Netherlands 2026: a heat-pump market still shaped by gas prices, not just grants

Why the Netherlands is still a pricing story in 2026

The Dutch heat-pump market stands out in 2026 because its household electricity-to-gas tariff ratio is just 1.49, the second-lowest in the European comparison set and far below the roughly 3.7 break-even threshold often used for a SCOP 4 heat pump, while the headline homeowner subsidy tops out at only €2,750 for a full air-water unit under ISDE (price_ratio) (country_profile).

That is the core Dutch distinction. On grants alone, the Netherlands does not look especially aggressive: Germany reaches €21,000, Austria €23,000, Poland €31,000, and France €11,000 in the current comparison, versus the Dutch €2,750 maximum headline amount in the cross-country table (country_compare). But on operating economics, the Netherlands is unusually favourable. Only Sweden posts a lower electricity-to-gas ratio, at 1.30, while the next-most-favourable major comparison country after the Netherlands is France at 1.78 (price_ratio).

For buyers and installers, that means the Dutch case already looks like a running-cost story before it looks like a subsidy story. For policymakers, it means tariff structure may be doing as much market-shaping as grant design. You can see that country context in the Netherlands country profile, the broader 32-country comparison dashboard, and our latest market index snapshot.

How Dutch power, gas, and subsidy numbers compare with Europe

The Netherlands currently sits at €0.2558/kWh for household electricity and €0.1719/kWh for household gas, with 2,901.04 HDD₁₈ and a grid intensity of 268 gCO₂/kWh; the active national heat-pump support listed is ISDE, with a maximum amount of €2,750 in the country comparison and programme rules showing €1,950 for air-water hybrid, €2,750 for air-water full, and €4,000 for ground-source within that scheme (country_profile) (country_compare).

Against peers, Dutch electricity is almost identical to France at €0.2561/kWh, lower than Belgium’s €0.3499/kWh and Germany’s €0.3869/kWh, and slightly above Portugal’s €0.2434/kWh (country_compare). Dutch gas, however, is relatively expensive at €0.1719/kWh: higher than France’s €0.1436/kWh, Germany’s €0.1223/kWh, Belgium’s €0.0898/kWh, and Portugal’s €0.1405/kWh (country_compare).

Climate is not the outlier. Dutch 2,901.04 HDD₁₈ is very close to Belgium’s 2,934.26 and the United Kingdom’s 2,897.91, and only modestly above France’s 2,759.65 (country_compare). Grid carbon is also middling rather than exceptional: the Netherlands at 268 gCO₂/kWh is cleaner than Germany at 366 and Poland at 661, but dirtier than France at 56, Sweden at 14, and Austria at 89 (country_compare).

So the Dutch edge is not colder weather, nor especially low-carbon electricity, nor unusually large grants. It is the price relationship between electricity and gas. Readers comparing support regimes can also cross-check the Dutch subsidy page and the wider subsidy index.

Does a heat pump already beat gas on running cost in the Netherlands?

Yes: with an electricity-to-gas ratio of 1.49, the Netherlands sits well below the approximate 3.7 threshold associated with cost parity for a SCOP 4 heat pump (price_ratio).

The arithmetic is straightforward. A SCOP 4 unit effectively turns 1 kWh of electricity into about 4 kWh of heat. At Dutch tariffs, €0.2558/kWh electricity divided by a SCOP of 4 implies roughly €0.064/kWh of delivered heat, versus €0.1719/kWh for gas before boiler efficiency is even considered from the household tariff side (country_profile). The corpus does not provide boiler efficiency assumptions, so it is safer to stop there and say the tariff signal is strongly favourable.

The Netherlands ranks second in Europe on this ratio, behind Sweden’s 1.30 and ahead of Portugal’s 1.73 and France’s 1.78 (price_ratio). If the comparison is restricted to major Western European markets with both fuels priced, the next-most-favourable country after the Netherlands is France, making the Dutch advantage 0.29 ratio points versus France and 0.24 versus Portugal (price_ratio). That is not a marginal difference. It helps explain why Dutch market logic can lean on bills rather than grants.

For households running the numbers, the relevant tools are the payback calculator and our country comparison dashboard.

What the current European market looks like: models, brands, efficiency, and noise

The current EU market snapshot covers 60,989 heat-pump models from 777 manufacturers, with an average SCOP of 4.55, average power of 9.3 kW, and average outdoor noise of 61.3 dB (market_index_snapshot).

By model count, the market is dominated by air-water units at 30,452 models and air-air units at 21,065, with 9,228 heat-pump water heaters, 213 ground-water models, and just 31 water-water models (market_index_snapshot). That matters for Dutch context because a gas-heavy, radiator-heavy housing stock often keeps the focus on the practical mainstream categories rather than exotic niches; the corpus does not provide a Netherlands-only product-mix split, so that part cannot be stated more precisely.

The supplier base is broad but not unconcentrated. The largest brand, Daikin Europe N.V., accounts for 24.05% of listed models alone, and the top three brands together reach 41.73%: Daikin 24.05%, Mitsubishi Electric Europe B.V. 9.14%, and JOHNSON CONTROLS HITACHI AIR CONDITIONING EUROPE SAS, SUCURSAL EN ESPAÑA 8.54% (brand_share). The top five rise to 51.93% once Bosch Thermotechnik GmbH at 5.91% and Ariston SpA at 4.29% are included (brand_share).

That combination — many manufacturers, but heavy skew toward a few giants — is visible across the full heat-pump catalog, manufacturer directory, and leaderboards hub.

Which heat-pump types and brands set the performance ceiling

Among current heat-pump categories, water-water has the highest average SCOP at 6.15, with average capacity of 35.65 kW and average outdoor noise of 42.0 dB (type_efficiency). That is the technical performance ceiling in the dataset, but it is based on only 31 models, so it is a niche reference rather than the market norm (type_efficiency).

For the mainstream hydronic segment, air-water averages 4.54 SCOP, 11.83 kW, and 59.8 dB, almost exactly in line with the overall market’s 4.55 SCOP and slightly quieter than the overall 61.3 dB average (type_efficiency) (market_index_snapshot). Ground-water averages 4.77 SCOP, 18.45 kW, and 58.8 dB across 213 models (type_efficiency). For Dutch buyers, that makes air-water the likely reference class simply because it represents 30,452 of the 60,989 models in the snapshot (market_index_snapshot).

Brand performance among large suppliers clusters close to the EU average rather than dramatically above it. The market-wide average SCOP is 4.55 (market_index_snapshot). Above that line among the biggest names are Bosch at 4.69, Ariston at 4.66, Gree at 4.65, Ferroli at 4.64, Riello at 4.60, and Vaillant GmbH at 4.54, essentially on the line (market_index_snapshot). Below the average are Daikin at 4.44, Mitsubishi Electric at 4.51, Hitachi at 4.18, Atlantic at 4.38, BDR Thermea Group B.V. at 4.37, General HVAC Solutions at 4.39, Panasonic at 4.30, and Toshiba at 3.93 (market_index_snapshot).

So the leading brands by volume do not all sit above the European efficiency average. Scale and average SCOP are related only loosely in the current snapshot. Readers wanting the frontier rather than the averages should check the top SCOP leaderboard, the air-water SCOP leaderboard, and the quietest models leaderboard.

The one-sentence takeaway for buyers, installers, and policymakers

The Dutch market’s defining 2026 advantage is that a 1.49 electricity-to-gas ratio — second-best in Europe and 0.29 better than France — already makes heat-pump running costs look structurally strong even though the headline subsidy ceiling is only €2,750 and the country’s climate and grid carbon are comparatively ordinary (price_ratio) (country_compare) (country_profile).

Sources

country_profile — Eurostat tariffs (band DC/D2 latest); NASA POWER 30y normal; EEA grid CO₂; subsidies captured manually from official programme pages. Snapshot: 2026-05-11.
country_compare — Eurostat · NASA POWER · EEA · Househeating Pulse subsidy register. Snapshot: 2026-05-11.
price_ratio — Eurostat household band DC (electricity) / D2 (gas), latest semester. Snapshot: 2026-05-11.
market_index_snapshot — Househeating Pulse · Market Index v1, computed from EPREL Public API. Snapshot: 2026-05-11.
type_efficiency — EPREL Public API · type aggregation. Snapshot: 2026-05-11.
brand_share — EPREL Public API · brand-share aggregation. Snapshot: 2026-05-11.