Haase Energy Storage Heat Exchanger

Haase energy storage heat exchanger utilized the principal of indirect heating whereby the water in the tank is heated up by heat source/ combination of heat sources and the domestic hot water flows through the INOX coil submerged in the tank and picks up heat (through heat exchange process) from the heated water surrounding the INOX coil. The indirect heating principal offers 100% clean water and the advantage of being non-pressurized tank.

This custom made, built on site Glass Fiber Reinforced Plastic tank has the benefit of being able to fit through doorways with different diameter and height to suit individual’s requirement as well as tackling the issue related to space constraint.

Key features of the Haase tank:

• Small enough to fit through doorways – big in the basement:
  The hot water tank is delivered in individual components and assembled on-site. Narrow doors or stairs are no longer a problem, thanks also the light weight of GFK.
• Various equipment packages:
  The Haase hot water tank can be equipped with a corrugated stainless steel tube, or a multi-layer heat storage unit and/or designed as a buffer. A combination is also possible, which enables an adaption into nearly any system (see equipment variations).
• Optimal space efficiency:
  The Haase hot water tank can be designed to have a diameter from 1.30m to 14m, and a height from 1.30m to 10m, and therefore can be made to adapt to any available space (see technical information).
• Broad application range:
  The variable design of the Haase hot water tank enables a number of applications. The thermal energy can come from diverse sources (solar systems, solid fuel boilers, oil or gas boilers, waste heat, heat pumps, etc.), be stored, and the tank can also be used as a cold storage unit.
• Various installation possibilities:
  The Haase hot water tank can be used both indoors and outdoors.
• Advantages of using GRP:
  The glass-fibre reinforced plastic is corrosion-free, durable, light-weight and has good insulation properties.