ThermoGenius™ for Planners

ThermoGenius^TM is specially designed to extract geothermal energy from water economically and very efficiently. It can be operated in fresh and salt water.

Range of applications: For houseboats and buildings on water, such as apartments, housing complexes, holiday villages, restaurants, hotels, guest houses, clubhouses/premises of water sports clubs, marinas, harbour buildings.

• The ThermoGeniusTM extracts the (free) energy stored in the water to provide buildings with heating and cooling or air conditioning.
• Easy to integrate into the heating/air conditioning network of your house/houseboat - connect it to the heat pump.
• The absorbed energy is fed from the ThermoGeniusTM to the heat pump and into the building or houseboat via polyethylene pipes. The heat or cold exchange takes place in the heat pump, making the free energy from nature available for heating or cooling.

The ThermoGenius^TM Service Instruction Manual contains all the detailed information you need to prepare your plans and invitation of tenders.

ThermoGenius^TM Service Instruction Manual

pdf-Datei, (4.87 MB)

• Superior performance over traditional systems. In terms of the ratio of space to performance, ThermoGenius^TM is considerably more efficient than existing solutions involving long tubes.
• Requires significantly less space than other brine heat exchanger systems, such as "lake loop" solutions featuring long tubes.
• Heat output: up to 22 kW at a water temperature of 5°C. (See the ThermoGenius^TM Service Instruction Manual for example.)
• High level of efficiency thanks to convection openings with targeted guidance of the flow into the surrounding housing.
• Better heat transfer thanks to optimised/reduced wall thicknesses.
• Substantial saving on energy costs and independent energy supply.
• Modular system available in three performance categories: M1 (single), M2 (double), and M3 (triple) for heat output tailored to individual requirements. This means the system can be optimally adapted to suit the selected heat-pump performance class. (See the ThermoGenius^TM Service Instruction Manual for more details.)
• To produce a higher output, several ThermoGenius^TM modules can be linked together in parallel circuits via a distribution shaft. The arrangement of the modules can be customised to meet individual requirements - for example, the system can be installed in shallow water.
• In contrast to previous systems, the ThermoGenius^TM heat exchanger system can run without supplementary electric heating (to prevent freezing).

_{Modular system in three power levels for individually adapted heat output.}