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<\/p>\nAs Germany heads into a pivotal federal election, its energy policy is under intense scrutiny. The nation, once a leader in nuclear energy, has been forced to import expensive nuclear-generated electricity from France to keep its lights on. This ironic twist comes several weeks before Germans cast their votes, raising questions about the sustainability of the country\u2019s green energy transition.<\/p>\n
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Germany\u2019s decision to phase out its nuclear power plants\u2014a cornerstone of its Energiewende<\/em> (energy transition) policy\u2014has left it vulnerable to energy shortages and soaring prices. With unfavorable weather conditions reducing wind and solar power generation, the country is now relying on French nuclear energy to meet its electricity demands. This reliance on imports has sparked a heated debate about the wisdom of abandoning nuclear power, especially as other nations double down on it as a clean, reliable energy source.<\/p>\n The cost of going nuclear-free<\/strong><\/p>\n Germany\u2019s energy woes are not new. Since the closure of its last nuclear power plant in April 2023, the country has faced recurring energy shortages, particularly during periods of low renewable energy output. This winter, a high-pressure weather system has brought overcast skies and weak winds, drastically reducing solar and wind power generation.<\/p>\n With domestic renewable energy production faltering, Germany\u2019s grid operators have turned to France, where nuclear power plants are running at full capacity. This reliance on imports has driven up costs, with electricity prices on the exchange soaring to as high as \u20ac1,156 per megawatt-hour during shortages in December.<\/p>\n Energy expert Prof. Manuel Frondel of the RWI Institute summed up the situation bluntly: \u201cBy phasing out nuclear power and coal, we have become heavily dependent on foreign countries and accepted higher supply risks<\/em>.\u201d<\/p>\n A historical miscalculation<\/strong><\/p>\n Germany\u2019s nuclear phase-out was set in motion in 2011<\/a>, following the Fukushima disaster in Japan. The decision, spearheaded by then-Chancellor Angela Merkel, was met with widespread criticism. The critics argued that abandoning nuclear power\u2014a zero-emission energy source\u2014would undermine Germany\u2019s climate goals and increase reliance on fossil fuels.<\/p>\n The irony is stark: while Germany has spent billions on its Energiewende<\/em>, its carbon emissions have risen as coal and gas plants replaced shuttered nuclear reactors. Meanwhile, France, which embraced nuclear energy in the 1970s under the Messmer Plan<\/em>, has achieved significant emissions reductions and energy security.<\/p>\n France\u2019s nuclear success story is a testament to the benefits of standardized reactor designs and centralized planning. By the 1990s, nuclear power was supplying over 75% of France\u2019s electricity needs<\/a>, and the country has since become a net exporter of energy.<\/p>\n In contrast, Germany\u2019s Energiewende<\/em> has been plagued by high costs and inefficiencies. A study by the OECD found that household electricity prices in Germany increased by 50% from 2006 to 2017, driven by subsidies for renewable energy. Meanwhile, France\u2019s electricity costs are 40% lower, despite producing twice as much clean energy.<\/p>\n