Europe’s e-truck market accelerates, but 2030 CO2 hinges on charging

Europe’s e-truck market is accelerating, but the 2030 CO2 targets hinge on charging infrastructure and regulatory flexibility that are not yet guaranteed

The European heavy-duty electric truck market is no longer a pilot project. Electric truck sales doubled globally in 2025 to reach 9% of truck sales worldwide, according to the IEA (Global EV Outlook 2026, May 2026). In Europe, the push is being driven by ambitious regulation, but the pace of infrastructure deployment and the cost of vehicles remain the critical bottlenecks. The market is growing, yet the road is uneven: while manufacturers are being forced into the market by CO2 standards, the charging network and grid connections are not keeping pace, and recent regulatory amendments offer only short-term relief without solving the structural challenges.

The regulatory push: Ambitious targets meet short-term flexibility

The European Union’s heavy-duty vehicle (HDV) CO2 Regulation is the primary catalyst for the e-truck transition. The regulation, which sets binding CO2 reduction targets for truck manufacturers, is designed to force a rapid shift toward zero-emission vehicles. However, the industry has been vocal about the challenges this creates.

In December 2025, the European Commission presented the Automotive Package, which included a targeted amendment to the HDV CO2 Regulation. The European Parliament adopted this amendment in March 2026, and the Council had already approved the Commission’s proposal in February 2026. According to ACEA (March 2026), this amendment provides “short-term flexibility” to manufacturers, which is welcome, but it is “limited in scope.” The amendment does not address the broader challenge vehicle manufacturers are facing: the need for a functioning market for electric trucks, which depends on infrastructure, grid capacity, and customer demand.

The ICCT (July 2026) notes that the European Union’s regulatory approach is being studied globally as a model. Brazil, for example, is examining the EU’s framework as it introduces its first CO2 standards for heavy trucks. The EU’s experience shows that regulation alone is not enough; it must be paired with market conditions that make zero-emission vehicles viable for fleet operators.

Market growth: Sales are up, but the base is low

The global data confirms that electric truck sales are growing, but from a small base. The IEA reports that electric truck sales doubled in 2025 to reach 9% of truck sales worldwide (May 2026). This is the fifth consecutive year of growth. However, this global figure masks significant regional differences. Europe is one of the leading markets, but the adoption rate varies widely by country and by application.

In Europe, the heavy-duty truck market is expected to grow moderately overall, with a “sharp pivot toward zero-emission vehicles by 2030,” according to Market Data Forecast (July 2026). This pivot is driven by three factors: regulation, infrastructure investment, and improvements in total cost of ownership (TCO) for clean technologies. The TCO argument is crucial: as battery prices fall and efficiency improves, electric trucks become more competitive on a per-kilometer basis, especially for fleets with high utilization rates and access to depot charging.

However, the market data from Fortune Business Insights (April 2026) highlights a key challenge: the limited deployment of charging infrastructure is a major constraint. The report states that the “rapid development of charging infrastructure and deployment of high-capacity charging stations present significant opportunities for the market,” but also lists “limitations” as a challenge. Without high-capacity charging stations, long-distance operations remain difficult, which limits adoption to regional and urban routes.

The infrastructure gap: The single biggest risk to 2030 targets

All sources converge on the same conclusion: charging infrastructure is the critical bottleneck. ING (January 2026) states that “solid charging infrastructure is a crucial component for the future of e-trucks, and constraints here are reducing clarity about the way forward.” This is not just about the number of charging points; it is about grid capacity, location, and the speed of charging.

For long-haul trucking, which is the core of the Class 8 / >16t segment, the need is for high-capacity charging (megawatt charging) along major freight corridors. The current public charging network is designed primarily for passenger cars, and it is not suitable for trucks. Trucks require much higher power output, and they need charging points that are accessible without uncoupling the trailer.

The infrastructure gap creates a chicken-and-egg problem. Fleet operators are reluctant to invest in electric trucks if they cannot guarantee charging along their routes. Charging operators are reluctant to invest in truck-specific charging infrastructure if there are not enough electric trucks on the road to generate revenue. Regulation can force the truck supply, but it cannot force the infrastructure supply in the same way.

Comparison: What the sources say about market projections and infrastructure

The following table compares the key data points and projections from the six sources used in this article. Note that the sources use different methodologies and timeframes, so the figures are not directly comparable, but they illustrate the consensus on growth and the divergence on infrastructure readiness.

The regulatory amendment: A pause, not a solution

The ACEA analysis of the March 2026 amendment is essential to understanding the current policy landscape. The amendment, part of the Automotive Package presented on 15 December 2025, was adopted by the European Parliament in March 2026 and approved by the Council in February 2026. It provides “short-term flexibility” to manufacturers, which ACEA welcomes. However, ACEA is clear that this is not enough.

The core problem is that the CO2 targets for 2030 are extremely ambitious. To meet them, manufacturers must sell a very high percentage of zero-emission trucks. But the market conditions are not yet in place. The amendment offers flexibility on how the targets are calculated or met in the short term, but it does not address the fundamental issue: the demand side is weak because of infrastructure gaps and high upfront costs.

ACEA’s position is that the transition needs “the right conditions.” These conditions include a dense network of public and depot charging points, grid upgrades, and purchase incentives to offset the higher initial cost of electric trucks. Without these conditions, the CO2 targets will either be missed, or manufacturers will face massive fines, which could destabilize the industry.

Global lessons: Brazil and the EU model

The ICCT publication (July 2026) provides a useful external perspective. It examines the market for the first group of heavy trucks subject to CO2 regulation in Brazil and explores what the European Union regulatory experience can teach. The key insight is that the EU’s approach is being watched closely, and its successes and failures will inform policy in other markets.

The ICCT analysis suggests that the EU’s regulatory design is sound in principle, but the implementation has revealed the importance of complementary policies. Brazil, which is at an earlier stage of the transition, can learn from the EU’s experience by building the charging infrastructure in parallel with the vehicle mandates. The EU’s mistake, according to the ICCT’s implied analysis, is that it set the vehicle targets first and is now scrambling to catch up on infrastructure.

The path forward: What needs to happen

Based on the evidence from all six sources, the following conditions are necessary for the e-truck market to meet the 2030 targets:

• Accelerated charging infrastructure deployment: This includes both public high-capacity charging along major corridors and depot charging at fleet operators’ facilities. The current pace is too slow, and grid connection times are a major bottleneck.
• Grid capacity upgrades: High-capacity charging requires significant grid connections. Utilities and grid operators must prioritize truck charging hubs.
• Total cost of ownership parity: While TCO is improving, the upfront purchase price of an electric truck remains significantly higher than a diesel truck. Purchase incentives and carbon pricing mechanisms are needed to close the gap.
• Regulatory certainty: The short-term flexibility in the 2026 amendment is welcome, but manufacturers need clarity on the long-term trajectory. Frequent changes to the rules create uncertainty and discourage investment.
• Fleet operator confidence: Operators need to see proof that electric trucks can perform reliably in their specific duty cycles. This requires more real-world data and successful pilot programs.

The market is moving in the right direction. Sales are growing, and the regulatory framework is pushing the industry forward. But the infrastructure gap is a serious risk. If charging infrastructure does not keep pace with vehicle sales, the 2030 targets will be at risk, and the transition will stall. The sources are unanimous on this point: the technology is ready, but the ecosystem is not.

Sources

ING THINK — https://think.ing.com/articles/europes-e-truck-market-speeds-up (Thu, 15 Jan 2026)
ICCT — https://theicct.org/publication/heavy-duty-trucks-and-co2-standards-insights-for-the-first-regulated-segment-in-brazil-jul26 (Mon, 20 Jul 2026)
Fortune Business Insights — https://www.fortunebusinessinsights.com/heavy-duty-electric-trucks-market-115984 (Wed, 22 Apr 2026)
Market Data Forecast — https://www.marketdataforecast.com/market-reports/europe-heavy-duty-truck-market (Mon, 20 Jul 2026)
ACEA — https://www.acea.auto/news/europes-truck-transition-needs-the-right-conditions-short-term-flexibility-welcome-challenges-remain (Fri, 13 Mar 2026)
IEA — https://www.iea.org/reports/global-ev-outlook-2026/trends-in-other-ev-modes (Wed, 20 May 2026)