The Technology Behind Teratherm Energy
An innovative, integrated system designed for maximum efficiency, minimal intrusion, and a sustainable future.
Core Components: Teratherm Surface
Beneath a durable, aesthetically pleasing resin-bound surface lies an intricate network of pipes. This system circulates a liquid medium that absorbs ambient heat from multiple sources, providing a stable, renewable energy supply just 50mm from the surface.
This shallow installation makes it quicker, less invasive, and more cost-effective than traditional deep-drilling methods.
The Teratherm Heat Pump
The heart of our system is a bespoke heat pump, engineered to efficiently convert low-grade surface heat into high-grade usable energy for heating and cooling.
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SCOP Rating
Seasonal Coefficient of Performance: for every 1kW of electricity consumed, the system delivers 4.4kW of usable heat energy.
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More Usable Energy
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Max Inlet Temp
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Bypass Temperature
0kW+
Peak Output per 100m²
Thermal Performance & COP Efficiency
Energy Output Flow
100m² Surface
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Usable Energy
0kW+
Unmatched Scalability
Single Home
Communities
Advanced System Design
Innovative technology that maximises energy capture from multiple sources.
Multi-Source Energy Capture
Our energy collection integrates seamlessly beneath resin-bound and paved finishes, capturing energy from solar gain, ambient air, and stable ground temperatures. This is how a heat pump works without an outdoor unit, making Teratherm an ideal ground source heat pump alternative without the need for boreholes or extensive land.
- Solar radiation absorption through surface materials
- Ambient air energy exchange through convection
- Ground energy utilisation from stable earth temperatures
Technical Specifications
+45 W/m²
Thermal Output
40 t/m²
Load Capacity
-2°C to +50°C
Operating Range
25+ Years
System Lifespan
Fluid System Engineering
Fluid Temperatures
Optimised fluid circulation maintains efficient heat transfer across the entire system.
Temperature Differential
Precise ΔT control ensures maximum energy extraction efficiency.
Flow Rates
Calculated flow rates optimise performance across varying conditions.
Plant Room Integration
Seamless integration with existing heating systems and heat pumps.
System Components
Circulation Pumps
Variable speed pumps for optimal flow control.
Heat Exchangers
High-efficiency plate heat exchangers.
Control Systems
Advanced building management integration.
Monitoring
Real-time performance monitoring and diagnostics.
Plant Room Features
- Compact design optimising space requirements
- Modular installation for easy maintenance
- Remote monitoring capabilities
- Integration with existing BMS systems
- Redundancy options for critical applications
- Energy monitoring and reporting
Technical Documentation
Download comprehensive technical resources for your project.
Technical Datasheet
Detailed specifications, performance data, and installation requirements.
Coming SoonApplications of Teratherm Technology
Our Surface Thermal systems are engineered for diverse environments, from private residences to major infrastructure.