The new advanced smart meter for intelligent, flexible, and digital water network management.
AQUANEXA Smart Water Meter is an advanced smart metering solution designed to support utilities in the digitalization of water networks, intelligent consumption monitoring, and advanced network data management.
AQUANEXA Smart Water Meter integrates advanced metering, communication, and remote control technologies to ensure maximum operational reliability and integration flexibility.
The solution combines high metrological performance with a multi-channel communication architecture, designed to adapt to the diverse infrastructure requirements of utilities and the future evolution of the water sector.
Thanks to compatibility with LoRaWAN, NB-IoT, Wireless M-Bus, BLE, and NFC, the system enables continuous consumption monitoring, real-time data collection, and more efficient network management.
AQUANEXA Smart Water Meter also integrates advanced features such as a flow control valve, anti-tampering sensors, and an intelligent adaptive power management system, designed to ensure operational continuity, long service life, and maximum field reliability.
The solution seamlessly integrates with AMI platforms, SCADA systems, and data management platforms, helping utilities improve network control, reduce water losses, and support advanced smart water management strategies.
Solution developed in collaboration with ADD Grup.

Extended water
Gas
District heating
Waste
Infrastructures
Smart cities
AgricultureFor info

Continuous consumption monitoring and enhanced operational control of the water network.

Integrated valve for remote management and smart customer connection control.

Compatibility with a wide range of infrastructures and advanced communication protocols.

Early detection of abnormal consumption patterns, leaks, and tampering events.
Support for LoRaWAN, NB-IoT, Wireless M-Bus, BLE, and NFC.
Remote flow management and intelligent customer connection control.
Energy architecture designed to ensure operational continuity and extended service life.
Detection of cover opening, magnetic field interference, and operational anomalies.
Real-time acquisition of consumption, flow rate, pressure, and temperature data.
Flexible configuration to meet different project requirements and infrastructure scenarios.