High-performance geothermal heat pumps:
Efficient heat from the ground for commercial, industrial, and residential areas
Today, high heating requirements are accompanied by clear demands for sustainability and CO₂ reduction. High-performance geothermal heat pumps offer a particularly efficient and stable solution for this. By utilizing the constant temperatures in the ground, they enable reliable seasonal performance factors, low operating costs, and high system availability: ideal for demanding projects in commercial, industrial, residential, and other types of buildings.
For which projects are high-performance geothermal heat pumps suitable?
The technology is ideal for projects that require high performance combined with long-term operational reliability and sustainability:
- Commercial properties such as office, administrative, hotel, or logistics buildings
- Industrial properties with a high base load and constant heat demand
- Neighborhoods and site developments with central or decentralized energy centers
- Housing industry and large apartment buildings
- Public buildings with high efficiency requirements
For planners, architects, and builders, geothermal heat pumps offer a reliable way to generate high performance from renewable energy sources—regardless of climatic fluctuations.
Important planning aspects in the high-performance range
The dimensioning of a geothermal heat pump in the high output range typically includes:
- Load profiles & base load/peak load concept
- Dimensioning of the ground probe fields (depth, number, spacing, regeneration)
- Hydraulic integration (buffer storage, heating circuit strategies, temperature requirements)
- System temperatures & flow
- Control & monitoring
- Integration into hybrid or multi-source systems
Well-planned geothermal systems ensure low operating costs and long-term security of supply.
Why geothermal energy for high power ranges?
High-performance geothermal heat pumps benefit from the natural stability of the ground:
- Constant source temperatures: The ground offers stable temperatures all year round, resulting in excellent COP values and high annual performance factors.
- High efficiency in covering base load: Geothermal energy demonstrates its efficiency advantages particularly in projects with continuous heat demand.
- Predictable performance and space requirements: The required performance can be reliably achieved using geothermal probe fields or trenches.
- Reduced noise emissions: Geothermal systems are particularly advantageous for densely built-up areas or sensitive environments.
Product overview: High-performance geothermal heat pumps
Below you will find an overview of our high-performance geothermal heat pumps. The models are designed for demanding performance ranges and offer efficient solutions for commercial, industrial, and district projects. Use the technical data and variants to identify the right system for your requirements.
We support you from preliminary planning to implementation.
Contact us
We would be happy to advise you personally on suitable products, system design, and available subsidies