Gas safety and smart metering solutions
Cubic smart ultrasonic gas flow meters and modules realize high stability and high accuracy measurement for residential, commercial, and industrial applications.

With innovative ultrasonic flow sensor technology, Cubic smart ultrasonic gas flow meters and modules realize high stability and high accuracy measurement for residential, commercial, and industrial applications, especially for low flow range (Qmin) measurement.
With built-in temperature and pressure compensation, along with intelligent software algorithm, Cubic gas flow meters and modules are accurate in air, 100% CH4, LPG and different natural gases for full temperature range.
Thanks to full electronic design without moving parts, ultrasonic gas meter technology has no issue of mechanical wear which leads to degradation of accuracy and has the advantage of anti-contamination. Therefore, long-term stability and accuracy can be guaranteed for ultrasonic gas meter solutions and there is no need for periodical maintenance.
Besides, Cubic smart ultrasonic gas flow meters and modules are equipped with temperature sensor, pressure sensor and shut-off valve, which facilitates the accurate monitoring of gas flow, and the gas leakage check system realized by valve ensures user safety by automatically shutting down gas supply in case of inconspicuous leakage.
What's more, Cubic ultrasonic gas flow meters could also achieve low power consumption, which is a basis for smart gas metering market demand. To meet ever growing smart gas metering need, Cubic has developed gas flow meters combined with wireless communication GPRS and NBloT, which enables users to read data of remaining gas volume and arrange top-up remotely.
Related tags
Latest in Digitalisation
All articlesCybersecurity and digital infrastructure resilience for a complex grid
Cybersecurity is considered the second most significant threat facing the energy sector after geopolitical issues including conflicts, trade wars and access to critical minerals.
- Enlit Editorial Team
- 03/06/2026










