Europe’s electric-vehicle manufacturing race is becoming as much about cost and location as it is about technology. Hyundai Mobis, the major parts affiliate of Hyundai Motor Group, has begun full-scale production at a new electric-drive facility in Nováky, Slovakia, giving it capacity to build as many as 280,000 integrated powertrain systems annually. The factory represents a substantial commitment to European EV production at a moment when automakers and suppliers are under intense pressure to make electric vehicles more affordable.
The timing is important. European EV demand is growing again, Chinese manufacturers continue to exert downward pressure on prices, and established automakers are asking suppliers to find significant savings. Hyundai Mobis is betting that producing critical drivetrain hardware close to European vehicle assembly plants can help it compete on cost, speed and supply-chain resilience.
Hyundai Mobis Starts Mass Production in Slovakia
Hyundai Mobis formally opened the Nováky plant in Slovakia’s Trenčín Region in early September, marking the supplier’s first European production base dedicated specifically to Power Electric, or PE, systems. The integrated units combine an electric motor, inverter and reduction gear, three components responsible for turning stored battery energy into usable propulsion. The facility has annual production capacity of up to 280,000 systems and contains manufacturing lines for stators, inverters and other electric-drive components. Hyundai Mobis says approximately KRW 250 billion was invested in the production operation.
The physical footprint illustrates how much production is being concentrated at the site. The property covers roughly 106,000 square metres, while the manufacturing building itself has around 8,500 square metres of floor space. Hyundai Mobis expects the factory to supply Hyundai Motor and Kia while also pursuing orders from unrelated global manufacturers. That second objective matters increasingly because large suppliers are trying to reduce their dependence on business generated inside their own automotive groups.
The Opening Capacity Is Slightly Below the Original Plan
There is an important change between the plant Hyundai Mobis announced in 2024 and the facility now entering production. When the investment agreement with Slovakia was unveiled in October 2024, Hyundai Mobis said the Nováky operation would eventually have capacity for approximately 300,000 PE systems annually. At the opening, however, the company listed maximum annual capacity at 280,000 units. Hyundai Mobis has not publicly explained the roughly 7% reduction in stated capacity, making it difficult to determine whether it reflects equipment configuration, customer scheduling or a more cautious ramp-up plan.
The investment nevertheless remains considerable. The original Slovak package included roughly KRW 250 billion for the Nováky electrification facility as part of a wider investment that also included additional braking and airbag production capacity at Hyundai Mobis’s existing Žilina operations. Slovakia approved investment assistance for the project, while regional authorities emphasized employment creation and technology transfer. In an industry where manufacturers are reconsidering the pace and scale of EV investments, reaching production is arguably more consequential than preserving an earlier headline capacity target.
The Plant Produces One of the Most Important Parts of an EV
Electric vehicles eliminate engines and multi-speed transmissions, but their propulsion systems remain sophisticated. Hyundai Mobis’s PE system packages the motor, inverter and reduction gear into an integrated drivetrain. The inverter controls the electricity flowing between the battery and motor, while the reduction gear converts high motor speeds into the torque and wheel speeds required for driving. Producing major pieces such as the stator and inverter at the Slovak facility gives Hyundai Mobis control over components that have a direct influence on efficiency, performance and manufacturing cost.
That integration has become strategically important as automakers search for ways to reduce the price gap between EVs and conventional cars. A manufacturer buying a complete drive system can potentially simplify engineering, procurement and assembly compared with sourcing major components separately. Hyundai Mobis has already developed mass-production capabilities spanning PE systems and battery-system assemblies. The Slovak factory therefore adds another link to a broader electrification chain rather than operating as an isolated component plant, allowing the supplier to pitch a more complete hardware package to European automakers.
Europe’s EV Market Is Growing Again
The factory is entering production as European EV demand regains momentum. European Automobile Manufacturers’ Association data showed battery-electric cars accounted for 20.7% of new EU registrations during the first half of 2026, up from 15.6% during the comparable period a year earlier. Hybrid-electric cars were even larger, capturing 37.3% of registrations. Together, those figures illustrate how quickly the European powertrain mix is moving away from conventional petrol and diesel vehicles, whose combined share continued to shrink.
The International Energy Agency expects Europe to remain one of the fastest-growing major EV markets in 2026. After European electric-car sales climbed by more than 30% to about 4.2 million vehicles in 2025, the agency projected another roughly 20% increase during 2026. That could make approximately one in every three new cars sold in Europe electric. For Hyundai Mobis, a European production base therefore places drivetrain capacity near a market that could require millions of additional electrified powertrains over the coming years—even if individual manufacturers continue adjusting model-launch schedules.
China Has Turned Affordability Into the Central Competitive Issue
Volume alone does not explain the urgency behind European electrification investments. Price does. The IEA estimates that China produced nearly three-quarters of the world’s electric cars in 2025. Fierce domestic competition has helped Chinese manufacturers push vehicle and component costs down dramatically. Nearly 70% of battery-electric cars sold in China during 2025 were cheaper than comparable combustion-powered vehicles before incentives, according to the agency. Chinese EV exports also climbed to more than 2.5 million vehicles during the year.
Those economics are increasingly affecting manufacturers far beyond China. Honda, for example, has been pursuing more than $9 billion in cost reductions through 2030 and has asked suppliers to find substantial savings in components as competition from Chinese manufacturers intensifies. BYD, meanwhile, has relied increasingly on rapidly growing overseas sales as margins remain under pressure in its home market. For suppliers such as Hyundai Mobis, this means technical capability is no longer enough. The components have to reach competitive cost levels while factories remain flexible enough to serve several customers and vehicle categories.
Building Inside Europe Has Become a Competitive Tool
Localization provides another potential advantage. The European Union maintains countervailing duties on battery-electric vehicles imported from China, with additional rates that can reach more than 35% depending on the producer. European authorities have also made future investment inside the EU relevant when considering alternative price-undertaking arrangements. For global automotive groups, that environment increases the value of having production facilities, engineering resources and suppliers physically embedded within Europe rather than relying exclusively on imported finished vehicles or components.
Hyundai Mobis has been building precisely that kind of network. Before Nováky opened, its European electrification footprint already included battery-system assembly operations in the Czech Republic and Spain. Slovakia adds electric-drive production to that regional structure. The country also hosts manufacturing operations connected with Kia, Volkswagen, Stellantis and Volvo, creating a dense automotive ecosystem within relatively short transportation distances. Local manufacturing cannot eliminate every cost disadvantage, particularly when Chinese companies benefit from extraordinary scale, but reduced logistics exposure and quicker response to customer production schedules can narrow the gap.
Hyundai Mobis Wants More Business Beyond Hyundai and Kia
The Slovak investment also fits a broader strategic objective at Hyundai Mobis: winning more revenue from automakers outside Hyundai Motor Group. The supplier has publicly set a goal of increasing the proportion of revenue generated from global customers to 40% by 2033. A European PE-system factory makes that target more credible because prospective customers can evaluate a local plant capable of producing high-volume components rather than relying on future promises of capacity somewhere else.
Supplying unrelated automakers also changes the economics of the facility. A factory tied too closely to one vehicle program can struggle when that model is delayed or sells below expectations. A diversified customer base provides opportunities to spread capital and engineering costs across several programs, assuming the production equipment can accommodate different specifications. Hyundai Mobis specifically identified Slovakia’s concentration of global vehicle manufacturers as one reason for locating more electrification capacity there. In that sense, Nováky is not simply being built to support Hyundai and Kia—it is effectively a European sales tool for Hyundai Mobis’s independent supplier business.
Slovakia Is Using Electrification to Replace an Older Industrial Economy
The location carries significance beyond the automotive supply chain. Nováky sits in Upper Nitra, a region that has been dealing with the economic transition away from brown-coal mining. When the Hyundai Mobis investment was announced, the Slovak government presented it as part of that industrial transformation. Officials initially said the broader project could create more than 270 jobs, with government support including tax relief. Separate project documentation connected with European transition funding also describes support for new employment and electric-drive manufacturing.
That makes the factory a practical example of how the EV transition can redistribute industrial work rather than simply eliminate traditional automotive employment. Electric vehicles require fewer mechanical engine components, but they create demand for motors, inverters, battery packs, power electronics and specialized manufacturing processes. Regions that previously depended on carbon-intensive industries are competing aggressively for those investments. For Slovakia—a country already heavily exposed to automotive manufacturing—the challenge is particularly important: remaining a major vehicle-production centre requires attracting the components that will replace engines, transmissions and associated hardware as powertrains change.
The Real Test Will Be How Much of the 280,000-Unit Capacity Gets Used
Opening a factory and filling it are different achievements. Hyundai Mobis has announced maximum capacity of 280,000 systems annually, but it has not disclosed initial production volume or given a timetable for reaching full utilization. That distinction matters because automakers continue to adjust EV programs in response to consumer demand, pricing pressure, regulation and profitability. A plant operating well below its designed capacity can carry considerably higher unit costs, while strong customer orders can make the same investment far more efficient.
The competitive backdrop is unlikely to become easier. Global EV sales exceeded 20 million in 2025, but the IEA has highlighted substantial differences between markets, including extraordinary cost competitiveness in China and higher affordability barriers in Europe. That leaves established suppliers squeezed between the need to keep investing and the requirement to remove cost. Nováky is Hyundai Mobis’s answer to part of that equation: produce sophisticated electric-drive hardware locally, pursue more external customers and position capacity beside a growing European EV market. Whether that strategy succeeds will ultimately be measured by contracts, utilization and cost—not the ribbon-cutting ceremony.
