What Is the Project?
REAL-TIME DMA INTELLIGENCE POWERED BY FLOW — an advanced, self-powered monitoring solution for water distribution networks. The project is built to scale and aims to reduce water losses, boost efficiency, and digitise networks with zero battery maintenance; 100% hydro powered. Developed by PYDRO, the solution monitors over 700 million liters of water in real time across multiple leading utilities. It delivers actionable insights through its cutting-edge technology that detects leaks, cuts operational expenses, and helps stay ahead of regulations. The self-powered system is not only innovative in design but also mission critical when it comes to preserving water, a resource that is losing an average of 30% worldwide due to outdated technology and data gaps… simply put, it’s a game-changer in water network digitalisation.
Main Benefits of the Project
Key figures and facts include:
- Over 700 million liters of water monitored in the field.
- Self-powered flow meter with integrated hydro-power — no batteries required.
- High-resolution, real-time measurements every minute via LTE-M, NB-IoT, or 2G.
- Multiple sensors in one device measure flow, pressure, and temperature.
- Field-ready and secure, built to operate under harsh conditions with IP68 rating.
Innovative Field-Ready Technology
The device is built for the field: a self-powered, smart flow meter that delivers data straight from the point of use. It harvests energy with an integrated hydro-power unit so there’s no need for messy battery replacements. With low maintenance requirements and an integrated datalogger and transmitter, the unit is designed to work continuously. It’s always connected and seamlessly sends data to any cloud-based or custom monitoring system — a true example of technology bridging the gap between traditional infrastructure and modern, digital water management. The self-powered feature not only saves money by cutting down site visits but also ensures that the network is monitored continuously, in real time.
From Data to Actionable Insights
Turning flow data into actionable insights is at the heart of this solution. A reliable data pipeline cleans and delivers the data within seconds so that SCADA systems see only what matters. Smart anomaly detection algorithms learn the normal patterns of each DMA (District Metered Area) and flag leaks and bursts the moment something seems off. Moreover, team workflow features allow multiple operators to collaborate effectively — tagging teammates, attaching photos, and tracking status directly within the dashboard. This comprehensive approach transforms raw sensor data into vital, real-time information that drives faster response times and smarter operational decisions.
Technical Details and Key Values
The project is underscored by both robust technical details and concrete key values that provide tremendous benefits to water suppliers. TECHNICAL DETAILS about the revolutionizing PT-1 flow meter include harvesting energy with an integrated hydro-power unit at the point of use, measuring temperature, flow, and pressure every few seconds, and providing real-time data transmission to any cloud-based system. NEXT, the KEY VALUES for water suppliers are clear: all-in-one, self-powered monitoring means lower lifetime costs due to no batteries, minimal maintenance, and fewer site visits. With automated analysis and visualization capabilities, the platform ensures that alerts on anomalies are issued instantly for faster issue resolution, enabling teams to manage their fleet remotely while keeping energy consumption low.
Advantages Compared to Other Flow Meter Solutions
PYDRO’s PT-1 flow meter stands out from other flow meter solutions in several respects. While other devices rely on limited battery life, provide data at intervals of 15 minutes or even 1–2 times per day, and require external dataloggers and on-site updates, PYDRO’s offering delivers unlimited power and high-resolution data every minute. It integrates multiple sensors in one unit and supports over-the-air security and firmware updates, ensuring enhanced operational efficiency and security. The transparency in pricing through Sensing as a Service further reinforces the project’s commitment to making advanced technology accessible and practical for water distribution networks.
Project Impact on Sustainable Development
- SDG 6 – Clean Water and Sanitation: By reducing wastage and ensuring efficient water distribution.
- SDG 9 – Industry, Innovation, and Infrastructure: Through the implementation of advanced, smart monitoring solutions.
- SDG 11 – Sustainable Cities and Communities: Enhancing urban infrastructure reliability and resilience.
- SDG 12 – Responsible Consumption and Production: Lower lifetime costs and improved resource efficiency.
- SDG 13 – Climate Action: Minimising water losses contributes indirectly to broader environmental sustainability efforts.
Bridging the Gap in Water Management
The self-powered monitoring and sensing solution brings a much-needed change in the way water distribution networks are managed. With outdated technology causing billions of economic losses and contributing to water scarcity, the integration of smart technology is essential. The project demonstrates how real-time data, continuous monitoring, and collaborative problem-solving can reduce leaks and prevent expensive pipe bursts. By leveraging modern technology to create an always-connected network, the approach not only preserves water but also meets critical digitalisation KPIs. It’s a bold step toward bridging the gap between traditional water management practices and modern, data-driven operational efficiency — ensuring that every drop counts.
