Turn today's heat pump purchase into tomorrow's profit

A heat pump is one of the smartest home upgrades you can make today. It lowers energy bills, reduces your carbon footprint, and protects you from rising gas prices and upcoming fossil-fuel restrictions.
With strong incentives available across Europe, switching has never been more accessible or budget-friendly. In this guide, you’ll discover how heat pumps work, what the benefits are, and which system suits your home.

Why heat pumps are gaining ground

According to the European Heat Pump Association, in 2024, approximately 2.31 million heat pumps were sold across 19 key European countries, raising the total installed base to around 25.5 million units.

Did you know a heat pump could save the average household around €2,602 over 10 years compared to a gas boiler? Cheaper bills are just one of the benefits of switching to a heat pump. Due to the decarbonisation targets on European level, the shift to heat pumps has become increasingly important, because heat pumps have an even lower environmental impact thanks to the reduction of global warming potential (GWP). It’s a growing trend that is catching on, as the latest statistics show.

However, this new data also reveals striking disparities in adoption rates across the continent — highlighting both impressive progress in some regions and major untapped potential in others.

• Norway leads the way with 632 heat pumps installed per 1,000 households
• Finland follows with 524 per 1,000 households
• Norway also recorded the highest 2024 sales rate: 48 units per 1,000 households

At the other end of the spectrum:

• The UK sold just 3.5 units per 1,000 households in 2024

• Its installed base stands at 19 per 1,000 households

• However, the UK was one of only three markets that grew last year (alongside Ireland and Portugal), largely thanks to consistent incentives

These figures highlight both impressive progress and significant untapped potential across Europe.

What’s driving Europe’s heat pump boom?

This growth is being driven by stronger policy frameworks (e.g., the EU’s “Fit for 55” package), rising consumer interest in decarbonisation, and investment in manufacturing capacity — but the trajectory hinges on consistent incentives, regulatory stability and supply‑chain readiness across Europe.

With gas prices in Europe rising by 36% during the heating season from November 2024 to March 2025, and new fossil-fuel heating bans on the way, switching to a heat pump isn’t just smart — it’s urgent.

Why homeowners making the switch

Slash your energy bills
Heat pumps use free ambient heat from the environment — so the more you use them, the more you save. With up to 75% of the heat provided being renewable, you’ll significantly cut your dependence on gas or oil. And with heating and hot water accounting for over 90% of home energy use, the savings add up fast.

Future-proof your home
Gas prices are volatile. Fossil fuel bans are coming. And climate regulations are tightening. A heat pump isn’t just an upgrade — it’s a strategic move that protects your home’s energy performance and property value for years to come.

One system, total comfort
Why juggle a furnace, AC unit, and water heater when one system does it all? Heat pumps deliver heating, cooling, and hot water in one neat, space-saving package — without the carbon footprint.

Better for the planet
Want to shrink your carbon footprint overnight? A heat pump cuts direct CO₂ emissions and aligns with EU climate targets. Every unit installed moves us closer to a carbon-neutral society.

Safe heating system
No combustion, no risk of carbon monoxide. Heat pumps run on electricity — clean, safe, and easy to maintain. With lifespans of 10–15 years or more, they’re built for reliability.

A worthwhile investment
Yes, there’s an upfront cost — but the return on investment can be swift, especially if you're replacing older systems. Bonus: a heat pump can even increase your home’s market value.

How does a heat pump work?

Heat pumps don’t generate heat — they transfer it. By drawing thermal energy from the outside air or ground and delivering it indoors, they create a perfectly controlled environment inside your home — warm in winter, cool in summer, and hot water on tap all year round.

Different types of heat pumps

There is no one-size-fits-all solution. The right system depends on your property and heating setup.

• Air-to-air systems: pull heat from the outside air and deliver it via discreet indoor air units.
• Air-to-water systems: deliver energy-efficient heating to radiators, underfloor heating, or fan coils.
• Ground source systems: extract steady, renewable heat from the ground — ideal for high-performance efficiency in colder climates.
• Hybrid systems: combine a heat pump with an existing boiler for added flexibility.

The bottom line

A heat pump is more than a heating system — it’s a long-term energy strategy.

Across Europe, adoption is accelerating due to stronger policy frameworks, growing consumer demand for decarbonisation, and increased manufacturing capacity. At the same time, gas prices have risen by 36%, and fossil-fuel heating bans are approaching, making the switch to electrified heating increasingly urgent.

With multiple system types available — from air-to-water to hybrid solutions — there is a suitable option for virtually every home. In today’s climate-conscious and cost-aware environment, installing a heat pump is not just a sustainable decision, but a strategic and financially smart one.

Key takeaways

• The shift to heat pumps across Europe is accelerating rapidly.
• Growth is driven by EU policy frameworks, consumer decarbonisation efforts, and manufacturing investment.
• Rising gas prices (+36%) are increasing the urgency to switch.
• Heat pumps reduce both energy bills and carbon emissions.
• Four system types are available: air-to-air, air-to-water, hybrid, and ground source.