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Wide view of Geocadia's Jordbro drilling site, with the branded rig, drill pipes and support equipment
Our GM2000 at Jordbro Actual Geocadia field photograph

Predictable heat from the bedrock

What if the energy your property needs was right beneath it?

Deep in the bedrock lies a heat source that can give your property reliable heat at predictable cost, for decades to come. We design the system around your building’s heat demand, drill with our own GM2000 rig, and install and commission the heating centre. Own the system, or buy energy as a service.

Screen a property How it works

The process

From property to heat, in four steps.

One team plans the borehole, heat-pump plant and building connection together, so you have one partner accountable for the whole delivery.

  1. Understand the property

    Address, current heat source and rough demand are enough to check the technical fit.

  2. Design the complete system

    Demand, geology and access shape the borehole, heat-pump plant and delivery plan.

  3. Drill and build

    Our own GM2000 rig drills the closed-loop borehole while we build the heating centre.

  4. Commission and hand over

    Controls, metering and building connection are verified before handover.

Own or buy

Own the system, or buy the heat.

Both routes use the same system, designed for your property. What changes is who owns it and how you pay.

Own the system

Invest up front and own the long-lived asset: borehole, heat-pump plant, controls and building connection.

Investment
Up front
Owner
Your property
You pay for
The system

You invest up front in the borehole, heating centre and controls, and the property owns the asset. Scope, price and responsibilities are fixed after feasibility.

9 system layers
From borehole and collector to controls, metering and property integration
≈2,000 m
Depth of the Jordbro borehole we drilled
25 to 40 m²
Jordbro plant-room footprint
  • One physical scope. Borehole, collector, heat-pump plant, controls, metering and building connection are planned together.
  • Sized for the property. Annual demand, peak load, geology, temperatures, access, power capacity and plant-room conditions determine the design.
  • Own the long-lived asset. The property retains the infrastructure; price, warranty and responsibilities are fixed after feasibility.

The Jordbro figures show one configuration. Every new system is sized to the property through feasibility and a defined offer.

Request a system feasibility screen

Energy as a Service

Nothing to invest up front. Geocadia finances, owns and operates the system, and you pay per kWh of heat, typically over 25 to 30 years.

Investment
Nothing up front
Owner
Geocadia
You pay for
The heat, per kWh

With Energy as a Service, Geocadia finances, owns and operates the system, so there is nothing to invest up front. The property pays per kWh of metered heat under a property-specific agreement.

No customer capex
Only with Energy as a Service: Geocadia finances and owns the installed system
Pay per kWh
For the metered heat you receive, excluding the heat-pump electricity. The customer buys the heat-pump electricity on top of the heat charge, so electricity prices still affect the total heating cost.
25 to 30 years
Typical agreement term
  • Buy metered heat. The property buys useful output while Geocadia owns and services the physical system.
  • Set terms property by property. Price, indexation, guarantees, term and end-of-term options follow feasibility.

Indicative economics are tested against the property’s demand, electricity assumptions and contract structure before any offer.

Test the delivered-heat case