidification functions, which can accurately measure the concentration of particulate matter in the atmosphere in high humidity environments. It has the characteristics of high precision, high reliability, small size, light weight, easy installation and maintenance, and strong environmental adaptability.
Ground-Based multichannel microwave radiometer
The SM-GMR ground-based multi-channel microwave radiometer is a new type of atmospheric remote sensing instrument developed by SUNCOM specifically for meteorological observation and artificial influence weather detection. The system integrates high-sensitivity dual band broadband millimeter wave receiving measurement, auxiliary detection, and comprehensive data processing device. It can continuously detect atmospheric microwave radiation in the water vapor and oxygen bands without emitting electromagnetic waves to the outside, accurately measure multi-channel atmospheric brightness temperature values within the working frequency band, and automatically calculate various atmospheric parameters such as atmospheric temperature, humidity, cloud water distribution, and water vapor and liquid water content in the top airspace in real time. At the same time, it can also monitor meteorological elements such as temperature, humidity, pressure, precipitation, and equipment working status information at the work site. It uses a text and graphical comprehensive processing terminal to record, display, and replay in real time, thus providing real-time information for weather processes. Real time monitoring, early warning Numerical forecasting and shadow command provide continuous observation data and decision-making basis.
Please send email to sales@chinasuncom.com to check the available productions, latest datasheet and prices. SunCom also accept OEM and products customization.
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