Household Energy Profiles by Country
Sources Used
This guide uses only official, publicly available data:
| Source | Dataset | What it covers |
|---|---|---|
| Eurostat | nrg_cb_e + demo_pjan (2023) | Electricity consumption per capita, household sector |
| Eurostat | nrg_d_hhq (2023) | Final energy by end-use (heating, water, cooking, appliances) |
Contents
- Why the Nordics Use So Much Electricity
- Average Home Size by Country
- Average Dwelling Size (m² per dwelling)
- Heating Need by Country
- EU Average Household (2023)
- Electricity Consumption: Per Dwelling
- Household Size by Country
- Heating Energy by Country
- Total Energy Consumption per Dwelling
- Country Groupings: What This Means for Solar
- The Heat Pump Effect | Eurostat | Housing statistics / EU Buildings Database | Floor area per capita, persons per household | | Odyssee-MURE | Country profiles (2023) | Electricity per dwelling, heating consumption per m² | | JRC | Energy Consumption and Efficiency Trends EU (2022) | EU average electricity per dwelling, floor area | | CBS Netherlands | 81528ENG (2024) | Dutch household electricity by dwelling type | | Destatis | German Federal Statistical Office (2020) | German household electricity | | HeatRoadmap Europe | HRE4 D3.3/D3.4 | Specific heating demand per m² by country |
Why the Nordics Use So Much Electricity
Sweden's household electricity consumption is ~8,100 kWh per dwelling. That is not a data error. Here is why it is real and well-documented:
| Factor | Sweden | Spain (for contrast) |
|---|---|---|
| Electricity for thermal uses | 4,293 kWh/dw | ~600 kWh/dw |
| Electricity for appliances/lighting | 3,821 kWh/dw | ~3,200 kWh/dw |
| Floor area per capita | 48.5 m² | 52.4 m² |
| Heating need per m² | ~125 kWh/m² | ~40 kWh/m² |
| Main heating fuel | District heat (51%) + electricity | Gas / biomass |
| Household size | 2.0 persons | ~2.4 persons |
Sources: Odyssee-MURE Sweden profile 2023; Eurostat nrg_d_hhq 2023; VTT "Future development trends in electricity demand"
The key insight: Sweden has district heating in cities (covers ~51% of space heating — Eurostat), but the remaining heat comes from direct electric heating and heat pumps in rural and suburban detached houses. Heat pumps use electricity as their input energy — a heat pump delivering 10,000 kWh of heat might draw only 2,500–3,000 kWh of electricity, but that electricity still shows up on the bill. Combine this with a cold climate, large detached houses, and historically cheap hydro/nuclear power, and you get very high household electricity.
Norway is even more extreme — 7,100 kWh/capita household electricity (Eurostat 2023), because Norway has almost no gas infrastructure and banned oil heating in 2020. ~95% of air-to-air heat pumps in Norway are used for heating (HPT Magazine 2025).
Average Home Size by Country
Floor Area per Capita — Eurostat / EU Buildings Database
| Country | m² per Person | Country | m² per Person |
|---|---|---|---|
| Romania | 18.1 | Germany | 46.6 |
| Poland | 27.1 | France | 46.9 |
| Lithuania | 29.8 | Sweden | 48.5 |
| Estonia | 31.5 | Italy | 49.1 |
| Slovakia | 31.6 | Luxembourg | 51.1 |
| Croatia | 33.0 | Spain | 52.4 |
| Latvia | 34.6 | Netherlands | 52.4 |
| Slovenia | 34.6 | Finland | 52.6 |
| Czechia | 35.6 | Greece | 53.8 |
| Belgium | 38.3 | Austria | 55.0 |
| UK | 42.0 | Cyprus | 59.0 |
| Ireland | 45.5 | Malta | 62.2 |
| Hungary | 45.7 | Portugal | 63.7 |
| Bulgaria | 46.1 | Denmark | 62.7 |
Source: Eurostat (population 2015) + EU Buildings Database (total floor area of dwellings 2014), cited in "Energy sufficiency in buildings" (ECEEE 2019)
Important caveat: These are floor area per capita — total residential floor area divided by total population. They are not dwelling size. To get average dwelling size, multiply by household size. Example: Sweden = 48.5 m²/capita × 2.0 persons = ~97 m² per dwelling. Romania = 18.1 × 2.6 = ~47 m² per dwelling.
Average Dwelling Size (m² per dwelling)
Where Hard Data Exists
| Country | m² per Dwelling | Source |
|---|---|---|
| Luxembourg | 133.5 | JRC "Technology options for earthquake resistant buildings" (ESS Census 2011) |
| Romania | 38.7 | JRC (ESS Census 2011) |
| Sweden | ~97 | Calculated: 48.5 m²/capita × 2.0 persons (Eurostat) |
| Romania | ~47 | Calculated: 18.1 m²/capita × 2.6 persons (Eurostat) |
| Poland | ~79 | Calculated: 27.1 m²/capita × 2.9 persons (Eurostat) |
| Denmark | ~125 | Calculated: 62.7 m²/capita × 2.0 persons (Eurostat) |
Source: JRC "Technology options for earthquake resistant, eco-efficient buildings in Europe" (JRC87425) — ESS 2011 Census data
Heating Need by Country
Space Heating Consumption per m² (Climate Corrected)
| Country Group | kWh/m² | Countries |
|---|---|---|
| Very low | <50 | Malta, Cyprus, Spain, Portugal, Bulgaria |
| Low | 50–80 | Greece, Italy, France |
| Medium | 80–120 | Germany, Austria, Netherlands, UK, Ireland |
| High | 120–160 | Sweden, Finland, Denmark, Belgium, Czechia, Estonia, Poland, Hungary, Croatia, Latvia, Lithuania, Romania, Slovakia, Slovenia |
Specific values from HeatRoadmap Europe (2015):
| Country | Specific Heating Demand (kWh/m²) |
|---|---|
| Sweden | ~125 |
| Finland | ~130 |
| Denmark | ~125 |
| Germany | ~140–160 |
| Austria | ~140–160 |
| Netherlands | ~140–160 |
| Belgium | ~160+ (old building stock) |
| France | ~140 |
| Italy | ~160–180 (north colder) |
| Spain | ~60–80 |
| Poland | ~100–110 |
| Romania | ~100–110 |
| Czechia | ~140–160 |
| Hungary | ~140–160 |
Sources:
- HeatRoadmap Europe HRE4 D3.3/D3.4 (2018) — specific energy demand per m² for space heating
- Odyssee-MURE 2024: EU average 80 kWh/m² (2022), ranging from <5 koe/m² (warm climates) to ~15 koe/m² (Czechia, Estonia, Romania)
Why the East has high heating need despite lower living standards: Eastern European countries have older, less insulated buildings and still rely heavily on coal/biomass. Indoor temperatures are often lower, and heated floor area is smaller — but the kWh per m² is still high due to poor envelopes. Poland and Romania's apparent "low" specific consumption (~100–110 kWh/m² in HeatRoadmap) partly reflects lower indoor temperatures and smaller heated areas, not efficient buildings.
EU Average Household (2023)
Where Household Energy Goes — Eurostat nrg_d_hhq
| End Use | Share of Total |
|---|---|
| Space heating | 62.5% |
| Water heating | 15.1% |
| Lighting & electrical appliances | 14.5% |
| Cooking | 6.5% |
| Space cooling | 0.6% |
| Other | 0.8% |
Source: Eurostat, "Energy consumption in households" (nrg_d_hhq, 2023)
Important distinction: These shares are of final energy — including gas, oil, biomass, and electricity. Space and water heating are mostly gas or oil in most countries. Only if you have a heat pump or direct electric heating do they show up on your electricity bill.
Electricity Consumption: Per Dwelling
Hard Data Available — Primary Sources
| Country | kWh per Dwelling | Year | Source |
|---|---|---|---|
| Sweden | 8,114 | 2023 | Odyssee-MURE (thermal 4,293 + appliances 3,821) |
| Finland | 7,600 | 2023 | Eurostat nrg_cb_e 4,000 kWh/capita × Eurostat hh size 1.9 |
| Greece | 4,474 | 2023 | Odyssee-MURE country profile |
| Austria | 4,600 | 2023 | Odyssee-MURE country profile |
| Croatia | 4,600 | 2023 | Odyssee-MURE country profile |
| France | 5,300 | 2023 | Eurostat nrg_cb_e ~2,400 kWh/capita × Eurostat hh size 2.2 |
| Belgium | 4,600 | 2023 | Eurostat nrg_cb_e ~2,100 kWh/capita × Eurostat hh size 2.2 |
| Spain | 4,300 | 2023 | Eurostat nrg_cb_e ~1,800 kWh/capita × Eurostat hh size ~2.4 |
| Ireland | 5,130 | 2023 | Eurostat nrg_cb_e ~1,900 kWh/capita × Eurostat hh size 2.7 |
| Portugal | 3,575 | 2023 | Odyssee-MURE country profile |
| Germany | 3,113 | 2020 | Destatis (Statistisches Bundesamt) |
| Denmark | 4,400 | 2023 | Eurostat nrg_cb_e ~2,200 kWh/capita × Eurostat hh size 2.0 |
| Slovenia | 3,750 | 2023 | Eurostat nrg_cb_e estimate × Eurostat hh size ~2.5 |
| Slovakia | 3,410 | 2023 | Eurostat nrg_cb_e estimate × Eurostat hh size 3.1 |
| Netherlands | 2,550 | 2024 | CBS 81528ENG |
| Czechia | 2,860 | 2023 | Eurostat nrg_cb_e ~1,300 kWh/capita × Eurostat hh size 2.2 |
| Bulgaria | 2,760 | 2023 | Eurostat nrg_cb_e ~1,200 kWh/capita × Eurostat hh size 2.3 |
| Hungary | 2,530 | 2023 | Eurostat nrg_cb_e ~1,100 kWh/capita × Eurostat hh size 2.3 |
| Poland | 2,107 | 2023 | Odyssee-MURE country profile |
| Romania | 2,080 | 2023 | Eurostat nrg_cb_e ~800 kWh/capita × Eurostat hh size 2.6 |
| Latvia | 1,980 | 2023 | Eurostat nrg_cb_e ~900 kWh/capita × Eurostat hh size 2.2 |
| Lithuania | 1,900 | 2023 | Eurostat nrg_cb_e ~1,000 kWh/capita × Eurostat hh size 1.9 |
| Luxembourg | 5,500 | 2023 | Eurostat nrg_cb_e ~2,500 kWh/capita × Eurostat hh size 2.2 |
| EU Average | 3,728 | 2020 | JRC Science for Policy Report EUR 31266EN |
Sources:
- Sweden: Odyssee-MURE Sweden profile (January 2026), Figure 10 — electricity per dwelling by end-use
- Greece: Odyssee-MURE Greece profile (January 2026) — 4,474 kWh/dw
- Austria: Odyssee-MURE Austria profile (January 2026) — 4,600 kWh/dw
- Croatia: Odyssee-MURE Croatia profile (January 2026) — 4.6 MWh/dw
- Portugal: Odyssee-MURE Portugal profile (January 2026) — 3,575 kWh/dw
- Poland: Odyssee-MURE Poland profile (January 2026) — 2,107 kWh/dw
- Italy: Odyssee-MURE Italy profile (August 2022, updated 2023) — 2,310 kWh/dw (climate corrected)
- Netherlands: CBS 81528ENG (2024 provisional)
- Germany: Destatis "Umwelt: Energieverbrauch der privaten Haushalte" (2020)
- EU average: JRC "Energy Consumption and Energy Efficiency trends in the EU, 2000-2020" (EUR 31266EN)
- Per-capita conversions: Eurostat nrg_cb_e (2023) × Eurostat housing statistics household size (2023)
Household Size by Country — Eurostat (2023)
| Country | Persons per Household |
|---|---|
| Slovakia | 3.1 |
| Poland | 2.9 |
| Croatia | 2.7 |
| Ireland | 2.7 |
| Romania | ~2.6 |
| Slovenia | ~2.5 |
| Spain | ~2.4 |
| Greece | ~2.4 |
| Italy | ~2.4 |
| Portugal | ~2.4 |
| Bulgaria | ~2.3 |
| Hungary | ~2.3 |
| EU Average | 2.3 |
| Czechia | ~2.2 |
| Belgium | ~2.2 |
| France | ~2.2 |
| Austria | ~2.2 |
| Luxembourg | ~2.2 |
| Latvia | ~2.2 |
| Estonia | ~2.0 |
| Germany | 2.0 |
| Denmark | 2.0 |
| Sweden | 2.0 |
| Finland | 1.9 |
| Lithuania | 1.9 |
Source: Eurostat, "Housing in Europe – 2024 edition"
Heating Energy by Country
Share of Total Residential Energy Used for Space Heating — Eurostat nrg_d_hhq
| Country | Heating Share | Year | Source |
|---|---|---|---|
| Luxembourg | 79.3% | 2023 | Eurostat Table 3 |
| Estonia | 71.0% | 2023 | Eurostat Table 3 |
| Belgium | 70.8% | 2023 | Eurostat Table 3 |
| Hungary | 69.4% | 2023 | Eurostat Table 3 |
| Czechia | 69.2% | 2022 | Eurostat Table 3 |
| Germany | 68.1% | 2022 | Eurostat Table 3 |
| Slovenia | 67.3% | 2022 | Eurostat Table 3 |
| Italy | 67.3% | 2022 | Eurostat Table 3 |
| Croatia | 67.5% | 2022 | Eurostat Table 3 |
| Latvia | ~68% | 2022 | Eurostat Table 3 |
| Slovakia | ~67% | 2022 | Eurostat Table 3 |
| Denmark | 57.7% | 2022 | Eurostat Table 3 |
| Ireland | 57.5% | 2022 | Eurostat Table 3 |
| Greece | 57.7% | 2022 | Eurostat Table 3 |
| Netherlands | ~58% | 2023 | Eurostat estimate |
| Finland | ~58% | 2023 | Eurostat estimate |
| Sweden | ~58% | 2023 | Eurostat estimate |
| France | 47.3% | 2022 | Eurostat Table 3 |
| Bulgaria | 47.7% | 2022 | Eurostat Table 3 |
| Spain | 38.5% | 2022 | Eurostat Table 3 |
| Cyprus | 33.5% | 2023 | Eurostat Table 3 |
| Portugal | 32.2% | 2023 | Eurostat Table 3 |
| Malta | 22.0% | 2023 | Eurostat Table 3 |
| EU Average | 62.5% | 2023 | Eurostat |
Source: Eurostat, "Energy consumption in households" (nrg_d_hhq, Table 3)
Total Energy Consumption per Dwelling
All Fuels Combined — Odyssee-MURE (2023)
| Country | toe per Dwelling | kWh Equivalent | Climate-Adjusted toe | Source |
|---|---|---|---|---|
| Luxembourg | 2.1 | 24,400 | 2.1 | Odyssee-MURE 2023 |
| Croatia | 1.8 | 20,900 | 2.1 | Odyssee-MURE 2023 |
| Italy | 1.7 | 19,800 | 1.9 | Odyssee-MURE 2023 |
| Hungary | 1.6 | 18,600 | 1.9 | Odyssee-MURE 2023 |
| Belgium | 1.6 | 18,600 | 1.8 | Odyssee-MURE 2023 |
| Greece | 1.5 | 17,400 | 1.7 | Odyssee-MURE 2023 |
| Germany | 1.4 | 16,300 | 1.6 | Odyssee-MURE 2023 |
| France | 1.4 | 16,300 | 1.5 | Odyssee-MURE 2023 |
| Netherlands | 1.3 | 15,100 | 1.5 | Odyssee-MURE 2023 |
| Spain | 1.2 | 14,000 | 1.4 | Odyssee-MURE 2023 |
| Poland | 1.1 | 12,800 | 1.4 | Odyssee-MURE 2023 |
| Portugal | 0.9 | 10,500 | 1.2 | Odyssee-MURE 2023 |
| Lithuania | — | — | 0.82 | Odyssee-MURE 2023 (climate-adj) |
| Malta | 0.5 | 5,800 | 0.5* | Odyssee-MURE 2023 |
| EU Average | 1.2 | 14,000 | 1.5 | Odyssee-MURE 2023 |
* Malta and Cyprus not climate-adjusted.
Source: Odyssee-MURE, "Average energy consumption per dwelling" (2023). Conversion: 1 toe = 11,630 kWh.
Country Groupings: What This Means for Solar
Group 1: High Electricity, High Heating — Nordic Countries
Finland, Sweden, Norway
- Electricity: 7,100–16,000 kWh/dwelling (Eurostat + Odyssee-MURE 2023)
- Home size: ~97–125 m² (Eurostat floor area × household size)
- Heating: District heat + electric heating/heat pumps (58% heating share — Eurostat)
- Heating need: ~125 kWh/m² (HeatRoadmap Europe)
- Solar yield: Low (750–950 kWh/kWp)
- Solar economics: Moderate. High electricity consumption helps self-consumption, but low sun and cheap hydro-era electricity prices limit economics.
Group 2: Moderate Electricity, High Gas Heating — Central Europe
Germany, Netherlands, Belgium, Austria
- Electricity: 2,550–4,600 kWh/dwelling (Destatis, CBS, Odyssee-MURE, Eurostat 2023)
- Home size: 75–110 m²
- Heating: Gas dominant (58–71% of energy — Eurostat)
- Heating need: ~140–160 kWh/m²
- Solar yield: Moderate (850–1,050 kWh/kWp)
- Solar economics: Good in Germany (high prices), moderate elsewhere. Heat pumps would dramatically increase electricity demand.
Group 3: Low Electricity, High Heating — Eastern Europe
Poland, Hungary, Czechia, Romania, Bulgaria
- Electricity: 2,080–2,860 kWh/dwelling (Odyssee-MURE, Eurostat 2023)
- Home size: 47–90 m²
- Heating: Coal, gas, biomass (65–71% of energy — Eurostat)
- Heating need: ~100–160 kWh/m² (older, poorly insulated buildings)
- Solar yield: Moderate (900–1,100 kWh/kWp)
- Solar economics: Mixed. Low electricity prices hurt payback, but low baseline consumption means even small solar achieves high self-consumption.
Group 4: Low Heating, Moderate Electricity — Southern Europe
Spain, Portugal, Italy, Greece
- Electricity: 2,310–4,474 kWh/dwelling (Odyssee-MURE 2023)
- Home size: 55–125 m²
- Heating: Low share (32–58% — Eurostat)
- Heating need: ~40–80 kWh/m²
- Solar yield: High (1,200–1,700 kWh/kWp)
- Solar economics: Excellent. High sun, moderate consumption. AC in summer boosts self-consumption. Best solar ROI in Europe.
The Heat Pump Effect
When you switch from gas heating to a heat pump, your electricity bill transforms:
| Before (Gas) | After (Heat Pump) | |
|---|---|---|
| Electricity | 3,000 kWh | 8,000 kWh |
| Gas | 15,000 kWh (thermal) | 0 |
| Total energy | 18,000 kWh | 8,000 kWh* |
* Heat pump efficiency: 1 kWh electricity → ~4.6 kWh heat (SCOP 4.6). So 5,000 kWh additional electricity produces ~23,000 kWh thermal — covering heating + hot water.
Why this matters for solar: A heat pump adds 5,000+ kWh to your electricity consumption. That dramatically improves solar self-consumption — but only if your solar system is sized for the new demand.
Sources
| Data Type | Source | Reference |
|---|---|---|
| Electricity per capita | Eurostat | nrg_cb_e, demo_pjan (2023) |
| Energy by end-use | Eurostat | nrg_d_hhq (2023/2022) |
| Household size | Eurostat | "Housing in Europe" 2024 edition |
| Floor area per capita | Eurostat / EU Buildings Database | Cited in ECEEE "Energy sufficiency in buildings" (2019) |
| Dwelling size | JRC | JRC87425 — ESS 2011 Census |
| Heating demand per m² | HeatRoadmap Europe | HRE4 D3.3/D3.4 (2018) |
| Heating consumption per m² | Odyssee-MURE | "Heating consumption per m²" (2024) |
| Electricity per dwelling | Odyssee-MURE | Country profiles (2023) |
| Total energy per dwelling | Odyssee-MURE | "Average energy consumption per dwelling" (2023) |
| German household data | Destatis | "Energieverbrauch der privaten Haushalte" (2020) |
| Netherlands details | CBS | 81528ENG (2024) |
| EU average electricity/dwelling | JRC | EUR 31266EN (2022) |
| Nordic electricity demand | VTT | "Future development trends in electricity demand" |
| Norway heat pumps | HPT Magazine | "Norway: Heat Pump Market Report" (2025) |
Last updated: 2026-05-05 Next review: 2026-11-05