La technologie durable des pompes à chaleur
La demande mondiale de solutions énergétiques propres accélère le passage des combustibles fossiles à l’électrification du CVAC/R. Notre technologie de compression Copeland™ pour les pompes à chaleur aide nos clients à atteindre leurs objectifs commerciaux et de durabilité.
Conçu pour satisfaire tout le monde. Même dame Nature.
As heat pumps become the leading sustainable alternative to traditional heating methods, the next generation of Copeland ZPSK7 Scroll Compressors is designed to help heat pumps deliver the highest performance in the HVACR industry. This award-winning two-staged compressor allows heat pumps to heat and cool spaces in most climates while consuming less energy.
Over 19 million homes and buildings globally are made comfortable with heat pumps powered by Copeland technology. No other compressor manufacturer has provided more products to the North American residential and commercial unitary ducted market. We offer proven reliability with over 200 million scroll compressor installations and over 100 years of innovation in HVACR technology.
Tous les principaux FEO du secteur CVAC/R nous font confiance
Gardez une longueur d’avance sur l’évolution de la réglementation
Heat pumps and compressors are critical in making human comfort more sustainable. Our HVACR technology is always evolving to stay ahead of regulatory changes and expectations. The future is electric.
Innovations en matière de pompes à chaleur dans le monde entier
Trouver des remises sur les pompes à chaleur
Help your customers find available heat pump rebates and tax credits using our heat pump rebate finder tool.
Faites la connaissance de nos experts techniques
Foire aux questions sur les pompes à chaleur
What is a heat pump?
A heat pump is a part of a heating and cooling system. It operates similarly to an air conditioner to cool your home, but also provides heating. Heat pumps are a sustainable alternative to traditional heating and cooling. They are powered by electricity instead of fossil fuels.
How does a heat pump work?
Heat pumps do not generate heat; they redistribute it. To heat a home or building, heat pumps use heat from the air outside or surrounding ground and transfer it indoors. To cool a home or building, a heat pump absorbs the heat from inside and transfers it outside. Heat pumps are powered by electricity instead of fossil fuels.
Can heat pumps function in cold weather?
Winter weather often still provides a certain amount of heat in the air outside making it possible for heat pumps to warm a home or building. The extracted heat and pressurized gas raise the temperature.
What types of heat pumps are available?
- Air-source heat pumps, the most used type, transfer heat between a house and the outside air. These types of heat pumps can more efficiently dehumidify a space when compared to a traditional air conditioner. The result is less energy use. For homes without air ducts, air-source heat pumps are also available in a ductless version.
- Water-source heat pumps efficiently extract heat from water instead of air. This type of heat pump is often used in high-rise buildings and can be installed above a ceiling or in a closet.
- Geothermal heat pumps transfer heat from the ground surrounding your home. This type of heat pump can be used in various types of climates due to relatively constant ground temperatures.
Les déclarations d’impact sont estimées en fonction de notre base installée existante, de notre consommation d’énergie et du profil de système typique.Les projections à venir sont basées sur notre feuille de route technologique, les taux de croissance du marché et les sources d’énergie estimés, en tenant compte des grandes tendances mondiales et de l’environnement réglementaire attendu.
