The energy crisis of recent years has fundamentally changed the way Brussels thinks. The primary focus of European energy policy was once reducing carbon emissions. Today, policymakers are asking a very different question: how can the economy of an entire continent be powered while relying as little as possible on imported oil and natural gas? The European Commission’s answer is straightforward: everything that can run on electricity should. The objective is for electricity’s share of Europe’s total energy consumption to nearly double by 2040, while imports of oil and natural gas decline dramatically. This is not simply an energy policy reform, but a new blueprint for the European economy.
The significance of the plan extends far beyond climate protection. Europe is, in effect, seeking to rebuild its own infrastructure. The automotive industry is becoming electric, gas boilers will be replaced by heat pumps, an increasing share of industrial processes will run on electricity, and hundreds of billions of euros will be invested in modernizing aging power grids. Over the next decade, the electricity grid could assume the same strategic importance once held by the railway and, later, the internet. It will become the invisible infrastructure upon which entire industries depend. Yet the driving force behind this transformation is not primarily the green transition. The war in Ukraine, followed by conflicts in the Middle East, has made it unmistakably clear that Europe’s dependence on imported energy remains one of its greatest economic vulnerabilities. The continent still imports the overwhelming majority of the oil and natural gas it consumes, meaning every geopolitical crisis is reflected directly in energy prices, inflation, and business competitiveness. Electrification is therefore no longer primarily an environmental objective, but a strategy for economic sovereignty.
This also means that Europe’s investment priorities are changing. The past decade was defined by solar panels, wind farms, and electric vehicles. The winners of the next decade may be far less visible: grid developers, transformer manufacturers, cable producers, energy storage technology companies, and software firms capable of intelligently managing an increasingly complex electricity system. Artificial intelligence may dominate the technology headlines, but another revolution is quietly taking shape in Europe: the infrastructure revolution. The challenge, however, is immense. An electric economy cannot function without an adequate grid, and much of Europe’s electricity infrastructure was built in the last century. The rapid expansion of renewable energy, electric vehicle charging, heat pumps, data centers, and the growing energy demands of artificial intelligence will place entirely new pressures on the system. One of the defining questions of the next twenty years will therefore not be whether we can generate enough clean energy, but whether we can deliver it to the places where it is actually needed.
For businesses, this presents both a challenge and a historic opportunity. Just as the railway made the Industrial Revolution possible, and container shipping enabled globalization, the electricity grid may become the foundation of the next economic era. The countries and companies that adapt first to this new model could secure a competitive advantage for many years.
Perhaps that is the most interesting lesson of all. While public attention remains focused on artificial intelligence, semiconductors, and electric vehicles, Europe is in fact preparing a much deeper transformation. The next great economic race will not be about who develops the best algorithm, but about who can rebuild an entire economy around electricity the fastest. In this story, electricity is no longer simply an energy source. It is the foundation of Europe’s new economic model.