Fujian Aotai will release a Mini underground road surface water accumulation meter by the end of October 2025, empowering various urban projects in 2026!
2025-11-14
At the end of October 2025, Fujian Aotai Automation Equipment Co., Ltd. released a new Mini type underground road surface water accumulation meter. This device breaks through with lightweight and economy, taking into account core performance, data transmission and power consumption control, achieving no measurement blind spots throughout the machine. It not only provides support for water accumulation monitoring in urban projects in 2026, but also significantly reduces the financial pressure on the projects.
The core advantages are prominent: the volume is reduced and the equipment cost is lowered. The installation difficulty and working hours are decreased, making the overall installation cost more economical. This lays a foundation for large-scale promotion and reduces the investment in project procurement and construction.
Stable performance: The anti-interference and waterproof capabilities of the structure are comparable to those of the regular model. It has the same structural strength and compressive resistance. The durability and reliability in underground scenarios are not compromised, meeting the daily monitoring requirements.
Hybrid perception technology support: Utilizing the dual-sensor collaborative technology of conductivity water immersion and underwater ultrasonic ranging (verified through years of application), it accurately perceiving the depth of water accumulation. By integrating ultrasonic blind zone measurement technology, it achieves no measurement blind zone, enhancing accuracy while reducing power loss and lowering hidden operation and maintenance costs.
The battery life design meets the requirements: It optimizes power efficiency and reduces battery capacity through efficient sleep, detection and communication strategies. Although the battery life has been reduced from 10 years of the regular model to 4 years, the cost control is more in line with the economic viability of the project.
Reliable data transmission: Wireless radio frequency output is recommended. It has strong water-permeable transmission capacity and does not affect data measurement and real-time transmission in high water accumulation environments. When paired with a signal concentrator, data can be converted into 4G signals and uploaded to the background, eliminating the need for a complex transmission system and reducing construction costs.
This device is compatible with various types of projects in 2026, including urban low-lying area monitoring, waterlogging monitoring, urban lifeline monitoring, and resilient city monitoring. It can enhance the coverage and response efficiency of water accumulation monitoring, and significantly reduce the financial pressure on projects.
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