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The steadfast vigil on Jiamashan Mountain
To enhance disaster weather monitoring capabilities and short-term forecasting accuracy in the Tibet region, and to better serve local economic development, the Tibet Autonomous Region Meteorological Bureau has selected our company’s all-solid-state X-band Doppler weather radar for site deployment. All radar stations under this project are located at altitudes above 4,600 meters, with the Jarma Mountain radar station in Motuo Gongka County standing at an even higher elevation of 5,474 meters. In such harsh environmental conditions, construction and installation pose extremely high challenges, presenting a significant test of our products’ performance.
2020-07-17
The Tibet Weather Radar Monitoring and Early Warning System Successfully Passes Acceptance Test
On June 11, 2020, the "Lhasa Weather Radar System Construction" project, organized by the Tibet Autonomous Region Meteorological Bureau, successfully passed its operational acceptance. Attendees included representatives from the Tibet Autonomous Region Meteorological Bureau, the Aviation Meteorological Office of the Civil Aviation Administration of Tibet, Xi'an Huateng Microwave Co., Ltd., and relevant departments.
2020-06-17
Huateng Millimeter-Wave Cloud Radar Supports Meteorological Observations at the Two Sessions
To ensure the quality of weather observations during the "Two Sessions" and to guarantee the reliability and accuracy of observational data, the Base Office of the Meteorological Observation Center under the China Meteorological Administration recently formed a millimeter-wave cloud radar calibration team together with our company's technical support engineers. This team has begun calibrating the millimeter-wave cloud radars at seven observation stations across the Beijing area.
2020-05-20
40 Years of Weather Radar: From "Bringing In" to "Going Out"
The term "radar" originates from the English abbreviation for "Radio Detection and Ranging," and it was initially used for military purposes. Then, in 1941, the British began using radar to monitor storms, marking the beginning of meteorological radar development. Because of its critical role in short-term, nowcasting weather forecasting, weather radar is also regarded as one of the key "trump cards" in modern meteorological operations.
2018-11-08
Illustrated Plan for Fully Advancing Meteorological Modernization
2018-08-22
Accelerate the Advancement of Meteorological Modernization — An Interpretation of the "China Meteorological Administration's Opinions on Strengthening Meteorological Disaster Prevention, Mitigation, and Relief Efforts"
Recently, the "Opinions of the China Meteorological Administration on Strengthening Meteorological Disaster Prevention, Mitigation, and Relief Efforts" were officially released, outlining that by 2020, the capacity for monitoring, forecasting, and issuing early warnings for meteorological disasters will be significantly enhanced. Public coverage of warning information is expected to reach over 95%, and a comprehensive risk map of meteorological hazards—characterized by broad coverage and strong targeted accuracy—will be established. By 2035, the capabilities and standards for monitoring, forecasting, and early warning of meteorological disasters will see a substantial leap forward, while the rule of law, standardization, and modernization of disaster prevention, mitigation, and relief efforts will be markedly improved.
2018-04-02
Promote the application of artificial intelligence in the field of weather forecasting
On January 10, the National Meteorological Center convened a meeting to report on the progress of radar echo extrapolation research and development based on deep learning, further advancing the application of artificial intelligence technologies such as machine learning and deep learning in the field of weather forecasting.
2018-01-15