Europe is seeing a renewed push for nuclear power, but it is not a continent-wide return to reactor construction. Some countries already generate nuclear electricity; others are extending plants, setting up financing or legal frameworks, or preparing projects that may take years to build. And the claim that every country but one is “going nuclear again” has no clear factual meaning without defining what counts as a return.
What “going nuclear again” means in practice
The change is real, but it is uneven and mostly prospective. Nuclear generation already supplies a substantial share of electricity in some EU countries, while recent policy announcements elsewhere describe investment needs, legislation, financing arrangements or plans—not electricity from new reactors.
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Eurostat’s latest full-year comparison, for 2024, records 649,524 GWh of nuclear electricity generated in the EU, an increase of 4.8% from 2023. Nuclear accounted for 23.3% of EU electricity production that year. France produced 58.6% of the EU’s nuclear electricity; Sweden generated 50,665 GWh. These are Eurostat figures published in 2026, and they describe 2024 generation, not the status of projects announced since then.
The European Commission’s final 2026 Nuclear Illustrative Programme (PINC) estimates that the EU may need about €241 billion in nuclear investment through 2050, including spending on existing reactors and new large-scale plants. It projects installed nuclear capacity rising from 98 GWe in 2025 to around 109 GWe in 2050. Those are estimates and projections, not a committed EU budget or a guarantee that projects will be completed. The Commission describes nuclear as a choice for member states, not a requirement imposed on every country.
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Why the supposed “one country” exception is misleading
The answer changes depending on whether “going nuclear again” means producing nuclear electricity now, planning a new plant, extending an existing reactor, or reversing a phase-out. Those categories do not produce one obvious holdout.
- Current generation: Spain generated 54,510 GWh of nuclear electricity in 2024, according to Eurostat. Germany ended nuclear electricity production in April 2023. Italy and Poland recorded no nuclear generation in 2024.
- Future policy: Italy has since enacted a law enabling a framework for sustainable nuclear energy, while Poland has an official new-build programme. Neither fact means either country generated nuclear electricity in 2024.
- Existing plants: Sweden was already a significant nuclear generator in 2024. Belgium’s reported extensions concern existing reactors, not a confirmed new-build project.
Spain is therefore not a country outside nuclear generation, while Germany’s stopped generation does not make it equivalent to Italy or Poland, which had no nuclear output in the 2024 data. Nor does that snapshot establish every country’s future construction or phase-out policy. There is no unique exception unless the comparison set and meaning of “return” are specified.
How far each country’s plans have progressed
| Country | What is established | What it does not establish |
|---|---|---|
| Italy | Law No. 169/2026 was enacted on 29 September 2026, after final passage on 23 September, according to the Italian Senate. It delegates the creation of a legal framework for sustainable nuclear energy. | It is not a selected reactor site, construction start or operating plant. Eurostat’s latest full-year data show no Italian nuclear electricity production in 2024. |
| Poland | The Polish government’s programme aims for two plants and up to 9 GWe. Its first project is planned to use three AP1000 units; the government schedule targets commercial operation of the first unit in 2036 and full plant capacity by 2038. | Those dates are government milestones, not completed or guaranteed outcomes. The second plant remains at an earlier preparation stage, with site and supplier choices pending in the cited 2026 update. |
| Sweden | Sweden generated 50,665 GWh of nuclear electricity in 2024. Its government has provided for two-way contracts for difference under a 2025 state-aid law. | The government’s assumption that a first state-aided reactor could be commissioned in 2035 is a planning assumption, not evidence that a reactor has been ordered or built. |
| Belgium | An OECD Nuclear Energy Agency brief says Belgium decided in 2025 to extend two reactors by ten years and was exploring opportunities for additional nuclear capacity. | The cited account reports exploration, not approval of a new reactor. It is an institutional brief rather than a primary Belgian legal record. |
| Spain and Germany | Eurostat records Spanish nuclear generation in 2024 and says Germany’s nuclear electricity production ended in April 2023. | Generation status alone does not establish either country’s full future policy or settle which country is a holdout from new construction. |
Why governments are reconsidering nuclear power
The European Commission says the nuclear debate has shifted amid stronger decarbonisation goals, geopolitical changes, and greater attention to competitiveness, affordability and security of supply. These are policy rationales, not proof that nuclear is the cheapest or best choice for every country.
Poland’s Energy Ministry connects its programme to the energy crisis, Russia’s invasion of Ukraine and industrial demand for predictable, low-carbon energy. The government presents nuclear power as a way to diversify supply and replace retiring coal generation. That explains the stated rationale for Poland’s programme; it does not show that the planned plants are already operating or that they will necessarily deliver on schedule.
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The Commission’s 2026 strategy also presents small modular reactors (SMRs) as a potential part of Europe’s future energy mix. It cites a possible EU SMR capacity of 17–53 GW by 2050 and aims to enable first European SMR projects in the early 2030s. The range is a projection, and the early-2030s date is an ambition—not a record of operating projects. The Commission identifies possible uses beyond electricity, including district heating, industrial heat, hydrogen production and supplying high-demand users such as data centres.
What the investment figures mean for households
The €241 billion estimate is an EU-wide estimate of nuclear investment needs through 2050, including lifetime extensions and new large-scale reactors. It is not a bill allocated to households, a sum already spent or a single financing commitment. The capacity projection likewise depends on national decisions and project delivery.
For household finances, the useful distinction is between a policy announcement and an operating asset. A new reactor requires project development and financing before it can generate electricity; a government support framework, such as Sweden’s contracts for difference, is a financing mechanism rather than proof of a completed build. The cited figures do not establish how any specific project will affect a household’s energy bill, taxes or investment returns.
Europe’s nuclear shift is best understood as a mix of continued generation, plant-life extensions and possible new construction, with countries moving at different speeds. The European Commission’s outlook signals a larger role for nuclear in some national plans, but it neither makes that role universal nor identifies one definitive country opting out.
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