Ukraine 2026: where its heat-pump market ranks among emerging European markets

Ukraine’s 2026 heat-pump market in one chart: still fringe or already forming a market?

Ukraine is still peripheral in the available 2026 dataset because there is no country profile or market snapshot for UA at all, while the Europe-wide index already spans 60,989 listed models from 777 manufacturers with an average SCOP of 4.55, average capacity of 9.3 kW, and average outdoor noise of 61.3 dB (country_profile) (market_index_snapshot).

That absence matters more than any single performance number. A market that is visible in the EPREL-style index should at least surface in the country layer; Ukraine does not. The corpus therefore cannot support a numeric ranking for Ukraine against peer emerging markets, cannot give a Ukrainian model count, and cannot report Ukraine-specific averages for SCOP, capacity, noise, type mix, refrigerants, tariffs, grid carbon, or subsidy levels (country_profile).

So the cleanest reading is negative but specific: Ukraine has not yet crossed from fringe visibility into a clearly measurable “emerging-market” position in this dataset. By contrast, the broader European market index snapshot and 32-country comparison dashboard are populated enough to describe the continental pack in detail (market_index_snapshot) (country_compare).

Scale check: model count, brand depth, and how Ukraine compares with European peers

The first scale check fails for Ukraine because the dataset returns Country 'UA' not found, so there is no counted catalogue to compare with other countries at all (country_profile).

That means the article cannot answer, with numbers, how many heat-pump models are listed for Ukraine, how many brands are active there, or where Ukraine ranks among emerging peers such as Bulgaria, Czechia, or Austria. The corpus simply does not expose a UA country page equivalent (country_profile).

What it does show is the scale of the European reference market that Ukraine is missing from. Across Europe, air-water units account for 30,452 listed models and air-air for 21,065, alongside 9,228 heat-pump water heaters, 213 ground-water units, and 31 water-water models (market_index_snapshot). Manufacturer concentration is also visible at continental level: Daikin Europe N.V. alone has 14,668 listed models, or 24.05% of the indexed catalogue, while Mitsubishi Electric Europe B.V. has 5,575 models and 9.14% share (market_index_snapshot).

That is the benchmark Ukraine would need to enter before any peer ranking becomes meaningful: not necessarily a large market, but at least one present enough to be counted inside the country layer.

Price and policy context: electricity, gas, subsidies, and the running-cost threshold

Ukraine’s electricity tariff, gas tariff, electricity-to-gas price ratio, grid CO₂ intensity, and maximum listed subsidy cannot be reported from this corpus because Ukraine is absent from the country comparison table (country_profile) (country_compare).

That also means the break-even test cannot be completed for Ukraine. The user asks whether Ukraine is above or below an approximate 3.7 electricity-to-gas ratio threshold for a SCOP 4 heat pump, but the 3.7 threshold itself is not contained in the research corpus, and Ukraine’s tariffs are not either. So neither side of that comparison is fully evidenced here.

What can be said is how the rest of Europe looks in the same frame. Electricity prices in the country table range from 0.1082 €/kWh in Hungary to 0.4042 €/kWh in Ireland among listed countries, while gas ranges from 0.0335 €/kWh in Hungary to 0.2092 €/kWh in Sweden where reported (country_compare). Grid CO₂ intensity spans from 11 g/kWh in Iceland and 14 g/kWh in Sweden to 661 g/kWh in Poland (country_compare). Maximum listed subsidies run from none in many countries to 31,000 € in Poland, 23,000 € in Austria, and 21,000 € in Germany (country_compare).

Readers looking for the cross-country policy frame can use the country comparison dashboard, the subsidy index, and the payback calculator, but the Ukraine line item itself is not available in this snapshot (country_compare).

Product mix: which heat-pump types dominate in Ukraine and how efficient are they?

Ukraine’s type split cannot be quantified here because there is no Ukrainian listing base to divide into air-water, air-air, or other segments (country_profile).

That is the key reason Ukraine still reads as fringe in this dataset: not because its products score badly, but because there is no measurable product mix at all. A recognisable emerging market would normally show at least some visible balance between air-water heat pumps, air-air heat pumps, and perhaps a smaller tail of other types.

The European reference mix is clear. Air-water is the largest segment at 30,452 models, followed by air-air at 21,065 and heat-pump water heaters at 9,228 (market_index_snapshot). On average, air-water units post a SCOP of 4.54, average capacity of 11.83 kW, and average outdoor noise of 59.8 dB, while air-air models average 5.41 kW and 64.1 dB; no average SCOP is reported for air-air in this aggregation (type_efficiency). Ground-water units average SCOP 4.77 and 18.45 kW, while water-water units average SCOP 6.15 and 35.65 kW with much lower 42.0 dB outdoor noise, albeit from only 31 models (type_efficiency).

Those are useful comparators, but they are not substitutes for a Ukraine-specific mix.

Refrigerants and technology signal: what Ukraine’s listing mix says about market maturity

Ukraine’s refrigerant mix cannot be measured from the corpus because there are no Ukraine-specific listings to classify by refrigerant code (country_profile).

At Europe-wide level, though, the catalogue is still overwhelmingly an HFC market rather than a low-GWP one. R32 appears in 13,935 listed models, while R410A appears in 1,896 and another 10 are entered as “R410”; by contrast, R290 appears in 537 models, with another 3 logged under variant spellings R290A and R290a (market_index_snapshot) (refrigerant_universe). The overall natural-refrigerant share is just 3.27% of the indexed catalogue (market_index_snapshot).

That matters because R290 has a GWP of 0, while R32 has a GWP of 771 and R410A a GWP of 1,924 (refrigerant_universe). In other words, even Europe’s full catalogue remains dominated by higher-GWP refrigerants, though R290 models are now clearly visible as a technology signal and R32 models still dominate by volume (market_index_snapshot) (refrigerant_universe). For background, the site’s refrigerants reference and methodology notes show how those categories are treated.

What the best models show: does Ukraine have top-tier performance or just a thin catalogue?

Ukraine cannot be tested against Europe’s top tier because the corpus provides no Ukraine-specific top-model table, and no UA model pages are surfaced at all (country_profile).

The European top end is nevertheless clear. The highest-SCOP model in the table is the Risch Kälte- und Klimatechnik GmbH OH I 4esr TWW W/W at SCOP 7.0, followed by water-water units such as the Waterkotte GmbH EcoTouch DS 5034.5 T (water/water) and Waterkotte GmbH CTC EcoTouch 525 (water/water), both at SCOP 6.97 (top_models). The leading air-water entries also reach 6.97, including Master Therm tepelná čerpadla s.r.o. AQ30I-0WW and the top SCOP air-water leaderboard captures that frontier (top_models).

Noise is harder to judge from the top-model table because several entries show 0 dB outdoor noise, which is plainly not a realistic operating level and should be read as a data-quality limitation in declared fields rather than a true acoustic result (top_models). For quieter verified comparisons, the broader quietest models leaderboard is the better reference.

Bottom line: where Ukraine sits in the European heat-pump pack

The most important 2026 number on Ukraine is actually zero visible country records: the corpus cannot find UA, so Ukraine is still outside the measurable European pack in this EPREL-style snapshot rather than merely small within it (country_profile).

That limits the answer, but it also sharpens it. Ukraine cannot yet be described here as an emerging market with a thin catalogue, because even the thin catalogue is not numerically present. Every user question that depends on Ukrainian listings or Ukrainian tariff and subsidy rows remains unanswered by the available data (country_profile) (country_compare).

The positive side is that the European benchmark is now very well defined: 60,989 models, a 4.55 average SCOP, an 11.83 kW/59.8 dB air-water mainstream, and a refrigerant mix still dominated by R32 rather than R290 (market_index_snapshot) (type_efficiency) (refrigerant_universe). Until Ukraine appears inside that same framework, the defensible label is not “forming market” but “data-peripheral market.”

Sources

country_profile — (probe failed — data unavailable). Snapshot: .
country_compare — Eurostat · NASA POWER · EEA · Househeating Pulse subsidy register. Snapshot: 2026-06-23.
market_index_snapshot — Househeating Pulse · Market Index v1, computed from EPREL Public API. Snapshot: 2026-06-23.
type_efficiency — EPREL Public API · type aggregation. Snapshot: 2026-06-23.
refrigerant_universe — IPCC AR6 GWP table; EU Reg. 2024/573 phase-out schedule; EPREL declared codes. Snapshot: 2026-06-23.
top_models — EPREL Public API via Househeating Pulse catalog. Snapshot: 2026-06-23.