Solutions No 04

Hydraulic decoupling and energy storage using a buffer tank.

Secondary potable water heating system using Photovoltaic facility.

Highly efficient vacuum spray tube degassing for system and make-up degassing for optimum energy efficiency and operational facility safety.

Heating systems with higher heat capacity and simultaneous water heating (e.g. school building).

^{This chart is merely for illustrating the different connections. It has to be adapted to local conditions and fleshed out.}

Hydraulic decoupling

The buffer tank Storatherm Heat acts as a hydraulic switch and decouples the heat sources’ primary circuit from the secondary consumer circuit

Membrane rupture sensor

Membrane rupture sensor for monitoring the membrane with BMS (recommended from 400 litres) with exchangeable membrane

Storage tank connection

Storage tank with electric heating element heated by PV → no space for coiled tube → storage charging system via longtherm heat exchanger

Degassing

Servitec integration in the return flow of the heating system; in direction of flow
Distance between supply and return (gas-supply and low-gas connection) Servitec ≥ 500 mm.
Integration of Servitec in the facility hydraulics, preferably after the sludge and dirt separator (for additional protection of Servitec).

Separating

Exdirt V is the ideal solution for using the classic Reflex dirt and sludge separator Exdirt in vertical lines, too.
Standard mounting sizes according to series F1 and F2 (DIN 3202-1) according to DIN EN 558: 2012-03 allow for easy installation in existing facilities.

Solution No 05