The European Union is preparing one of its most ambitious energy transitions yet by proposing to double the role of electricity in the bloc’s overall energy consumption by 2040. According to a draft European Commission proposal, electricity would account for 46% of final energy use, up from roughly 23% today. While the proposal continues Europe’s long-term climate agenda, its immediate motivation reflects a changing geopolitical reality. Recent disruptions in global energy markets have reinforced concerns about Europe’s heavy dependence on imported oil and gas, prompting policymakers to reposition electrification as a cornerstone of economic resilience, industrial competitiveness and energy security rather than solely an environmental objective.

The draft proposal, which is still under discussion within the European Commission, links higher electrification directly to reducing fossil fuel imports and insulating European economies from future geopolitical shocks. Europe currently imports more than 90% of the oil and over 80% of the natural gas it consumes, leaving industries and households vulnerable whenever international supply chains are disrupted or global energy prices rise sharply. By increasing the share of electricity across transport, buildings and industry, policymakers hope to reduce those vulnerabilities while accelerating the transition toward domestically produced renewable energy.

Geopolitics Is Accelerating the Energy Transition

Europe’s push for electrification has gathered momentum because recent geopolitical tensions have exposed the economic risks associated with relying heavily on imported fossil fuels. Supply disruptions and volatile oil and gas prices have repeatedly demonstrated how international conflicts can rapidly affect European businesses, manufacturers and consumers.

The Commission’s draft plan reflects a broader shift in thinking. Rather than viewing electrification primarily as a climate commitment, policymakers increasingly regard it as an investment in strategic autonomy. Electricity generated from domestic renewable resources such as wind, solar, hydroelectric and nuclear power reduces exposure to external suppliers while strengthening Europe’s ability to manage future energy crises independently.

This evolution represents a significant policy change. Climate objectives remain important, but the economic and security arguments for electrification have become equally prominent. In effect, Europe is attempting to replace imported fuel dependence with greater reliance on energy produced within its own borders.

Why Electricity Still Represents Only a Quarter of Energy Use

Despite decades of investment in renewable electricity generation, only about one-quarter of Europe’s final energy consumption currently comes from electricity. Most transportation still depends on petroleum products, millions of homes continue to rely on gas or oil heating systems, and many industrial processes remain dependent on fossil fuels.

Increasing electricity’s share to nearly half of total energy consumption therefore requires transformation across multiple sectors simultaneously. Electric vehicles must replace conventional cars and commercial fleets. Heat pumps need to substitute gas-fired boilers in residential and commercial buildings. Heavy industries must increasingly adopt electric technologies capable of replacing fossil fuel-powered manufacturing processes.

The proposal therefore represents far more than expanding renewable electricity generation. It seeks to reshape how energy is consumed throughout the European economy by encouraging widespread electrification of activities historically powered by oil, gas and coal.

Infrastructure Will Determine Success

Generating additional renewable electricity alone will not achieve the Commission’s objectives. The transition also depends on modernising Europe’s electricity infrastructure, much of which was designed for a very different energy system.

Power grids must accommodate substantially larger electricity flows while integrating growing volumes of intermittent renewable generation. Charging infrastructure for electric vehicles requires significant expansion across urban centres, highways and rural communities. Residential distribution networks must support increasing electricity demand created by heat pumps and home charging systems, while industrial regions require stronger transmission capacity to power electrified manufacturing.

The scale of these investments is expected to reach hundreds of billions of euros over the coming decades. Without modern grid infrastructure, additional renewable generation cannot be fully utilised, limiting the benefits of wider electrification. Recent Commission initiatives aimed at accelerating grid expansion and reducing infrastructure bottlenecks illustrate growing recognition that transmission networks have become as important as electricity generation itself.

Electricity Prices Remain the Biggest Obstacle

Perhaps the greatest challenge confronting the proposal is economic rather than technological. Electrification will only accelerate if electricity becomes an attractive alternative to fossil fuels for households and businesses.

Many European manufacturers argue that current electricity prices remain too high to justify replacing existing industrial equipment with electric alternatives. Energy-intensive sectors including chemicals, metals and manufacturing continue to warn that higher operating costs could weaken their international competitiveness if electricity prices remain elevated.

Recognising these concerns, European policymakers are examining measures designed to reduce electricity costs, encourage investment in clean technologies and improve the competitiveness of electrified industrial production. Without meaningful progress on affordability, industries may delay investment despite the long-term strategic advantages of electrification.

Supporters of the proposal argue that successful electrification would generate benefits extending well beyond emissions reduction. The Commission estimates that substantially reducing fossil fuel imports could save the European Union hundreds of billions of euros annually by 2040, strengthening trade balances while reducing exposure to volatile international energy markets.

Electrification could also stimulate investment in renewable energy, battery manufacturing, electric vehicles, power equipment, digital grid technologies and clean industrial processes. These sectors are increasingly viewed as future sources of economic growth capable of creating employment while strengthening Europe’s technological competitiveness.

The proposal therefore links industrial policy with energy policy. Instead of treating decarbonisation as a regulatory obligation, the Commission increasingly presents electrification as an opportunity to build new industries and strengthen existing ones through greater reliance on advanced electrical technologies.

Turning Ambition Into Implementation

The proposed target remains subject to further negotiations before publication, and legislation would still need to pass through the European Union’s legislative process before becoming legally binding. Even if adopted, implementation will require coordinated action by national governments, energy companies, manufacturers, utilities and consumers across all member states.

The challenge extends beyond setting ambitious targets. Success will depend on accelerating renewable energy deployment, modernising electricity grids, lowering electricity prices, expanding charging infrastructure, supporting industrial electrification and ensuring sufficient investment reaches every stage of the energy system.

The draft proposal nevertheless signals an important shift in Europe’s long-term strategy. Electrification is no longer being presented simply as an environmental objective or a technological transition. It is increasingly viewed as a strategic response to geopolitical uncertainty, import dependence and industrial competitiveness. By seeking to double electricity’s role in the economy, the European Union is attempting to redesign not only how energy is produced, but also how economic resilience will be built in an increasingly unpredictable global energy landscape.

(Adapted from DevDiscourse.com)

Categories: Economy & Finance, Regulations & Legal, Strategy, Sustainability