Intelligent Heat Pump Systems for a Decarbonized Future

Air-source, water-source, and ground-source heat pumps built with IoT intelligence, inverter compressor technology, and ultra-low-GWP refrigerants. AHRI-certified COP performance verified across installations in 48 countries.

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48 Countries Served

5.2 Peak COP Rating

6,500+ Systems Delivered

65 R&D Engineers

Heat Pump Applications Across Industries

Six core sectors where inverter-driven heat pumps consistently reduce heating energy costs by 25-50% compared to conventional gas boiler systems.

Commercial building heat pump application

Commercial Buildings

Inverter-driven heat pumps sized from 50 kW to 2 MW replace gas boilers in offices, hotels, and retail complexes. Average heating cost reduction: 35%.

Data Centers

Simultaneous cooling and heat recovery from server exhaust air. Our heat pumps capture waste heat at 35-45 degrees Celsius and upgrade it to 65 degrees Celsius for district heating feed-in.

Food Processing

HACCP-compatible heat pump systems for pasteurization, drying, and process water heating. R-744 (CO2) transcritical units deliver hot water up to 90 degrees Celsius.

Pharmaceutical

Precision temperature control for cleanrooms and process zones. Heat pump systems maintain +/-0.5 degrees Celsius setpoint accuracy with fully redundant backup.

District Heating

Large-scale water-source heat pumps extracting thermal energy from rivers, sewage, and geothermal wells. Capacity range: 500 kW to 10 MW per unit.

Industrial Processing

High-temperature industrial heat pumps delivering process heat up to 120 degrees Celsius for drying, evaporation, and distillation. COP 3.0+ even at elevated output temperatures.

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Heat Pump Product Portfolio

Capacity ranges from 10 kW single-zone units to 10 MW district heating installations. All models AHRI-certified and Eurovent-verified.

Air Source Heat Pumps

10 kW - 500 kW capacity, COP up to 5.2, R-290 compatible

Water Source Heat Pumps

50 kW - 2 MW capacity, COP up to 5.8, geothermal ready

Ground Source Heat Pumps

20 kW - 1 MW capacity, COP up to 6.0, borehole optimized

High-Temperature Heat Pumps

Output up to 120 degrees Celsius, R-744 transcritical, industrial grade

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Engineered for Decarbonization

Each system ships with a carbon offset calculation comparing heat pump seasonal performance factor (SPF) against equivalent fossil-fuel baselines. Facility managers use these reports directly in ESG filings and Scope 1 emissions reduction documentation.

All platforms compatible with R-290 and R-744 low-GWP refrigerants
EU F-Gas Regulation and Kigali Amendment compliant
ISO 14001 certified manufacturing across all 3 production facilities
Average 60% CO2 reduction versus gas boiler heating

Our Innovation Roadmap

What Our Clients Say

“

After switching to ThermaVerde heat pumps across our three office buildings, we reduced heating energy costs by 34% in the first year while eliminating all on-site gas combustion.

Henrik Larsen Facilities Director, Nordic Commercial Properties Group

“

The IoT monitoring platform identified a refrigerant charge deviation within 48 hours of installation, preventing a potential COP loss of 15%. That kind of intelligence pays for itself.

Dr. Sarah Chen Energy Manager, Asia-Pacific Data Center Operations

“

We evaluated five heat pump suppliers for our district heating project. ThermaVerde was the only one offering R-744 transcritical units at the 2 MW scale with guaranteed COP 3.5 at minus 15 degrees Celsius ambient.

Marcus Weber Chief Engineer, Central European District Energy Consortium

Frequently Asked Questions

Our air-source heat pumps achieve COP ratings of 4.2 to 5.2 at standard rating conditions (A7/W35). Water-source and ground-source models reach up to 5.8 and 6.0 respectively. All performance data is AHRI-certified and Eurovent-verified.

ThermaVerde systems are engineered for low-GWP refrigerants. Our standard platforms support R-290 (propane, GWP 3) and R-744 (CO2, GWP 1). Select models also support R-1234ze (GWP 7) for retrofit applications. All systems comply with EU F-Gas Regulation and Kigali Amendment schedules.

Payback periods vary by application, energy prices, and climate zone. For commercial building HVAC replacements, typical payback ranges from 3 to 6 years when replacing gas boilers. Our engineering team provides site-specific ROI calculations during the consultation phase.

Yes. Every ThermaVerde system includes cloud-connected sensors monitoring compressor performance, refrigerant charge, COP trends, and energy consumption. Our AI-driven analytics platform detects anomalies before they impact performance and triggers automated service alerts to your maintenance team.

Our inverter-driven air-source heat pumps maintain heating output down to minus 25 degrees Celsius ambient temperature with enhanced vapor injection (EVI) compressor technology. COP remains above 2.0 at minus 15 degrees Celsius, verified by independent testing laboratories.

Ready to Decarbonize Your Heating?

Submit your facility heating load profile and receive a site-specific heat pump proposal within 5 business days — including COP projections for your climate zone, electrical infrastructure requirements, and a 15-year total cost of ownership comparison against your current heating system.

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