2,700 TWh, 48% Renewables — Europe Leads the World in Clean Electricity
The European Union has achieved a remarkable milestone: as of 2025-2026, approximately 48% of EU electricity comes from renewable sources — making the EU the world's most renewable-intensive major economic region. This transformation has been driven by a combination of extraordinary policy ambition (the EU Green Deal, REPowerEU, the revised Renewable Energy Directive), collapsing renewable technology costs (solar down 90% since 2010, wind down 70%), and the shock of the 2022 Russian gas crisis that made energy independence a strategic imperative. The EU's approximately 2,700 TWh of annual generation from approximately 1,150 GW of installed capacity represents a power system undergoing its most fundamental structural change in a century — the transition from fossil fuel-dominated generation to a predominantly renewable system within a single generation.
The diversity within Europe's electricity landscape is extraordinary. France generates approximately 70% of its electricity from nuclear — the world's highest share — making it one of the world's least carbon-intensive large electricity systems. Denmark generates approximately 88% from renewables — almost entirely wind. Poland still generates approximately 70% from coal and lignite, making it the EU's most carbon-intensive electricity system. Norway (outside the EU) generates approximately 90%+ from hydropower and has among the world's cheapest and cleanest electricity. This diversity reflects the continent's geographic resource endowment (Scandinavian hydro, North Sea wind, Southern European solar, Eastern European coal) and the very different national policy paths chosen since the 1970s. Understanding France's electricity model in detail is covered in our dedicated France electricity industry analysis, and the broader global electricity context is in our global electricity market article.
The 2022 energy crisis — triggered by Russia's invasion of Ukraine and the subsequent disruption of Russian gas supplies to Europe — was simultaneously the most severe energy shock since the 1970s oil crisis and the most powerful accelerator of Europe's clean energy transition. EU governments collectively spent approximately €700-800 billion supporting households and businesses through the crisis, while accelerating renewable permitting, expanding LNG import infrastructure, and enacting the Electricity Market Reform to prevent future gas price spikes from devastating consumer bills. The crisis's economic consequences for European industry — particularly the energy-intensive chemical, aluminium, and steel sectors — have had lasting competitiveness implications explored in our global chemical industry analysis.
EU Electricity by Country — Germany Leads, France Second, Huge Diversity
Germany is the EU's largest electricity producer at approximately 500 TWh annually, generated from approximately 260 GW of installed capacity. Germany's electricity mix has undergone a structural revolution — completing its nuclear phase-out in April 2023 (closing the last 3 operating reactors: Isar 2, Emsland, Neckarwestheim 2) while building the world's most ambitious onshore wind and solar capacity at scale. As of 2026, approximately 62% of German electricity comes from renewables (wind ~35%, solar ~12%, biomass ~8%, hydro ~4%), with natural gas approximately 22% and coal/lignite approximately 16%. Germany's electricity prices remain the highest in the EU at approximately €0.31/kWh household — partly because the coal and gas generation required to fill the nuclear gap is more expensive than France's nuclear baseload. The financial market impact of Germany's energy transition is explored in our German financial markets analysis.
Italy (approximately 305 TWh) is the EU's third-largest electricity producer, with a mix that includes gas (~44%), renewables (~45% including significant hydro, solar, and wind), and minimal nuclear (Italy decommissioned all nuclear plants following a 1987 referendum). Spain (approximately 295 TWh) has made remarkable progress in renewable deployment — approximately 54% renewable electricity including world-class solar and wind resources. Spain's "Iberian exception" — a temporary gas price cap agreed with Portugal in 2022 — demonstrated how market design interventions can temporarily insulate consumers from wholesale price spikes. Poland (approximately 190 TWh) remains the EU's most coal-dependent large electricity system, generating approximately 70% from coal and lignite — though Poland is accelerating renewable investment significantly and plans to add approximately 15 GW of offshore wind in the Baltic Sea by 2035. The economic impact of Europe's diverse electricity systems on countries' broader competitiveness is reflected in our analysis of the world's largest economies.
EU Countries by Electricity Generation — 2025 (TWh)
EU Countries — Renewable Electricity Share 2025 (%)
EU Electricity Mix — Wind 19% Now #1, Coal Declining, Gas Still 17%
The EU's electricity mix in 2025-2026 reflects the most advanced stage of the energy transition of any major economic region. Wind energy has become the EU's single largest electricity source at approximately 19-20% of generation (~510-540 TWh annually) — a historic milestone achieved in 2023 when wind overtook natural gas for the first time. This includes both onshore wind (approximately 230 GW installed, ~14% of EU electricity) and offshore wind (approximately 35 GW installed, ~5% of EU electricity). Natural gas has fallen to approximately 17% (~460 TWh) — down from approximately 25% in 2019, accelerated by the 2022 crisis that made gas extremely expensive and drove both fuel switching and demand reduction. Nuclear contributes approximately 13% (~350 TWh) — almost entirely from France, with smaller contributions from Belgium, Slovakia, Hungary, Sweden, and Finland.
Solar PV contributes approximately 10% of EU electricity (~270 TWh) and remains the fastest-growing source — growing approximately 20-25% annually. The EU installed approximately 65 GW of new solar in 2023 and 2024, with deployment accelerating across all member states driven by IEA incentive frameworks and dramatically falling module costs. Hydropower provides approximately 12% (~325 TWh), primarily from Austria (78% renewable, dominated by hydro), Sweden (hydro + wind), France, Portugal, and Italy. Hydro output varies significantly by year depending on precipitation — the 2022 drought reduced EU hydro generation by approximately 20-25% below average. Coal and lignite continue their structural decline at approximately 14% (~380 TWh) — concentrated almost entirely in Poland (approximately 135 TWh from coal), Germany (approximately 80 TWh), and the Czech Republic and Bulgaria. The coal share has fallen from approximately 32% in 2015 to approximately 14% in 2026 — a decline largely driven by EU ETS carbon pricing, renewables competitiveness, and national phase-out commitments. This energy transition has significant implications for the industrial sectors tracked in our chemical industry worldwide analysis, where electrification of industrial processes and green hydrogen production are key growth vectors.
EU-27 Electricity Mix by Source — 2026
Europe's Renewable Revolution — Wind World Leader, Solar Accelerating, Offshore Emerging
Europe is the global pioneer of large-scale renewable electricity deployment — particularly offshore wind, which is almost entirely a European invention. The EU's approximately 230 GW of onshore wind capacity generates approximately 14% of EU electricity. The United Kingdom leads globally in offshore wind with approximately 15 GW of installed capacity, followed by Germany (~9 GW), the Netherlands (~4 GW), Denmark (~2.5 GW), and Belgium (~2.5 GW). Total European offshore wind capacity reached approximately 35-38 GW in 2025-2026, generating approximately 130-150 TWh — equivalent to the entire electricity consumption of Belgium and the Netherlands combined. The EU's offshore wind target of 111 GW by 2030 and 300 GW by 2050 represents the most ambitious offshore build programme in history, requiring approximately 10-15 GW of new installation per year — compared to approximately 3-4 GW per year currently.
Solar PV is the fastest-growing electricity source in Europe as in the rest of the world, with the EU installing approximately 65 GW of new solar annually in 2023-2024. The EU's total solar installed capacity reached approximately 300+ GW by end-2025, generating approximately 270 TWh — approximately 10% of EU electricity. Spain leads EU solar deployment by generation, followed by Germany, the Netherlands, Italy, and France. The declining cost of solar — now approximately €35-50/MWh for utility-scale projects in Southern Europe — has driven a wave of unsubsidised merchant solar projects that compete directly in wholesale markets. The interconnection of solar output across Europe's diverse geography — sunny Southern Europe generating at peak when Northern European solar production is minimal — is one of the key arguments for expanded EU electricity grid interconnection and transmission capacity. The renewable energy investment dynamics are directly relevant to the financial market analysis in our global nuclear energy statistics, which examines how the nuclear and renewable sectors compete and complement each other in decarbonising electricity systems.
EU Renewable Electricity Growth — Wind & Solar 2015 to 2026 (TWh)
In 2023, wind energy overtook natural gas to become the EU's single largest electricity source for the first time in history — generating approximately 17-18% of EU electricity versus gas at approximately 17%. By 2025-2026, wind's lead had extended to approximately 19-20% versus gas at approximately 17%. This milestone was achieved through the combination of continued onshore wind deployment (approximately 15-16 GW/year in the EU), growing offshore wind generation, and the sharp decline in gas generation following the 2022 crisis. Equally remarkable is that solar — at near-zero EU generation in 2010 — had grown to approximately 10% of EU electricity by 2026, meaning wind and solar together provided approximately 29-30% of EU electricity — more than gas and coal combined in many Northern European countries. The speed of this transformation is unprecedented in energy history.
EU Electricity Prices — €0.11 Bulgaria to €0.35 Denmark, Industrial Gap vs USA
European electricity prices are among the highest in the world — a structural challenge that sits at the heart of EU industrial competitiveness debates. The EU-27 average household electricity price of approximately €0.28/kWh is approximately 2× the US average (~$0.14/kWh) and approximately 3× China's average (~€0.08/kWh). The 2022 crisis pushed EU average household prices to approximately €0.35/kWh at their peak — with some countries temporarily exceeding €0.40/kWh. By H1 2025, prices had normalised to approximately €0.28/kWh on average as wholesale electricity prices fell from their crisis peaks. The full detailed analysis of EU energy prices by country is covered in our dedicated EU energy prices statistics article.
The price variation within Europe reflects very different national energy policies, tax structures, and generation mixes. Countries with abundant low-cost nuclear (France at €0.24/kWh) or hydropower (Norway at ~€0.10-0.12/kWh, outside the EU) have structural price advantages. Countries with high taxes and levies on electricity (Denmark at €0.35/kWh, Germany at €0.31/kWh) have the highest retail prices — though a significant portion of their electricity bill is tax revenue rather than energy cost per se. Industrial electricity prices — at approximately €0.14-0.18/kWh for EU medium-large consumers — are approximately 2-3× higher than US industrial electricity prices (~$0.07/kWh), creating a structural competitiveness disadvantage for energy-intensive European industries. This was highlighted prominently in the Draghi Report on EU Competitiveness (September 2024), which estimated the energy cost gap imposes approximately €800 billion per year of competitive disadvantage on the EU economy versus the United States. The connection between EU electricity prices and the broader financial and corporate performance environment is explored in our German financial markets analysis.
EU Household Electricity Prices — 2025 (€/kWh)
Europe Electricity — Full Country Data Table
| Country | Generation (TWh) | Renewable % | Nuclear % | Coal % | HH Price (€/kWh) |
|---|---|---|---|---|---|
| 🇩🇪 Germany | ~500 | ~62% | 0% | ~16% | €0.310 |
| 🇫🇷 France | ~490 | ~27% | ~70% | 0% | €0.238 |
| 🇮🇹 Italy | ~305 | ~45% | 0% | ~5% | €0.248 |
| 🇪🇸 Spain | ~295 | ~54% | ~20% | ~2% | €0.210 |
| 🇵🇱 Poland | ~190 | ~22% | 0% | ~70% | €0.162 |
| 🇸🇪 Sweden | ~175 | ~72% | ~29% | ~0% | €0.185 |
| 🇳🇱 Netherlands | ~120 | ~40% | ~3% | ~10% | €0.255 |
| 🇧🇪 Belgium | ~90 | ~28% | ~46% | ~1% | €0.298 |
| 🇨🇿 Czech Republic | ~83 | ~17% | ~37% | ~40% | €0.178 |
| 🇦🇹 Austria | ~73 | ~78% | 0% | ~3% | €0.268 |
| 🇩🇰 Denmark | ~43 | ~88% | 0% | ~3% | €0.352 |
| 🇵🇹 Portugal | ~60 | ~67% | 0% | ~4% | €0.222 |
| 🇬🇷 Greece | ~55 | ~45% | 0% | ~18% | €0.195 |
| 🇫🇮 Finland | ~85 | ~45% | ~42% | ~2% | €0.132 |
| 🇷🇴 Romania | ~70 | ~42% | ~18% | ~20% | €0.158 |
| 🇧🇬 Bulgaria | ~40 | ~28% | ~34% | ~25% | €0.112 |
| 🇬🇧 UK (non-EU) | ~310 | ~48% | ~15% | ~2% | €0.280 |
| 🇳🇴 Norway (non-EU) | ~165 | ~93% | 0% | 0% | €0.110 |
Electricity in Europe — Key Statistics at a Glance
EU Renewables Share Trend — 2010 to 2026 (%)
The white line chart below tracks the EU-27 renewable electricity share from 2010 through 2026, showing the steady structural transformation — from approximately 20% in 2010 to approximately 48% in 2026 — driven by wind and solar cost collapses and successive EU renewable energy directives.
European Offshore Wind Capacity — 2015 to 2030 Target (GW)
The white dual-line chart below shows the growth of European offshore wind installed capacity from 2015 through 2025, with the EU 2030 target of 111 GW shown. The UK leads globally; the EU collectively is targeting a nearly 3× increase in offshore wind capacity by 2030.
European Electricity Forecast 2030 — 60% Renewables, 3,000+ TWh, Offshore Wind Surge
EU electricity generation is projected to grow from approximately 2,700 TWh (2026) to approximately 3,000-3,200 TWh by 2030 — a CAGR of approximately 2-4% annually, driven by the electrification of road transport (EVs), heating (heat pumps), and industry. The renewable share is projected to reach approximately 60-65% of EU electricity by 2030 — up from approximately 48% today — driven primarily by solar and wind expansion. The EU's REPowerEU programme targets approximately 1,236 GW of total renewable capacity by 2030, requiring solar capacity to grow from approximately 300 GW to approximately 600 GW and offshore wind from approximately 35 GW to approximately 111 GW. These targets are ambitious — requiring approximately 10-15 GW of offshore wind installation per year (versus approximately 4 GW in 2024) and 80-100 GW of solar per year.
The most transformative near-term development in European electricity will be the offshore wind surge. The North Sea is set to become a truly pan-European offshore energy hub — with proposed capacity of approximately 300 GW by 2050 covering the North Sea alone. New projects include the UK's massive Hornsea and Sofia offshore wind farms (each exceeding 1,000 MW), Germany's large-scale Baltic Sea expansion, the Netherlands' ambitious offshore programmes, and Denmark's "energy islands" concept — artificial islands serving as offshore electricity hubs. Poland is developing approximately 15 GW of Baltic Sea offshore wind by 2035, which would transform it from the EU's most coal-dependent to one of its more renewable electricity systems. The investment implications of this offshore wind build-out for European financial markets, utility valuations, and industrial competitiveness are explored in our analysis of the world's largest economies.
The coal phase-out will be the most significant structural change in EU electricity supply through 2030. Germany has committed to closing all coal plants by 2038 (most by 2030), Poland — the EU's largest coal generator — has agreed to phase out coal by 2049 with significant reductions by 2030, and most other EU coal-using countries have 2030-2035 phase-out dates. Replacing approximately 380 TWh of coal generation with renewables requires an extraordinary deployment rate — achievable only with reformed permitting, grid expansion, and continued technology cost reduction. The EU Electricity Market Reform (April 2024) supports this transition by expanding Contracts for Difference (CfDs) and Power Purchase Agreements (PPAs) that provide investment certainty for new clean generation capacity. The nuclear policy dimension — with France building new EPRs, Finland's new EPR operating, and several Central European countries planning new nuclear — is analysed comprehensively in our global nuclear energy statistics report.
Frequently Asked Questions — Electricity in Europe
The EU-27 generates approximately 2,700 TWh annually from approximately 1,150 GW of installed capacity. Including all European countries (UK ~310 TWh, Norway ~165 TWh, Turkey ~380 TWh, Ukraine ~130 TWh, Switzerland ~65 TWh), total European generation exceeds 3,500 TWh annually. Germany leads EU generation at ~500 TWh, followed by France (~490 TWh), Italy (~305 TWh), Spain (~295 TWh), Poland (~190 TWh), and Sweden (~175 TWh). The EU's 2,700 TWh represents approximately 9% of global electricity generation (~29,000 TWh).
Approximately 48% of EU-27 electricity comes from renewables as of 2025-2026 — the highest share of any major economic region globally. Breakdown: wind ~19% (EU's #1 source), hydro ~12%, solar ~10%, bioenergy ~7%. Several EU members generate 60-90% from renewables: Denmark (~88%), Austria (~78%), Sweden (~72%), Portugal (~67%), Ireland (~50%). Norway (non-EU) generates ~93% from hydro. The EU renewable share has grown from ~22% in 2010. Target: 60-65% by 2030, requiring 80-100 GW solar/year and 10-15 GW offshore wind/year.
Germany is the EU's largest electricity producer at approximately 500 TWh annually. France is second (~490 TWh), followed by Italy (~305 TWh), Spain (~295 TWh), Poland (~190 TWh), and Sweden (~175 TWh). Outside the EU: Turkey (~380 TWh) and the UK (~310 TWh) are significant producers. Norway (~165 TWh) generates nearly entirely from hydro. Russia (~1,100 TWh) is by far the largest producer in geographic Europe, but is generally excluded from EU/Western European statistics. Top 5 EU countries generate approximately 67% of EU-27 electricity.
EU-27 average household electricity: approximately €0.28/kWh (H1 2025, Eurostat). Range: Denmark €0.35/kWh (highest EU) to Bulgaria €0.11/kWh (cheapest EU). Germany €0.31, Belgium €0.30, France €0.24, Spain €0.21. Norway (non-EU): ~€0.10-0.12/kWh (abundant cheap hydro). UK: ~€0.28/kWh (~£0.24). EU industrial electricity: approximately €0.14-0.18/kWh — approximately 2-3× more expensive than US ($0.07/kWh), creating a major competitiveness concern. EU prices have fallen from the 2022-2023 crisis peak of ~€0.35/kWh average.
Wind energy is now the EU's largest single electricity source at approximately 19-20% of generation — having overtaken natural gas in 2023. This is a historic milestone. The ranking as of 2025-2026: wind ~19%, gas ~17%, hydro ~12%, solar ~10%, nuclear ~13%, bioenergy ~7%, coal/lignite ~14%, other ~4%. Renewables collectively provide approximately 48%. Wind's rise from ~7% (2010) to ~19% (2026) is one of the fastest energy transitions in history. Wind overtaking gas means that on most days, more EU electricity is generated by wind turbines than by gas-fired power plants — unthinkable 15 years ago.
Europe is the global leader in offshore wind. European installed offshore wind capacity: approximately 35-38 GW generating approximately 130-150 TWh annually. UK leads globally at ~15 GW offshore, followed by Germany (~9 GW), Netherlands (~4 GW), Denmark (~2.5 GW), Belgium (~2.5 GW). EU target: 111 GW offshore wind by 2030, 300 GW by 2050. Major upcoming projects: UK Hornsea 3 (2.8 GW), Germany Baltic Sea expansion, Poland 15 GW Baltic offshore by 2035, France 18 GW offshore by 2035. Offshore wind costs have fallen ~60-70% since 2012. The North Sea is targeted to become a 300 GW pan-European offshore energy hub by 2050.
ENTSO-E (European Network of Transmission System Operators for Electricity) is the association of European electricity transmission system operators (TSOs) — the entities responsible for managing national high-voltage grids. ENTSO-E includes 39 TSOs from 35 countries. It coordinates: cross-border electricity flows, European grid security, 10-year network development plans (TYNDP), pan-European electricity market data publication, and common technical standards. The European synchronous grid — managed cooperatively through ENTSO-E — is the world's largest synchronously connected AC power system, connecting most of EU and neighbouring countries at 50 Hz. ENTSO-E's Transparency Platform is a key public data source for European electricity statistics.
EU electricity generation projected to reach approximately 3,000-3,200 TWh by 2030 (from ~2,700 TWh). Renewables share projected to reach approximately 60-65% (from ~48%). REPowerEU targets: solar 600 GW (from ~300 GW), offshore wind 111 GW (from ~35 GW). EV charging adds ~200+ TWh new demand. Heat pumps add ~150+ TWh. Coal near-zero in Western Europe by 2030. Natural gas falls to ~12-14% as renewables grow. EU household electricity prices projected to fall toward €0.22-0.25/kWh by 2030 as renewable expansion reduces marginal generation cost. Industrial prices toward €0.12-0.14/kWh via PPAs.
Among EU members, Denmark leads at approximately 88% renewables — predominantly wind. Next: Austria (~78%, mainly hydro), Sweden (~72%, hydro + wind), Portugal (~67%, wind + hydro + solar), Latvia (~65%, hydro + wind), Ireland (~50%, wind). Outside the EU: Norway ~93% renewables (essentially all hydro) and Iceland ~100% (hydro + geothermal). Germany at ~62% is remarkable given its scale (~500 TWh). Spain at ~54% and Portugal at ~67% demonstrate Southern Europe's solar + wind potential. Finland at ~45% is rapidly growing due to its new Olkiluoto 3 EPR (nuclear counted as low-carbon but not renewable in EU definitions).
Nuclear provides approximately 13% of EU-27 electricity (~350 TWh) — almost entirely from France (70% of its electricity), Belgium (~46%), Slovakia (~59%), Hungary (~44%), Finland (~42%), and Sweden (~29%). France's 56 reactors generate approximately 70% of all EU nuclear electricity. Germany completed its nuclear phase-out April 2023. The EU taxonomy classifies new nuclear as sustainable. New nuclear: Finland's Olkiluoto 3 EPR (1,600 MW) operational 2023, France planning 6 new EPR2 reactors, Poland developing its first nuclear plant, Sweden reversing phase-out. Nuclear complements renewables by providing 24/7 carbon-free baseload — a key distinction from intermittent solar and wind.
EU generation (~2,700 TWh) is approximately 61% of US (~4,400 TWh) and 30% of China (~9,000 TWh). EU leads in renewable share: ~48% vs USA ~25% and China ~36%. EU prices highest: ~€0.28/kWh household vs USA ~$0.14/kWh (~€0.13) and China ~€0.08/kWh. EU industrial electricity most expensive: ~€0.15-0.18/kWh vs USA ~$0.07 and China ~€0.07 — a 2-3× gap driving industrial competitiveness concerns (Draghi Report). EU carbon intensity lower than US and China: ~230 gCO₂/kWh vs USA ~380 and China ~530, primarily due to France's nuclear and growing EU renewables. Norway (non-EU) has the world's cleanest large electricity system at approximately 30 gCO₂/kWh.
The European electricity market is the world's most highly interconnected. EU interconnection target: at least 15% of installed capacity by 2030. Key interconnections: France-UK IFA/Eleclink (~5.4 GW total submarine cables), NordLink HVDC Norway-Germany (1.4 GW), NordBalt Sweden-Lithuania (700 MW), Celtic Interconnector Ireland-France (700 MW, under construction), Viking Link UK-Denmark (1.4 GW, operational 2024), extensive AC ties across France/Germany/Switzerland/Austria/Italy/Spain/Benelux. These allow electricity trading, price convergence, and renewable integration across borders. Norway's abundant cheap hydro acts as a "battery" for Northern Europe — storing water when wind/solar is abundant, generating when it's scarce. Target: a fully integrated EU internal electricity market with 15% interconnection by 2030.
Primary: IEA — Europe Energy Outlook 2025 and EU Electricity Statistics
BusinessStats: All country generation rankings, renewable share analysis, electricity mix calculations, price comparisons, offshore wind data, and 2030 forecast projections are BusinessStats proprietary research combining the above primary sources with IRENA Renewable Capacity Statistics 2025, ACER Annual Market Monitoring Report 2025, national TSO annual reports, and BloombergNEF European Power Outlook 2025.