Heat pump market attractiveness in Europe

Heat pumps are central to Europe’s energy transition. They electrify heating, reduce emissions, and offer a pathway toward a more flexible energy system.

Yet their deployment across Europe is uneven. This report explores a fundamental question:

How attractive is the heat pump market in Europe and what determines that attractiveness?

By analysing five key markets, we uncover the structural factors shaping investment decisions, adoption rates, and future growth.

What is a heat pump, again?

A heat pump transfers heat from its environment — air, ground, or water — into buildings or industrial processes using electricity. It does not generate heat directly. Instead, it moves existing heat, achieving efficiencies of up to 4 units of heat per unit of electricity consumed.

This makes heat pumps a cornerstone technology for:

• Decarbonising the heating sector
• Reducing dependence on fossil fuels
• Enabling the electrification of energy demand

Who shapes heat pump market outcomes?

It is often assumed that heat pump markets evolve through innovation and consumer choice alone. However, this view overlooks how strongly outcomes are shaped by coordinated decisions across the energy system. Their success depends on how well different actors align incentives, access, and system integration. When this coordination fails, even strong technologies struggle to scale.

Heat pump markets are not organic; they are designed.

Market growth varies by maturity and structural demand 

• Heat pump sales continue strong growth, with 2024 sales 2x higher than 2017 and 3x higher than 2014.
• Europe-wide deployment could exceed 130 million units and 1,000 GW by 2050, driven by electrification. 
• Some European residential markets are maturing, with examples like Sweden shifting to replacement demand.
• High growth potential remains in Germany, Czech Republic, Netherlands and Italy, driven by phase-out of fossil fuels.
• Industrial uptake is still limited to tens of installations per country, with Germany having the largest known stock of industrial heat pumps: 130 MW. 

Key insight: Flexibility potential is high, but is mostly unused 

• Heat pumps enable shedding, shifting, and shaping of electricity demand. 
• Flexibility is supported by thermal inertia (2–4h shifting) and thermal storage/hybrid systems. 
• Key barrier across countries: limited monetization of flex value for consumers, due to lack of aggregation and limited participation on balancing markets. 
• Country differences: 
  • Sweden: most advanced, with aggregation enabling grid services (~1.6 GW DSR potential). 
  • Italy: evolving market framework is providing aggregation services, leading to 1-3% of installed capacity being utilised for demand-side response (UVAM pilots, TIDE reform). 
  • Netherlands: high potential for smart connectivity (~94%), a potential solution for grid congestion issues. 
  • Germany: all flexible loads >4.2kW must be curtailable, but activation rules are unclear. 
  • Czechia: Heat Pumps are expected to grow from 0% currently to 10% of mFRR+/- in 2035. 

National policy is the main growth driver, but consistency differs between countries 

• EU frameworks strongly support expansion in residential markets, providing major financial support through the Social Climate Fund (€86.7bn) and Innovation Fund Heat Auction (€1bn). 
• The EU holds a strong global position, particularly in innovation and manufacturing of hydronic and large-scale heat pumps. Through the F-Gas Regulation, the EU pushes to negate climate impacts of Heat Pump manufacturing, proving its position as front-runner of innovation. 
• National differences shape outcomes: 
  • Germany: strong residential subsidies, but weak industrial economics.
  • Netherlands: strong residential and industrial subsidies, but grid congestion is a limiting factor. 
  • Czech Republic & Italy: support exists but is less stable (New Green Savings paused, rollback of Superbonus). 
  • Sweden: most stable long-term policy framework (carbon tax + electrification targets). 
  • Overall: policy support is generally high, but stability and electricity pricing determine effectiveness 

Download the full heat pump report

This report provides a structured assessment of:

• Heat pump market attractiveness in Europe
• Country-level differences and investment signals
• The role of policy, pricing, and system design

Here to guide you

At Magnus Energy, we help organisations navigate complex energy markets with clarity and confidence.

We provide:

• Market attractiveness assessments
• Regulatory and policy analysis
• Flexibility and business case modelling

📩 Get in touch to explore what this means for your organisation.