The heat station. For DHW and space heating support.

Considered over the whole year, a solar contribution of up to 30% is achieved by the combination of a solar system with a thermal store. When the sun is not contributing to the warming, the heating system supplies the standby part of the thermal store with heat.

The thermal store's innovative insulation guarantees optimal retention of the fed-in energy. A 20-millimetre soft fleece inner layer ensures perfect adaptation to the shape of the cylinder wall, preventing any air circulation. A second 80-millimetre layer of highly effective Neopor completes the insulation system, which comprises a total of three circular segments.

“C” and “W”-versions of Weishaupt thermal stores meet high requirements for DHW convenience and hygiene equally. Fresh water is heated as it flows through the integrated stainless-steel coil.

If electricity is to be used as an additional heat source, this can be achieved via an electric immersion heater.

Weishaupt WES thermal stores organise and distribute the heat produced by different energy sources (gas or oil-fired condensing boilers, heat pumps, solar collectors, solid-fuel boilers, or stoves) with an exemplary degree of efficiency. Inlet dampers ensure that the ideal temperature stratification is always maintained within the thermal store. Energy is also drawn off in an economical manner, with solar energy taking priority over any other source. The Combi-version of the thermal store has integrated DHW and solar heat exchangers.

The thermal store is suitable for use on unvented DHW heating systems and is charged with energy via a heat generator. The energy is stored as heat and can be used for space heating and the DHW supply, as the Aqua version is equipped with a stainless-steel DHW heat exchanger.

The thermal store is charged with energy via a heat generator of any type - preferably with solar thermal energy. The stratification column utilises the physical properties of rising heat to layer the energy at the appropriate level in the thermal store, depending on the existing temperatures. The energy stored as heat can be used for space heating.

The thermal store is suitable for use on unvented DHW heating systems and is charged with energy via a heat generator. The energy is stored as heat and can be used for space heating and the DHW supply, as the Aqua E version is equipped with a stainless-steel DHW heat exchanger. There is also the option of installing an electric immersion heater so that, for example, self-generated electricity can also be used.

The thermal store is charged with energy via a heat generator of any kind. The E version has the option of installing an electric immersion heater so that, for example, self-generated electricity can also be used. The stratification column utilises the physical properties of rising heat to layer the energy at the appropriate level in the thermal store, depending on the existing temperatures.

The thermal store is suitable for use on unvented DHW heating systems and is charged with energy via a heat generator. The energy is stored as heat and can be used for space heating. The Combi version is a thermal store with a solar heat exchanger.

The buffer volume can be increased by cascading additional thermal stores.