Mexico faces a severe water challenge. In Mexico City alone, up to 40% of water is lost before reaching consumers due to leaks and aging infrastructure . Traditional meters and reactive repairs cannot solve this problem.
The Tengyue valve-controlled ultrasonic water meter targets Non-Revenue Water (NRW) at its source with three integrated functions:
High-Precision Ultrasonic Measurement
The Problem: Mechanical meters fail to register low-flow leaks, allowing small but continuous losses to go undetected for months.
The Solution: Advanced ultrasonic sensing technology captures even the smallest flows. With ultra-low flow start capability, the meter detects leaks that mechanical meters miss entirely, eliminating billing losses and apparent water loss .
Integrated Remote Valve Control
The Problem: Detection alone cannot stop a leak. By the time crews arrive, significant water is already wasted.
The Solution: A built-in remote control valve transforms the meter into an active network management tool. Utilities can remotely shut off supply instantly when leaks or bursts are detected, preventing massive water loss without field dispatches .
Real-Time Alerts and Leak Detection
The Problem: Delayed detection means prolonged water loss and expensive emergency repairs.
The Solution: Automatic instant notifications for leaks, abnormal flow patterns, and tampering attempts enable immediate response. Early intervention reduces repair costs and minimizes the volume of water lost .
Built for Mexican Conditions
IP68 protection for reliable operation in diverse environments
16-year battery life, reducing maintenance costs
NB-IoT, GPRS, or RS-485 communication for flexible AMR/AMI integration
Prepaid and post-paid billing support
The Tengyue valve-controlled ultrasonic water meter delivers what Mexican utilities need: precision measurement to capture all consumption, remote valve control to stop leaks instantly, and real-time alerts for rapid response.
This is how we help Mexico reduce NRW, recover revenue, and conserve water resources.