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As the European Union pushes toward its 2035 energy efficiency targets, smart water meters are rapidly moving from niche technology to critical infrastructure. Driven by regulations such as the EU Energy Efficiency Directive and Directive (EU) 2019/944, Europe is accelerating its adoption of digital systems that enable transparent, efficient, and data-driven resource management. For manufacturers […]

For water utilities, summer means surging demand. Total water consumption typically rises by 20–30% during the warmer months, yet an estimated 30–40% of that water is wasted due to leaks, uncontrolled use, and inaccurate metering. In hot climates, water becomes even scarcer—making proactive preparation essential. This is why forward-thinking utilities are deploying smart metering solutions

Last week, our team had the opportunity to exhibit at ASIA WATER 2026 in Kuala Lumpur — one of the region’s most influential platforms for water industry professionals. As smart water meter manufacturers, we went in with an open mind. What we found was a concentrated gathering of familiar names, rising regional players, and a

This smart water meter connects to NB-IoT or LoRaWAN, syncing all data to the cloud. Users can check real-time flow, pressure, and water temperature anytime via a phone app. Its biggest advantage: the moment a leak occurs, it automatically shuts off the water supply in seconds — long before you receive an alert. How It

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.

For decades, water utilities have relied on meters for one primary purpose: measuring consumption. But what if your water meter could do more than just count gallons? The reality is that modern water management is no longer just about how much water is used—it’s about gaining insights that you can turn into actions. In an

Non-Revenue Water (NRW) continues to be one of the most costly challenges for water utilities worldwide. Unaccounted water loss, hidden leakage, unauthorized consumption, and inefficient management directly impact revenue and sustainability. Valve-controlled ultrasonic water meters have become a leading solution for NRW reduction, and the TY Metering TS11FW is engineered specifically to address these challenges

As a water meter manufacturer, we talk to utility procurement managers every week. One question comes up again and again: “Why do my maintenance costs keep going up even though I am buying cheaper meters?” Here is what we have learned from our customers. Mechanical meters have moving parts — discs, pistons, or turbines. These

You invested in an AMI network. It was a major project. Now your mechanical meters are reaching and of life, and someone tells you the new meters will not work with your old system. That is a problem. But it does not have to be your problem. At TY Metering, we designed the TS14W Ultrasonic Water Meter to

You invested in an AMI network. It was a major project. Now your mechanical meters are reaching and of life, and someone tells you the new meters will not work with your old system. That is a problem. But it does not have to be your problem. At TY Metering, we designed the TS14W Ultrasonic Water Meter to

Here at TY Metering, we hear this from utility superintendents and facility managers all the time. Why do mechanical water meters need to be replaced every few years? Mechanical meters have a predictable failure pattern. The moving parts spin millions of times. Sand and debris accelerate wear. Hard water leaves deposits that jam the mechanism.

Non-revenue water (NRW) remains one of the biggest headaches for water utilities worldwide. Hidden leaks, inaccurate metering, and data silos all contribute to wasted water and lost revenue. Join us at WATERTECH CHINA 2026 — June 9–11 at the Shanghai National Convention & Exhibition Center — to discover a smarter way forward. We are showcasing our

TengyueMetering has recently officially obtained CMMI Level 3 certification. As an internationally recognized authoritative standard for evaluating the R&D maturity and project management capabilities of software enterprises, this certification indicates that the company has reached internationally advanced levels in core areas including software process management, technological R&D, and project delivery. It serves as a key milestone

Non-revenue water (NRW) silently drains your utility’s budget. Leaks go undetected. Unauthorized consumption goes unbilled. Mechanical meters under-register at low flows. Every gallon that flows through your pipes but never appears on a bill is revenue you earned but cannot collect. How can a valve-controlled ultrasonic water meter solve this? The TS11FW Valve-control Ultrasonic Water

Non-revenue water (NRW) silently drains your utility’s budget. Leaks go undetected. Unauthorized consumption goes unbilled. Mechanical meters under-register at low flows. Every gallon that flows through your pipes but never appears on a bill is revenue you earned but cannot collect. How can a valve-controlled ultrasonic water meter solve this? The TS11FW Valve-control Ultrasonic Water

Here is something most utility managers don’t know. When a customer partially closes their upstream ball valve to “save water,” they might be doing the opposite — stopping your meter from measuring at all. Recent independent research tested six ultrasonic water meters from different brands. The finding was striking: at 75% valve closure, water continued

A bulk water meter installed on a main supply line serves hundreds or thousands of customers. When it loses accuracy, the entire downstream billing is wrong. And yet, most large-diameter mechanical meters start drifting within five to seven years. Moving parts wear out. Turbines and pistons spin millions of times. Sand and debris accelerate the

Large-diameter pipelines — the arteries of your distribution network — are the hardest places to find leaks. A pinhole crack in a 200mm main can waste thousands of gallons per day, but traditional mechanical meters often cannot see it. Their start-up flow is too high. The slow leak simply passes through, unregistered, until the water

Large-diameter pipelines — the arteries of your distribution network — are the hardest places to find leaks. A pinhole crack in a 200mm main can waste thousands of gallons per day, but traditional mechanical meters often cannot see it. Their start-up flow is too high. The slow leak simply passes through, unregistered, until the water

In Johannesburg, non-revenue water (NRW) has reached 44.8% — nearly half of all treated water produces no revenue. In Malawi, NRW ranges from 26% to 46%, with the Blantyre Water Board losing over half of its water. In Kenya, 76 water firms lost 204 billion liters of unbilled water in a single year, a staggering