Germany is now publicly debating a reversal of its anti-nuclear policy, a significant shift triggered by a severe energy crisis. This move comes after the German Minister for Economic Affairs and Energy urged parliament to reconsider its stance, highlighting the stark realities of energy security and economic competitiveness.
The primary catalyst for this change was the recent war in the Middle East, which caused European gas prices to surge. This price shock directly impacted Germany's electricity market. First, with natural gas prices setting the benchmark for wholesale electricity, German power costs soared. This immediately exposed the vulnerability created by the country's 2023 nuclear phase-out. Without nuclear power, Germany lacks a sufficient source of baseload power—the stable, 24/7 electricity supply needed to power its industrial economy. Gas was intended to be a bridge fuel, but its price volatility has made it an unreliable and expensive option.
Second, the crisis magnified the growing 'price competitiveness gap' with its neighbors, particularly France. Thanks to its robust nuclear fleet, France enjoys structurally lower electricity prices. 2026 wholesale electricity futures show German prices are about 1.3 to 1.6 times higher than French prices. This disparity places German industries, especially energy-intensive sectors like chemicals and metals, at a significant disadvantage.
This domestic pressure coincided with a changing political climate across Europe. EU Commission President von der Leyen recently called Europe's nuclear scale-back a “strategic mistake” and announced support for new nuclear technologies. This provided political cover for German leaders to pivot. Consequently, the conversation in Germany is shifting. While restarting old, decommissioned plants is widely seen as impractical due to regulatory and technical hurdles, a new consensus is emerging around future technologies. The focus is now on creating a pathway for Small Modular Reactors (SMRs), framing them as a realistic, long-term solution to ensure a stable and affordable energy supply.
- Glossary -
- Baseload Power: The minimum level of electricity demand required over a 24-hour period. It is typically met by power plants that can run continuously, such as nuclear or coal.
- TTF (Title Transfer Facility): A virtual trading hub for natural gas in the Netherlands. Its price is the main benchmark for natural gas in Europe.
- SMR (Small Modular Reactor): Advanced nuclear reactors that are much smaller than conventional ones. They can be factory-produced and transported, potentially reducing construction time and cost.