France vs Italy in 2026: which market now looks stronger on heat pumps?

France vs Italy in 2026: the headline gap

France looks stronger overall in the 2026 heat-pump data because it combines a lower electricity-to-gas tariff ratio of 1.78 versus Italy’s 2.00 with a much higher maximum subsidy ceiling of €11,000 versus €5,000, even though Italy remains a large warmer-climate market with lighter heating demand (price_ratio) (country_compare).

On raw household tariffs, France is cheaper on both sides of the comparison: electricity is €0.2561/kWh against €0.2966/kWh in Italy, while gas is €0.1436/kWh against €0.1481/kWh (country_compare). That leaves France with the better power-to-gas price relationship for heat pumps, not Italy: 1.78 in France versus 2.00 in Italy (price_ratio).

Climate and carbon widen the gap. France sits at 2,759.65 annual HDD18 versus 1,536.47 in Italy, so heating matters more there in absolute terms (country_compare). But France’s grid is also far cleaner at 56 gCO₂/kWh, compared with 226 gCO₂/kWh in Italy (country_compare). For buyers comparing France’s country profile with Italy’s country profile, that means France currently offers the stronger blend of operating economics, winter relevance and emissions performance.

Running costs: tariffs and the SCOP break-even test

For a SCOP 4 heat pump, the simple running-cost break-even condition against gas is an electricity-to-gas tariff ratio of 4.00, and both France and Italy sit below it — but France is closer to the “comfort zone” because its ratio is lower at 1.78 versus 2.00 in Italy (price_ratio).

Put differently, France is 2.22 points below the 4.00 threshold, while Italy is 2.00 points below it (price_ratio). Measured as a heat-pump-versus-gas cost multiple for a SCOP 4 unit, France’s implied delivered-heat energy cost is 1.78/4 = 0.445 times the gas benchmark, versus 2.00/4 = 0.50 in Italy, assuming equal boiler efficiency is not adjusted for here because the corpus does not provide boiler-efficiency data (price_ratio).

That difference is not huge, but it is real. Italy is still on the favorable side of the break-even line, and well ahead of more difficult markets such as Germany at 3.16 or Belgium at 3.90 (price_ratio). Yet between the two southern heavyweights in this comparison, France now has the stronger tariff setup for heat pumps.

Readers who want to test household-specific assumptions can pair this comparison with the country comparison dashboard, the market index snapshot and our payback calculator.

Policy support and climate: what changes the buyer equation

The subsidy spread is large enough to matter: France’s maximum active support is €11,000, which is €6,000 higher than Italy’s €5,000 ceiling (country_compare).

Both countries show one active national support scheme in the cross-country register (country_compare). But the ceiling is materially different. France’s MaPrimeRénov’ reaches €11,000 maximum support, with up to 90% of cost for the top income band and explicit values of €5,000 for air-water and €11,000 for geothermal in that band; air-air is excluded (country_profile). Italy’s Conto Termico reaches €5,000 maximum support and up to 65% of cost, with an Ecobonus 65% alternative paid as a 10-year tax deduction and climate-sensitive regional factors in the rules (country_profile).

That means France has the clearly higher upfront support ceiling, especially for hydronic systems and geothermal units, while Italy’s framework is lower-ceiling and partly slower-moving because one route is tax-based rather than immediate grant support (country_profile). Buyers comparing French subsidies and Italian subsidies should therefore treat France as the more generous market on headline support.

Climate complicates the installer picture. Italy is classed as a warmer market, France as average (country_compare). Italy also has far higher cooling demand at 805.04 annual CDD18 versus 130.04 in France, but this article cannot quantify country-level heat-pump type mix because the corpus does not provide France- and Italy-specific EPREL model splits by type (country_profile). What it does show is that Italy’s milder winter profile reduces heating need, while France offers a bigger heating load to serve.

What the EU market itself looks like: efficiency, noise and product mix

Across the EU market index, the average registered heat pump now stands at SCOP 4.55, 9.3 kW rated capacity and 61.3 dB outdoor noise (market_index_snapshot).

Those averages matter because neither France nor Italy has a country-specific EPREL average in the corpus; the comparison has to be made through market conditions rather than national model datasets. In a market with 60,989 listed models from 777 manufacturers, buyers in both countries are shopping from the same broad European product pool (market_index_snapshot).

Type mix helps explain likely differences in what fits each market. Air-water dominates the index with 30,452 models and averages SCOP 4.54, 11.83 kW and 59.8 dB (type_efficiency). Air-air is nearly as numerous at 21,065 models, but the corpus does not report an average SCOP for that type; it does show a smaller average capacity of 5.41 kW and higher average outdoor noise of 64.1 dB (type_efficiency). Ground-water averages SCOP 4.77, 18.45 kW and 58.8 dB across 213 models, while water-water has the highest average SCOP at 6.15, the largest average capacity at 35.65 kW and the lowest average outdoor noise at 42.0 dB, but across only 31 models (type_efficiency).

For France, the stronger subsidy ceiling for geothermal systems aligns with the higher-efficiency end of the type table (country_profile) (type_efficiency). For Italy, the warmer climate and higher cooling load likely make smaller systems and reversible formats more commercially relevant, but the corpus does not provide Italy-specific type shares to prove that directly.

Useful reference points are the air-to-water catalog, ground-source leaderboard, quietest models ranking and the methodology notes.

Who sells the market: brand concentration and average SCOP by manufacturer

The EU heat-pump market is led by a handful of big brands, but not so concentrated that buyer choice disappears: the top 5 manufacturers account for 51.93% of listed models, and the top 10 account for 60.84% (brand_share).

Daikin Europe N.V. alone holds 24.05% of models, followed by Mitsubishi Electric Europe B.V. at 9.14%, JOHNSON CONTROLS HITACHI AIR CONDITIONING EUROPE SAS, SUCURSAL EN ESPAÑA at 8.54%, Bosch Thermotechnik GmbH at 5.91%, and Ariston SpA at 4.29% (brand_share). French-brand presence is visible through ATLANTIC SOC FRANCAISE DEVELOP THERMIQUE at 2.49%, while Italian presence is reinforced by Ariston at 4.29% and Riello at 0.76% in the wider snapshot list (market_index_snapshot).

Average SCOP differences between leading brands exist, but they are not large enough to support a simple “country A has better brands” claim. Among the leading names, Bosch averages 4.69, Ariston 4.66, Daikin 4.44, Mitsubishi 4.51, Hitachi 4.18, Atlantic 4.38 and Vaillant 4.54 (brand_share) (market_index_snapshot). The spread from Bosch at 4.69 to Hitachi at 4.18 is 0.51 SCOP points (brand_share).

That suggests brand choice still matters, but the market remains broad enough that France versus Italy is driven more by tariffs, subsidies and climate than by any clear country-specific brand lock-in. The corpus does not provide brand shares separately for France and Italy, so any stronger claim about national brand concentration cannot be supported here.

So which market looks stronger for heat pumps in 2026?

France is the stronger market in this 2026 comparison because it beats Italy on the key economic ratio for running costs, offers a €6,000 higher subsidy ceiling, and runs on a much cleaner grid, while still serving a materially larger heating load (price_ratio) (country_compare).

Italy still has a solid heat-pump case. Its 2.00 electricity-to-gas ratio remains well below the SCOP 4 break-even line of 4.00, and its warmer climate may suit a broader mix of smaller and cooling-linked products (price_ratio) (country_profile). But on the numbers available here, the idea that Italy now looks stronger on pure operating-cost competitiveness does not hold: France’s ratio is lower, not higher, and therefore more favorable (price_ratio).

For buyers and installers, the practical takeaway is simple. If the question is which of the two markets now looks more attractive for mainstream heat-pump economics and support, the answer is France. If the question is which market may still offer a distinctive southern demand profile shaped by warmer weather and cooling needs, Italy retains that angle — but the corpus does not quantify its national product mix directly (country_profile).

Sources

country_compare — Eurostat · NASA POWER · EEA · Househeating Pulse subsidy register. Snapshot: 2026-06-30.
price_ratio — Eurostat household band DC (electricity) / D2 (gas), latest semester. Snapshot: 2026-06-30.
market_index_snapshot — Househeating Pulse · Market Index v1, computed from EPREL Public API. Snapshot: 2026-06-30.
type_efficiency — EPREL Public API · type aggregation. Snapshot: 2026-06-30.
brand_share — EPREL Public API · brand-share aggregation. Snapshot: 2026-06-30.
country_profile — Eurostat tariffs (band DC/D2 latest); NASA POWER 30y normal; EEA grid CO₂; subsidies captured manually from official programme pages. Snapshot: 2026-06-30.