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Heat pump systems for commercial building

Why choose a heat pump?

By opting for heat pumps for your commercial building, you can efficiently and sustainably heat your commercial space. Leveraging free energy for 75% of their operation, heat pumps are up to four times more efficient than traditional boilers. Incorporating high-efficiency heat pumps in renovations or new constructions will help achieve your sustainability goals, significantly slashing CO₂ emissions and lowering energy costs. Electrifying heat in commercial buildings is aligned with the EU’s “Renovation Wave for Europe” which aims to cut emissions, improve lives and create jobs.

Efficient heating

Heat pumps are 4x more efficient than gas systems*

Economic benefit

Lower running costs pay back the initial investment

Decarbonisation power

Reduce CO₂ emissions

Year-round comfort

Use your heat pump to cool in summer

Solutions for small and large applications

Daikin’s wide and flexible portfolio makes it possible to combine a variety of different solutions to satisfy the needs for both small and large commercial applications across different outdoor ambient temperatures.

Illustration capacity range of commercial heat pump and outdoor ambient temperature

What are my savings when choosing a commercial heat pump?

A heat pump uses 75% free heat from the air, water or ground and needs only 25% of electricity to heat up your commercial building*. The amount of heat energy produced is markedly higher than the energy consumed. A heat pump typically produces 4 kWh of heat from 1 kWh of electrical energy, which will significantly reduce your gas bills over a year. Depending on your specific situation you can save between 35 and 49% on energy costs and up to 85% on CO₂ emissions compared to a separate gas boiler and A/C system. The advantages are clear: heat pumps significantly outshine gas boilers in slashing CO₂ emissions and cutting costs.

How much savings you will obtain in your specific situation is dependent on many factors such as your location, electricity prices etc. To estimate the reduction for your case, use our simulator.

illustration emission commercial buildings

Find out what you can save for your type of business

Find your heat pump

Air-to-Air Heat Pump

Air-to-air heat pumps transfer heat between the outdoor air and the building using refrigerant gas providing heating, cooling and domestic hot water. They are amongst the most efficient ones since they only use 2 energy transfer steps (air-refrigerant-air).

VRV 5 Heat Recovery unit

Split & Sky Air Heat Pumps

  • Typical applications: Home office, shops, bars,..
  • Refrigerant: R-32
  • Capacity: 2 to 22 kW
  • Compressor type: Swing, Scroll
VRV 5 Heat Recovery unit

VRV 5 Heat Recovery & Heat Pumps

  • Typical applications: Offices, hotels, department stores, restaurants, …
  • Refrigerant: R-32
  • Capacity: 12 to 90 kW
  • Compressor type: Scroll
Rooftop unit

Rooftop

  • Typical applications: Warehouses, conference rooms
  • Refrigerant: R-32
  • Capacity: 25 to 190 kW
  • Compressor type: Scroll

Air-to-Water Heat Pumps

Air-to-water heat pumps transfer heat between the outdoor air and the building using water providing heating, cooling and domestic hot water.

EWYA-DV3(W1)P

EWYA-DV3(W1)P

  • Refrigerant: R-32
  • Capacity: 4 - 16 kW
  • Compressor type: swing
EWYT-CZ unit

EWYT-CZ

  • Refrigerant: R-32
  • Capacity: 16 - 90 kW
  • Compressor type : scroll
EWYT-B unit

EWYT-B

  • Refrigerant: R-32
  • Capacity: 82 - 650 kW
EWYD-BZ unit

EWYD-BZ

  • Refrigerant: R-134a
  • Capacity: 250 - 580 kW
  • Compressor type: screw

 

EWYD-4Z unit

EWYD-4Z

  • Refrigerant: R-134a
  • Capacity: 400 - 800 kW
  • Compressor type: screw

Only for non-EU countries

EWYS-4Z

EWYS-4Z

  • Refrigerant: R-513A
  • Capacity: 400 - 800 kW
  • Compressor type: screw

 

EWYE-CZ

EWYE-CZ

  • Refrigerant: R-454C
  • Capacity: 16-70 kW
  • Compressor type: scroll

 

Water-to-Water Heat Pumps

Water-to-water heat pumps transfer heat between various energy sources and the building using water providing heating, cooling and domestic hot water.

EWWQ-KC unit

EWWQ-KC

  • Refrigerant: R-410A
  • Capacity: 15 - 70 kW
  • Compressor type: scroll
EWWQ-G/ EWWQ-L /EWHQ-G unit

EWWQ-G/ EWWQ-L /EWHQ-G

  • Refrigerant: R-410A
  • Capacity: 91 - 390 kW
  • Compressor type: scroll

EWWT-Q/ EWHT-Q /EWLT-Q

  • Refrigerant: R32
  • Capacity: single modules 100, 125, 160 KW
  • Compressor type: scroll
EWWD(H)(S)-J unit

EWWD(H)(S)-J

  • Refrigerant: R-134a, R-513A, R-1234ze
  • Capacity: 107 - 338 kW
  • Compressor type: screw
EWWD(H)(S)-VZ

EWWD(H)(S)-VZ

  • Refrigerant: R-134a, R-513A, R-1234ze
  • Capacity: 329 - 2.074 kW
  • Compressor type: screw

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