vTherm°e (Stainless Steel)

Our vTherm˚e (Stainless Steel) achieved one of the lowest VWARTs* at both low and high primary flow temperatures of 55ºC and 70ºC as part of the BESA 2025 test regime.

The unit consumes low volumes of water (as verified in the BESA 2025 test regime) and has a higher temperature differential in the primary network, this reduces pumping costs and therefore is significantly cheaper to operate.

The vTherm˚e, supports the industry to embrace next-generation district heating schemes with renewable energy at their heart, as it has proven performance on lower temperature networks and is heat pump compatible. For more information on the performance of vTherm˚e at lower temperatures, read our Queens Quay Heat Network case study.

The case is constructed from EPP in three insulated sections to minimise heat loss or gain, reducing operation and maintenance costs.

To assist with sound levels within modern buildings our units have a sound power level as low as 31.8 dB, tested in line with ISO 3744.

The vTherm°e adopts modern design requirements with the ability to fit in small spaces, such as a standard kitchen cabinet (900mm x 600mm). It also has the flexibility to provide top and bottom pipe access (with pipe bracket) enabling the supply of underfloor heating.

Glass is a metering and billing platform that enables financial and network management.

The vTherm˚e is effectively controlled by a Pressure Independent Control Valve (PICV).

The vTherm°e heat interface units are easily installed, commissioned and maintained by our trained specialist team. Training is also available for vTherm° partners at our state-of-the-art training academy.

vTherm° units are readily available and built in the UK, using high quality components.