Cancún is facing an unprecedented drought. Reservoir levels have reached historic lows, and authorities have called on residents to reduce water consumption by 10% — to just two minutes of running water per day. A €31 million emergency package has been announced.
The situation in the Mexican Caribbean reflects a broader trend across the Americas. Rising temperatures, erratic rainfall, population growth, and tourism are putting immense pressure on water infrastructure. Traditional resource management is no longer sufficient.
The “save two minutes” call is an important step, but behavioral change alone is not enough. Sustainable results require accurate metering, data transparency, and real-time consumption control.
The TS11FW Ultrasonic water meter with an integrated valve enables the transition from monitoring to active management:
- Remotely limit water supply
- Programmable flow reduction
- Temporary flow reduction (e.g., two minutes)
- Prevent overconsumption without full disconnection
This is especially valuable for municipalities, property managers, hotels, and residential complexes. If a consumer systematically exceeds allowed limits, the system automatically adjusts supply — turning control into a tool for responsible usage, not punishment.
Tengyue Metering ultrasonic meters ensure high accuracy throughout their service life and detect flow from as little as 1 liter per hour, identifying leaks that can otherwise cause millions of cubic meters in annual losses.
The TS11FW integrated valve model enables remote supply limitation and management.
From reaction to management
The experience of Cancún shows that the water crisis is no longer hypothetical. Investments in infrastructure must go hand in hand with metering digitalization.
Tengyue Metering enables the shift from passive distribution to active management: transparent data for utilities, loss reduction for municipalities, awareness and control for consumers.
When every drop matters, technology becomes a necessity. Tengyue Metering is a step toward a sustainable, manageable water supply system under climate change.