Heat pumps take energy from the air, ground or water and turn it into heat. In reverse, they remove heat energy, like an air conditioner.
This makes them a highly efficient, renewable, sustainable way of heating and cooling.

In 2024, heat pumps installed in Europe helped avoid greenhouse gas emissions equivalent to removing 7.5 million cars from the roads. Quite impressive, right?

Heat pump technology has been around for quite some time. The Carnot cycle, a theoretical thermodynamic cycle that is central to the operation if heat pumps, was introduced over 200 years ago, in 1824. The basic principle of heat pumps -moving heat from one place to another- has been utilised since the mid-20th century.

The typical lifespan of a heat pump ranges from 15 to 20 years. However, just like any other technology, its longevity can vary based on factors such as regular maintenance, usage patterns, proper installation, and the operating environment.

You read correctly. By getting a heat pump, you are contributing to saving the planet, boosting the sector and investing in a sustainable solution, all at once!

Not really. The indoor part of a heat pump generally has sound levels between 18 and 30 decibels – about the level of an electric toothbrush or someone whispering.

Most heat pump outdoor units have a sound rating of around 60 decibels, equivalent to a moderate rainfall or normal conversation.

Sound perception is also an important factor. A heat pump’s sound is a constant, low-pitched hum or buzzing sound, which is a lot less perceivable than a high-pitched, stredent noise.

Heat pumps can operate perfectly in temperatures well below zero.

In fact, despite their cool climates and freezing winters, Scandinavian countries have the highest number of heat pumps per capita in the world.

Despite their name, heat pumps can also cool. In the cold season, heat pumps absorb energy from the chilly external air and transfer it inside as heat. In the hot season, they release the heat pulled from warm indoor air outside.

Heat pumps transfer energy instead of generating it, which makes them super efficient. They often reach 400% efficiency, meaning they provide much more energy than they consume.

That’s right! Heating and cooling account for about half of the EU energy consumption.

They are currently heating 16% of Europe’s buildings.

That’s the amount of people who have direct jobs in the heat pump sector (as opposed to jobs in services or other roles linked to the sector). The majority is involved in heat pump manufacturing.

Large heat pumps can provide process heat that can reach up to 200°C+ – enough for 37% of industry

In the food sector alone pasta, whisky, chocolate are all already being made with heat pumps! You can find a cool example here.

Installing a heat pump in your home doesn’t necessarily mean big changes. There are various types of heat pumps, most of which are highly adaptable and don’t require additional work.

The possibilities for using heat pumps are infinite! You can find a ton of examples and stories here.