Europe's Energy Independence: Progress, Costs, and the Gaps That Remain

The Transformation Since 2022

In early 2022, Russia supplied approximately 45 percent of Europe's natural gas imports. By late 2024, that share had fallen to below 8 percent, replaced by a combination of liquefied natural gas from the United States, Qatar, and Norway, accelerated deployment of renewable energy, and demand reduction that economists estimated at approximately 15 percent of pre-2022 consumption.

This restructuring happened far faster than most analysts thought possible. The acceleration of LNG import infrastructure, including floating storage and regasification units deployed in Germany, Italy, and the Netherlands, demonstrated that motivated governments could execute major energy infrastructure projects in months rather than years. German Chancellor Olaf Scholz attended the opening of the country's first LNG terminal in late 2022, just ten months after the project was announced.

Renewable energy deployment accelerated across the continent. Wind and solar capacity additions in 2023 and 2024 exceeded all previous records. Power purchase agreements between industrial users and renewable developers provided the investment certainty that underpinned the acceleration. Regulatory approvals that previously took years were processed in months under emergency energy legislation.

The Costs of the Transition

The energy transition has not been costless. European gas prices, while significantly below their 2022 peak, remain substantially higher than pre-crisis levels and higher than competing economies in the United States and Asia. This creates a genuine competitiveness challenge for energy-intensive industries, including chemicals, steel, aluminum, glass, and ceramics, that form the backbone of the manufacturing economies of Germany, the Netherlands, and several Central European countries.

The competitiveness gap has already produced tangible effects. Several major chemical companies, including BASF, have announced reductions in European production and expansions in the United States and Asia, where energy costs are structurally lower. These decisions, once made, are not easily reversed.

The distributional consequences within Europe are also significant. Western European countries with the financial capacity to invest in LNG infrastructure and renewable deployment have made faster progress than Central and Southeastern European countries that remain more dependent on legacy infrastructure and that have fewer fiscal resources for the transition.

Where Vulnerabilities Remain

Despite the progress made, several structural vulnerabilities persist in Europe's energy position.

First, gas storage, while at comfortable levels entering 2026, is dependent on continued availability of LNG at prices the market can absorb. A concurrent demand spike in Asia, a major LNG facility outage, or a severe European winter could test the resilience of the new supply architecture in ways that would rapidly reveal whether the restructuring is as durable as its architects believe.

Second, small quantities of Russian pipeline gas continue to flow to some Central and Eastern European countries, particularly through routes that remain operational despite the broad cutoff. These residual flows represent both a physical dependency and a political complication for EU solidarity on energy policy.

Third, the hydrogen strategy that European policymakers see as the long-term solution for decarbonizing hard-to-electrify industries, including steel production and chemical manufacturing, remains largely aspirational. The infrastructure for transporting, storing, and using hydrogen at industrial scale does not yet exist, and the timeline for its development is measured in decades rather than years.

The Industrial Consequences

The single most consequential question for European economic competitiveness in the late 2020s is whether the energy cost gap between Europe and its major trading partners will persist, widen, or narrow.

The optimistic scenario holds that continued renewable deployment will progressively reduce electricity costs as the capital-intensive phase of build-out is absorbed into lower marginal cost electricity generation. The pessimistic scenario holds that the intermittency of renewable energy requires expensive backup capacity, grid investment, and storage that maintains high system costs even as marginal generation costs fall.

The evidence so far is mixed. Countries with aggressive renewable programs have seen electricity price declines in spot markets during high renewable generation periods. But average retail and industrial electricity prices remain elevated, reflecting the full system costs including grid investment, capacity markets, and the stranded costs of legacy generation assets.

The Geopolitical Dimension

Energy policy is inseparable from geopolitics in Europe in ways that were not true before 2022. The relationships that Europe has built with new LNG suppliers, including the United States, Qatar, and Norway, carry their own dependencies and vulnerabilities.

US LNG exports, which now supply approximately 15 percent of Europe's gas, are subject to US domestic energy policy, infrastructure approvals, and the political dynamics of the bilateral relationship. The long-term contracts signed to underpin LNG infrastructure investment provide some certainty, but they also lock European buyers into relationships with specific suppliers on terms that may prove less favorable as the energy transition advances.

The broader lesson of 2022 is that energy security requires genuine diversification, not merely substitution of one dominant supplier for another. Whether Europe has internalized that lesson in its new supply architecture, or whether it has traded one dependency for a different configuration of dependencies, will be clearer in the years ahead.