Mr. Ni, General Manager of Aotai Automation, led a team to the hydrological bureau of a certain province to deepen the exchange on ATV acoustic tomography flow measurement technology!
2026-01-19
Recently, Mr. Ni, General Manager of Fujian Aotai Automation Equipment Co., Ltd., led the core technical team to the Hydrological Bureau of a certain province to conduct a specialized technical exchange on the ATV acoustic tomography cross-section flowmeter. Both sides engaged in an in-depth discussion on key issues—including the technical principles of core equipment, the suitability of application scenarios, and watershed monitoring solutions—around the need for intelligent upgrades in hydrological monitoring, thereby laying a solid foundation for future practical cooperation.
At the exchange meeting, Mr. Ni’s team provided a detailed introduction to the core advantages of the ATV acoustic tomography cross-section flowmeter. This device employs advanced acoustic tomography inversion technology and is equipped with multiple high-precision ultrasonic transducers. It can measure cross-section widths ranging from 5 to 100 meters, enabling precise, non-contact monitoring of the entire cross-section even under complex flow conditions. The device supports a dual-power supply mode featuring both solar energy and batteries, offering an operational lifespan of over five years. It also features a built-in dual-mode 4G+Beidou transmission module that allows real-time uploading of timestamped monitoring data to a management platform, effectively addressing the pain points of traditional flow measurement devices—low measurement accuracy in wide cross-sections and highly turbid waters, as well as high operation and maintenance costs.
A relevant official from the hydrological bureau of a certain province highly praised the device’s advanced technology and its suitability for various application scenarios. Both sides focused on exploring the potential applications of the device in areas such as flood-warning systems for river basins and dynamic monitoring of water resources, and reached a preliminary consensus on cooperation directions, including pilot deployment of the device and collaborative data sharing. This exchange has injected technological momentum into enhancing the modernization of regional hydrological monitoring and strengthening the defense line for water security.
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