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Heat and cooling energy measurement.

Fluidic Oscillation or Ultrasonic – Sontex offers the right technology for your application.

Thermal Energy Meters

Thermal energy meters measure the actual heat or cooling energy transferred in heating, cooling, and energy supply systems. They measure the medium’s volume flow and the temperature difference between the supply and return lines, using these values to precisely calculate the energy consumed. They are used in residential and commercial buildings, district and local heating networks, data centers, and industrial applications, providing the basis for transparent consumption measurement, efficient energy management, and usage-based billing.

The importance of thermal energy measurement is continuously increasing as energy efficiency requirements, building decarbonization, and digitalization continue to advance. In particular, thermal energy meters enable fair allocation of heating and cooling costs according to actual consumption in submetering applications. At the same time, they provide valuable data for optimizing energy flows and support compliance with regulatory requirements such as the European Energy Efficiency Directive (EED).

Sontex thermal energy meters provide reliable and precise solutions for measuring heating and cooling energy across a wide range of applications. The portfolio includes modern ultrasonic and compact energy meters as well as flexible system solutions for residential property management, commercial properties, energy utilities, and industrial applications. High measurement accuracy, long-term stability, and a wide range of nominal sizes and configurations enable applications ranging from individual apartment meters to demanding heating and cooling network installations.

Thanks to integrated or optionally available communication interfaces such as Sontex Radio, Wireless M-Bus (wM-Bus) / OMS®, LoRaWAN®, M-Bus, and other standard protocols, the energy meters can be seamlessly integrated into smart metering, energy management, and building automation systems. Extensive memory functions, automated data collection, and modern security mechanisms ensure transparent and traceable consumption measurement. This provides building owners, operators, metering service providers, and energy utilities with a future-proof solution for the digital measurement and billing of heating and cooling energy, as well as for the sustainable optimization of their energy systems.

Reliability

As the thermal energy meters operate without moving parts there is no need for maintenance. They operate with the highest precision and do not need to be recalibrated for over 10 years

Certification

The thermal energy meters meet the requirements of the European directives of MID-2014 / 32 / EU and are unsurpassed in accuracy. They are country specific approved for cold applications.

Rugged

Since the devices are impervious to contamination and magnetite deposits, they are suitable for challenging applications. Small air bubbles also have no effect on measurement precision.

Product range

Sontex offers two static energy meter product groups: Supercal 5S for high-end applications, and Superstatic 749 and 789 as compact heat meters. These can be used in a wide range of installation types. Each group has an identical calculator, which reduces training requirements to an absolute minimum.

Energy management

Contrary to ultrasound meters, a Superstatic or Supercal meter measures the flow constantly. To extend battery life, data are only refreshed as needed.

Long lifespan

With their static measurement process involving no moving parts, thermal energy meters are practically free of wear, are maintenance-free and enjoy a long lifespan.

What our Customers are saying

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Jon Doe
CTO Acme Inc., USA

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