Market Potential
Why This Technology?
Geothermal energy is a key energy source of the future — yet its true potential often remains untapped when conventional probes lie undefined in the borehole. Our technology closes this efficiency gap through geometric precision and raises heat output to a new level.
The result is a new performance level:
Efficiency on Every Square Metre
Our technology optimises the area potential of available space and enables economic solutions even where limited space or depth restrictions previously posed obstacles. This makes thermal development particularly attractive in challenging site conditions or complex probe fields.
With up to 35 % increased heat extraction, the Multi-U-Tube Probe consistently exploits the geological reservoir and minimises untapped energy potential. This gives our technology the decisive lever to implement geothermal projects both economically viable and technically future-proof.
existing installations
new systems / year
of all HP systems
* Indicative market figures
Target Segments with Highest Relevance
Space-constrained Projects
Inner-city developments, narrow plots, dense construction. Fewer boreholes at the same performance — direct cost impact.
Fewer boreholes, same performanceDepth Permit Restrictions
Depending on the location, borehole depth restrictions may apply (e.g. groundwater protection). Where conventional probes reach their limits, the MU probe can deliver sufficient performance to make geothermal energy a viable alternative.
More from permitted depthLarge Installations & Districts
Multi-family buildings, commercial properties, district solutions. Scale effects and series production pay off directly in large orders.
Scale effects immediately effectiveRetrofit & Modernisation
Existing geothermal systems with suboptimal performance can be upgraded through MU probe retrofitting.
Tap into retrofit marketTender Relevance
The EU Energy Efficiency Directive and national funding programmes increasingly tie into efficiency classes. The Multi-U-Tube Probe with documented performance advantages meets higher efficiency classes — a measurable advantage in public tenders.
Efficiency Advantage
The market for borehole heat exchangers is today largely standardised around double-U-tube probes. The MU probe offers a documented innovation with measurable advantages — in a market segment that actively seeks efficiency improvements.
Example Scenarios
Residential quarter, 10,000 m² NFA, ~600 MWh/a heat demand
Conventional
DU-100 (25×4 with regen.): 507 MWh/a — demand not covered, additional boreholes required
MU probe
MU-100 (25×4 with regen.): 673 MWh/a — demand covered + reserve. Source: 100y simulation.
Multi-family building, 6 boreholes at 100 m planned
Conventional
6 × 100 m double-U = standard design
MU probe
5 × 100 m MU probe = same total performance — 1 borehole saved
Commercial property with cooling demand
Conventional
DU-100: 220.9 kW cooling capacity (sim.)
MU probe
MU-100: 287.7 kW cooling capacity — +30 % for increasing cooling loads (sim.)
Collaboration
Taking Our Innovation Further
We are happy to be available for a confidential exchange to set new standards in the market.