Hitting EV targets could save EU €12bn annually

EU electric vehicle targets could cut oil imports by 190 million barrels

Road transport consumes two-thirds of the EU’s oil. That dependence comes at a cost. If the bloc meets its 2030 electric vehicle deployment targets, it could save €12 billion each year in oil costs while avoiding the import of 190 million barrels annually.

The figures come from a July 2026 analysis released by E-Mobility Europe and Ember. Their report argues that switching from fossil-powered vehicles to electric models offers the fastest and most scalable route for the EU to reduce its reliance on imported oil.

For UK businesses trading with the EU or operating across borders, these shifts carry practical weight. European energy policy influences supply chains, tender criteria, and the regulatory direction of sustainability standards. Understanding where the EU is heading helps businesses anticipate changes in compliance expectations and market conditions.

Three deployment targets underpin the 2030 savings estimate

The projected savings depend on hitting specific numbers by the end of the decade. The EU must deploy 35 million battery electric passenger cars, 3 million commercial electric vans, and 200,000 battery electric heavy goods vehicles by 2030.

Missing these targets means adoption stalls at current levels. Consequently, the bloc would continue importing the same 190 million barrels of oil each year. Therefore, the savings are not automatic. They require sustained policy support and market uptake across member states.

Progress is already measurable. In 2025, battery electric vehicles registered across the EU displaced 57 million barrels of oil. That saved approximately €4 billion in wealth that would otherwise have flowed to oil exporters outside the bloc. In 2026, 1 million newly registered EVs cut oil consumption by an additional 4 million barrels.

As of April 2026, fully electric vehicles accounted for 20.6% of new car registrations in the EU. That represents a substantial increase from 15.7% in April 2025. However, maintaining this trajectory requires coordinated action across infrastructure, industry, and electricity supply.

Five strategic priorities aim to secure electric mobility

The report identifies five areas that must be addressed together to deliver what it calls “electric security.” Each priority connects to the others. Addressing only one or two will not achieve the full benefit.

First, deploy more electric cars, vans, and trucks on European roads. Second, build a stronger EV industrial base within Europe to reduce reliance on external supply chains. Third, make electricity the affordable fuel for transport by ensuring price competitiveness against petrol and diesel.

Fourth, turn EVs into energy assets for the grid. This involves using vehicle batteries to store renewable electricity and feed it back during periods of high demand. Fifth, protect the digital infrastructure that underpins connected mobility, including charging networks and vehicle data systems.

For UK suppliers serving European markets, these priorities signal where investment and policy attention will focus. Companies involved in vehicle manufacturing, charging infrastructure, battery storage, or digital systems should monitor how these themes develop across EU member states.

Reducing oil imports by 190 million barrels represents 10% of current road transport demand

The scale of the potential reduction is significant. Cutting 190 million barrels from annual oil imports would lower the EU’s road transport oil demand by 10%. That shift strengthens resilience against global supply shocks and price volatility.

Avoiding €12 billion in annual oil costs prevents large-scale wealth transfers to non-EU oil exporters. Instead, that capital remains within the European economy. It can be reinvested in energy infrastructure, manufacturing, or renewable generation.

These targets also align with the EU’s broader climate framework. The bloc has committed to a 100% reduction in average emissions for new cars and vans by 2035, with an intermediate target of 55% reduction by 2030. Meeting the electric vehicle deployment numbers directly supports these regulatory milestones.

A large-scale battery network from EVs could support renewable electricity integration. Nevertheless, maintaining current emission standards is essential to avoid slowing renewable deployment. If electricity generation remains carbon-intensive, the emissions benefit of electric vehicles diminishes.

Electric vehicles already delivering measurable oil savings and cost reductions

The benefits of electrification are not hypothetical. They are already appearing in the data. In 2025, the EU’s electric vehicle fleet displaced 57 million barrels of oil, saving approximately €4 billion. In 2026, 1 million new registrations added another 4 million barrels to that total.

High oil prices have amplified the financial advantage of switching to electricity. At $100 per barrel, EV drivers are enjoying fuel cost savings 35% higher than a year ago. For fleet operators, this translates directly to lower operating costs and improved budget predictability.

As of April 2026, fully electric vehicles made up 20.6% of new car registrations across the EU. This marks a clear increase from 15.7% in April 2025. However, sustaining this growth requires continued investment in charging infrastructure, grid capacity, and competitive vehicle pricing.

For UK businesses with European operations, these trends affect both cost structures and regulatory exposure. Companies operating fleets across borders should consider how fuel cost volatility and emissions reporting requirements will influence their vehicle procurement strategies.

Key facts about EU electric vehicle targets and oil savings

• The EU could save €12 billion annually in oil costs by meeting its 2030 electric vehicle deployment targets.
• Achieving the targets would avoid importing 190 million barrels of oil each year, representing 10% of current road transport oil demand.
• The EU must deploy 35 million battery electric passenger cars, 3 million commercial electric vans, and 200,000 battery electric trucks by 2030.
• In 2025, battery electric vehicles registered in the EU displaced 57 million barrels of oil, saving approximately €4 billion.
• As of April 2026, fully electric vehicles accounted for 20.6% of new car registrations in the EU, up from 15.7% in April 2025.
• The EU has committed to a 100% reduction in average emissions for new cars and vans by 2035, with a 55% reduction target by 2030.

UK businesses should track EU policy direction and supply chain implications

European energy policy does not stay within European borders. It influences procurement standards, tender requirements, and supply chain expectations across the continent. UK businesses trading with EU customers or operating sites in member states need to understand where these policies are heading.

The shift towards electric vehicles affects multiple sectors. Fleet operators face decisions about vehicle replacement cycles and charging infrastructure investment. Manufacturers supplying components need to consider how the transition affects demand for both electric and conventional vehicle parts. Logistics companies must evaluate how fuel costs and emissions reporting requirements influence route planning and fleet composition.

For businesses involved in sustainable procurement, the EU’s deployment targets signal where regulatory expectations will tighten. Public sector tenders increasingly include carbon reduction criteria. Private sector supply chains are following the same direction. Companies that anticipate these shifts can adapt their strategies before requirements become mandatory.

The report’s emphasis on making electricity the affordable fuel for transport highlights a practical challenge. Electricity pricing structures, grid capacity, and charging infrastructure availability all affect the commercial viability of fleet electrification. Businesses should assess these factors in the regions where they operate.

Turning EVs into energy assets for the grid represents a longer-term opportunity. Vehicle batteries can store renewable electricity and feed it back during peak demand periods. This requires coordination between energy suppliers, grid operators, and fleet managers. Early movers in this space may find commercial advantages as the market develops.

Projected growth to 99% electric vehicle sales by 2035 under current policy trajectory

Under the EnerBlue scenario, electric cars are projected to reach 60% of total sales in 2030 and 99% in 2035. Conventional internal combustion engines would be fully phased out by that point. By 2035, the EU’s electricity emission factor is expected to drop to 18 gCO₂/kWh, meaning nearly half of the car stock would emit a negligible amount of CO₂.

These projections depend on policy continuity and infrastructure investment. Market forces alone will not deliver this transition at the required speed. Regulatory frameworks, charging network expansion, and grid decarbonisation must all advance together.

For UK businesses, these timelines matter. Companies planning long-term capital investments in vehicles, facilities, or supply chain infrastructure should factor in the direction of European regulation. Decisions made now about fleet composition, facility energy systems, and supplier relationships will play out over the next decade.

The economic case for electrification strengthens as oil prices remain volatile. Businesses that move early can lock in cost savings and reduce exposure to fuel price fluctuations. Those that delay may face higher transition costs as regulatory pressure increases and conventional vehicle supply chains contract.

Further information on EU electric vehicle policy and energy security

The European Automobile Manufacturers Association publishes regular data on electric vehicle registrations across EU member states. Their statistics provide detailed breakdowns by country and vehicle type.

The European Commission’s Directorate-General for Energy sets out the policy framework for transport electrification and renewable energy integration. Their publications explain how vehicle emissions standards connect to broader climate targets.

For UK businesses operating across Europe, our compliance support services help navigate the intersection between carbon reporting requirements and fleet management decisions. We also provide structured support for carbon reporting that aligns with both UK and EU regulatory frameworks.

The International Energy Agency tracks global electric vehicle deployment and publishes analysis on how transport electrification affects energy markets and oil demand. Their reports provide context for understanding how European trends fit within global patterns.