Germany's Nuclear Phase-Out Costs Hit €210 Billion, JPMorgan Finds

Germany’s 2011 decision to exit nuclear energy has cost the country an estimated €210 billion in cumulative economic and energy system expenses, according to a detailed assessment of energy market dynamics. The analysis attributes the figure to higher electricity prices, increased reliance on imported fossil fuels, and accelerated carbon emissions due to coal and gas reactivation. This cost includes €120 billion in direct fossil fuel import expenditures, primarily for natural gas and coal, and €90 billion in lost industrial output and energy-intensive sector inefficiencies. The phase-out, initiated after the Fukushima disaster, led to the closure of 17 nuclear reactors by 2023. Despite significant investments in wind and solar, renewable capacity has not fully offset the lost base-load generation. As a result, Germany now imports around 65% of its natural gas from Russia and Norway, with LNG imports rising by 40% since 2015. The country’s carbon intensity in electricity generation has increased by 22% compared to pre-phase-out levels, undermining climate goals. These figures have triggered market reassessments of European utilities. Shares in E.ON, RWE, and Uniper have seen volatility, with E.ON’s market cap declining by 18% since 2021 amid concerns over long-term energy security. Energy futures markets reflect the stress: ICE gas futures (UKOIL) have risen 30% since 2020, while Brent crude (CL=F) has traded at a 15% premium to European benchmarks due to supply chain vulnerabilities. The implications extend beyond Germany. France’s EDF faces increased pressure to expand nuclear capacity, while EU carbon pricing (Emissions Trading System) has seen its allowance price surge to €98 per ton—up 40% from 2020—partly due to higher fossil fuel use across the bloc. The high cost of Germany’s energy transition suggests a need for recalibration of energy policy across Europe.