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Europe’s most pressing economic challenge isn’t expensive energy—it’s weak productivity compounded by a shrinking workforce. By 2040, the EU labor force is projected to drop by nearly two million workers annually. That demographic pressure means growth must come from higher output per worker and per euro of capital, not from adding more people. In this context, cheap electricity isn’t a silver bullet, but it’s one of the few tools that can simultaneously improve industrial competitiveness, reduce imported-fossil-fuel exposure, boost energy productivity, and enable digitalization and automation.
On March 24, 2025, a new analysis reframes the energy debate: instead of asking "what is Europe's biggest problem?" ask "what can Europe do about several of its biggest problems at once?" The answer points squarely to abundant, competitively priced electricity. This view doesn't dismiss structural reforms—Mario Draghi’s Future of European Competitiveness report correctly notes that only four of the world’s 50 largest tech companies are European, a shortfall rooted in fragmented markets and weak capital unions, not energy prices alone. IMF research estimates that reducing intra-EU trade barriers to U.S. state-level standards could lift productivity by almost 7%—far more than any plausible gain from cheaper electricity alone.
Yet electricity occupies a unique enabling role. It is the infrastructure that can reinforce single-market reform, digital innovation, and deeper capital markets. Cheaper electrons make automated factories more viable, reduce the cost of running data centers, and lower the threshold for small firms to adopt electric heat pumps and industrial motors. Each of those technologies, in turn, raises labor productivity—something an ageing continent desperately needs.
A powerful real-world demonstration came from China during the 2024–2025 Strait of Hormuz crisis. According to Carbon Brief’s analysis, Chinese oil consumption fell 9% year-on-year in the second quarter of 2024, while surface transport activity kept growing—cross-regional passenger trips edged up, urban trips rose 2.9%, and freight tonnage increased 2.4%. The key was existing electric capital: China’s EV fleet, a third larger than a year earlier, absorbed a higher share of travel demand. Electric heavy trucks exceeded 45% of new sales by June 2024. EVs displaced roughly 36 million tonnes of oil equivalent in the first half of 2024, more than the UK’s entire six-month oil consumption. Electrification didn’t cause the entire oil-demand drop, but it made a very large decline economically tolerable—consumers and businesses had an adjustment mechanism that a petroleum-only system lacks.
Europe has lived the reverse experiment. A 2023 IMF working paper by Ting Lan, Manasa Patnam, Frederik Toscani, and Claire Li estimated that the 2022 energy shock will leave euro-area potential GDP about 0.8% below the no-shock baseline through 2027. Companies responded rationally by investing in energy efficiency, raising energy productivity by roughly 3% and cushioning the hit. But that redirected capital, management attention, and innovation capacity away from non-energy productivity gains. The crisis didn’t just inflate bills or idle heavy industries; it changed what businesses invested in, leaving a long-term productivity scar even after wholesale prices retreated.
This vulnerability was predictable. In October 2021, when European gas prices first surged, analysts warned that treating an unusual period of cheap gas as permanent was risky. The durable strategy was fuel switching to electricity, renewables, transmission, and storage. After Russia’s invasion of Ukraine, the geopolitical dimension became impossible to ignore, yet the deeper lesson remains: energy independence is the wrong goal; strategic interdependence—diverse generation sources united by strong cross-border transmission—is better. That portfolio now includes French nuclear, Scandinavian hydro, Iberian solar and wind, North Sea wind, batteries, and flexible demand.
The structural advantage of electrification is that fossil economies must continually repurchase fuel. Oil and gas are extracted, processed, transported, and burned once; another shipment is needed immediately. Electrification shifts spending toward durable productive capital: generation, transmission, batteries, vehicles, motors, heat pumps, and power electronics. None of these are free—they require materials, financing, and maintenance—but tomorrow’s wind and
