At the Crossroads: A European Heavy-Duty EV Truck Maker's Global Expansion
Heavy-duty electric truck market entry sits at the intersection of engineering, regulation and geopolitics. In early 2025, a European manufacturer of fully battery-electric heavy-duty trucks began evaluating a move beyond its home market, weighing entry into China, the United States, or both. Because its portfolio was entirely battery-electric, lithium-ion systems were both its main differentiator and its biggest source of regulatory complexity.
Why the Company Needed to Look Beyond Europe
The manufacturer wanted to reduce its dependence on the European market by entering one or more of the world's largest commercial vehicle markets. The chief strategy officer was asked to prepare a board-level analysis built around three questions: what risks come with investing in extra certification and testing to speed market entry, what opportunities and challenges arise from policies such as the EU Battery Regulation, the US Inflation Reduction Act and China's technical standards, and what options exist for recycling or reusing end-of-life batteries in each region. The answers would shape the company's global expansion strategy in an increasingly electrified freight sector.
Comparing China, Europe and the United States
Each market presented a distinct profile. China had become the global leader in electric vehicle and lithium-ion battery production, backed by its New Energy Vehicle mandate and heavy investment in charging and battery-swapping infrastructure. Domestic players such as BYD and CATL dominated through vertical integration and low-cost raw material access, together accounting for roughly 80 percent of the heavy-duty electric truck market. For foreign entrants, though, standards like GB 38031 for battery safety and GB/T 20234 for charging interfaces, plus joint venture requirements, raised the barrier considerably. China's total addressable market was projected to grow from around 3 billion dollars in 2024 toward the tens of billions by 2030, with a national target to convert half of urban freight vehicles to zero-emission alternatives by 2035.
Europe offered a harmonised and predictable regulatory environment under the EU Battery Regulation (2023/1542), which requires lifecycle carbon footprint reporting, ethical raw material sourcing and strict recycling quotas. That stability came with rising compliance costs tied to supplier traceability and recycling infrastructure under the Extended Producer Responsibility framework. The European market was estimated to grow from about 1.76 billion dollars in 2024 to 16.8 billion by 2030, supported by the Fit for 55 package and tighter CO2 standards for heavy vehicles.
The United States combined strong demand signals with policy uncertainty. Federal programs including the Inflation Reduction Act and the Infrastructure Investment and Jobs Act stimulated the value chain, and incentives of up to 40,000 dollars per heavy-duty truck attracted fleets and manufacturers. Its total addressable market was projected to climb from 22.7 billion dollars in 2025 to 64.6 billion by 2030, a compound annual growth rate close to 30 percent. In early 2025, however, a change in administration temporarily suspended key funding and proposed tariffs on battery materials, and several manufacturers delayed high-profile programs.
Certification, Supply Chains and End-of-Life Trade-Offs
Certification requirements varied sharply. China's testing protocols, including thermal propagation, crush and fire exposure evaluations, could delay entry by 12 to 18 months without localised facilities. Europe demanded CE marking and product redesigns to meet recyclability and carbon footprint criteria. The United States applied Federal Motor Vehicle Safety Standards that were less prescriptive on battery systems, leaving room for voluntary standards as a differentiator.
Supply chain localisation followed a similar pattern. China's centralised, vertically integrated ecosystem favoured domestic firms and imposed local content rules. Europe rewarded early investment in traceability and recycling compliance. The United States offered a growing domestic ecosystem, illustrated by the LG Energy Solution and General Motors joint venture, but carried political risk over the durability of federal incentives.
End-of-life management diverged too. China's centralised tracking and battery-swapping model supported reuse and recycling at scale. Europe's Extended Producer Responsibility framework obliged manufacturers to finance collection and recycling. The United States lacked a national strategy, leaving a patchwork of state rules.
What This Means for Electrified Freight
The analysis shows there is no single best market, only different balances of scale, growth, regulatory clarity and risk. A battery-electric specialist can treat compliance depth as a competitive advantage rather than a cost, provided it plans certification and recycling early. The case is a useful reference for any original equipment manufacturer mapping heavy-duty electric truck market entry across regions with conflicting policy signals.
Key Takeaways
China offers the largest scale and strongest infrastructure but restricts foreign entrants through joint venture rules, local content requirements and demanding standards such as GB 38031.
Europe delivers regulatory predictability under the EU Battery Regulation, at the price of rising traceability and recycling compliance costs.
The United States shows the highest projected growth toward 64.6 billion dollars by 2030, yet policy reversals and proposed tariffs add real uncertainty.
Localised certification matters: unlocalised testing in China could delay market entry by 12 to 18 months.
End-of-life battery strategy differs by region, from China's centralised recycling to Europe's Extended Producer Responsibility to a fragmented US approach.
For a fully battery-electric manufacturer, early investment in compliance and recycling can become a differentiator rather than a burden.
Disclaimer: This case study was developed and presented by BatteryMBA participants as part of the Case Study Track. Views, analysis and recommendations are the authors' own. BatteryMBA does not take responsibility for the accuracy or completeness of the content and it should not be relied upon as investment, engineering or legal advice.
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