Next-generation ultrasonic gas meters engineered for the hydrogen economy. Precision metering for Natural Gas & H2 blends.
The flagship residential unit designed for mass deployment in modern smart grids. Solid-state ultrasonic technology delivers zero-wear accuracy over a 15-year lifespan. Native support for Natural Gas, Biomethane, and Hydrogen blends.
Engineered for larger estates and SMEs, the U6 Pro offers extended dynamic range with enhanced edge-computing to calculate Energy Content (MJ) in real-time, ensuring fair billing even when calorific values fluctuate.
Ruggedized metrology instrument for critical infrastructure, factories, and apartment complexes. Advanced telemetry with high-frequency data logging and direct BMS integration.
The T.S.P. Series-U is a high-precision, solid-state ultrasonic gas meter engineered to meet the evolving demands of modern energy grids. Developed by Tose'e Sanat Pouyagaran Ra'ad Danesh (T.S.P. Co.), this meter features advanced Time-of-Flight (ToF) sensing technology.
Designed for the era of smart utilities, it integrates a dual-mode IoT communication module supporting LoRaWAN (Class A/C) and NB-IoT protocols. This robust connectivity ensures deep indoor penetration and reliable data transmission for AMR and AMI systems.
Every Series-U meter undergoes a meticulous manufacturing process, from precision electronics integration to automated flow-bench testing. Our facility is equipped with specialized pressure and flow calibration stations to verify metrological accuracy for hydrogen-enriched gas streams.
By combining skilled engineering with state-of-the-art diagnostic tools, we ensure that every IoT-enabled meter leaving our floor is field-ready for mission-critical utility applications.
Field installations of T.S.P. Series-U meters in residential complexes demonstrate a leap in urban energy management. Their compact, static design allows organized, high-density bank installations within limited utility spaces.
Leveraging integrated LoRaWAN and NB-IoT protocols, the system enables fully automated remote meter reading, eliminating manual onsite inspections.
