EU Sets First-Ever 46% Electrification Target for 2040 to Cut Fossil Fuel Imports

The European Union has unveiled its first dedicated electrification target, aiming to nearly double the proportion of electricity in its final energy consumption to 46 percent by 2040. Presented by European Commissioner for energy and housing Dan Jørgensen under the newly announced Electrification Action Plan on July 17, the framework seeks to reduce reliance on foreign fossil fuels, enhance grid stability, and lower power prices for industrial and residential consumers.

Historically, the bloc has imported more than half of its total energy requirements, leaving European industries vulnerable to severe market volatility and geopolitical disruptions. The European Commission projects that raising the electrification rate from its current level of roughly 23 percent to the 2040 goal could save up to €260 billion annually in avoided oil and gas imports.

Under the proposal, accelerated electrification is framed as a prerequisite for emerging industrial and digital needs. Rapid growth in artificial intelligence, energy-intensive data centers, electric transportation, heat pumps, and green hydrogen manufacturing is expected to drive a sharp surge in power demand across the 27-member European Union over the coming decade.

The initiative builds upon existing climate targets established under the European Climate Law, which mandates a 55 percent reduction in net greenhouse gas emissions by 2030 and carbon neutrality by 2050. Official documentation from the European Commission emphasizes that transitioning from imported fuel toward domestic power generation is central to safeguarding economic resilience and industrial competitiveness.

Achieving the target will require substantial upgrades to transmission infrastructure and a dramatic reduction in administrative permitting delays. Currently, major energy projects across Europe routinely encounter regulatory procedures that can stretch construction timelines to a decade, significantly outlasting the deployment schedules of solar and wind generation.

To address system bottlenecks, the strategy advocates for a fully integrated European power grid designed to dynamically distribute energy across national borders. This framework relies on connecting key regional assets, including offshore wind in the North Sea, hydroelectric capacity in Scandinavia, and solar energy in Southern Europe, alongside flexible continent-wide demand management.