HTHP

HTHP is the ideal water-to-water heat pump for heat recovery via cooling water, with temperatures from 15-50 °C, directly cooled in the heat exchanger.

Heat production reaches up to 85 °C, and HTHP is ideal for heat recovery from 30 kW to 1 MW.

Innovation

HTHP is a heat pump system with an innovative compressor type developed for heat recovery at a higher temperature than conventional compressors. HTHP is the cheapest and most efficient technology for active heat recovery via heat pumps.

Silent technology

With attention to comfort and longevity, HTHP is housed in a vibration and noise dampening cabinet, which ensures an impressive low noise level and minimal vibration.

Power regulation

The power regulation in the cascade system is controlled either via the integrated controller or via a communication standard (e.g. Modbus).

Efficiency

Built from well-dimensioned components and delivers the optimal cooling and heating effect with minimal energy consumption. HTHP comes with a ThermoNova controller, which allows for cascading (e.g. with Geonova) to achieve maximum COP.

Full control

With the programmable controller, full control is ensured over the heat pump and the external components. In addition, remote access to he heat pump controller is also an option.

Trustworthiness

Thoughtful safety automation, quality components and recognised control and software ensures  reliable heat pump operation.

From 30 kW to 1,000 kW

HTHP reduces fossil fuel usage and uses green power for heat pumps. Available in 8 sizes, the operational range is between a minimum of 30 kW and a maximum of 200 kW per compressor.

Unlimited cascading is possible.

Integration options

  • Gas engine: Cooling of flue gas and engine.
  • Gas-oil boiler: Cooling of flue gas .
  • District heating return cooling: e.g. in transmission lines or at the end of a district heating network for affordable capacity expansion.
  • Solar heating: Cooling and heating on a solar heating tank.
  • IT operations: Server cooler with heat recovery.
  • Machine cooling with heat recovery.
  • Process waste heat.
  • Biogas heat recovery.
  • Condenser heat from refrigeration and freezing systems.
  • Combine multiple solutions and achieve greater savings.