A major technological breakthrough has been achieved in the field of international mountain flood early warning! The newly developed micro-meteorological monitoring system has been successfully deployed at multiple geological disaster sites around the world, achieving minute-level precise monitoring of rainfall and reducing the mountain flood warning time from hours to minutes, thus buying precious time for disaster emergency response.
Technological innovation: Internet of Things + micro-sensors achieve precise monitoring
This miniature weather station, which is only the size of a palm, integrates high-precision rainfall sensors and can collect key meteorological data such as temperature, humidity, wind speed and wind direction in real time. The equipment transmits the monitoring data in real time to the cloud platform through Internet of Things technology, assisting the staff in data analysis.
Ma Wen, the head of the R&D team, introduced: “Traditional automatic weather stations are large in size and high in cost, making it difficult to deploy them on a large scale in remote geological disaster sites.” The micro-devices we have developed not only have their prices reduced by 80%, but also have extremely low power consumption and can operate continuously relying on solar power.
Application effectiveness: The early warning accuracy has been improved to over 95%
During the 12 months of pilot operation in the Alps, the system successfully issued three warnings for mountain floods, with an early warning accuracy of 97.6%. The head of the local emergency management department said, “Minute-level rainfall monitoring data enables us to predict the time and scale of flash floods more accurately, and evacuation decision-making is more scientific and reliable.”
Global promotion: Cost reduction helps developing countries
Compared with the price of traditional weather stations, which often amounts to tens of thousands of dollars, the cost of this miniature device is only a few hundred dollars, making it affordable for developing countries. At present, this system has been promoted and used in areas prone to mountain floods such as Southeast Asia and South America.
“We have collaborated with local manufacturers to further reduce production costs while maintaining the reliability of the equipment,” said the project promotion director. “We also provide remote calibration training for local technicians to ensure the accuracy of monitoring data.”
Future outlook: Building a global geological disaster monitoring network
The World Meteorological Organization has incorporated this project into the global geological disaster early warning system and plans to build 100,000 monitoring points worldwide within the next five years. These monitoring points will form an intelligent monitoring network covering areas prone to geological disasters around the world.
Experts say that this kind of micro weather station can not only be used for mountain flood warning, but also provide important data support for weather forecasting, climate research and other purposes. With the continuous maturation of technology and the further reduction of costs, it is expected to be widely applied worldwide. This innovative technology not only enhances the accuracy and timeliness of mountain flood warnings, but also provides a new solution for global geological disaster prevention and control. It is expected to play a significant role in saving lives and reducing property losses.
For more weather station information, please contact Honde Technology Co., LTD.
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Email: info@hondetech.com
Company website: www.hondetechco.com
Post time: Sep-15-2025