The rapid electrification of the global automotive industry is reshaping manufacturing geography across Europe, creating new industrial corridors that extend beyond the traditional automotive hubs of Germany, France and Italy into Central and Southeast Europe. Serbia has increasingly positioned itself within this emerging landscape, attracting investment in electric vehicle components, battery technologies and advanced automotive manufacturing. Recent developments such as the decision by the Chinese supplier Finestamping Technology to build a factory in Apatin producing electric motor cores illustrate the evolving role of Serbia as a manufacturing platform for the European electric vehicle ecosystem. The project, supported by €7.06 million in government incentives and involving a total investment of €47.1 million, reflects broader structural shifts in the automotive supply chain as manufacturers reconfigure production networks to support electrification while maintaining cost efficiency and proximity to European markets.
Serbia’s automotive sector has undergone significant transformation over the past decade. Historically centered on the Fiat Chrysler Automobiles plant in Kragujevac, which began production of the Fiat 500L in 2012, the industry has expanded into a diversified ecosystem of suppliers producing components ranging from electronic systems and chassis structures to interior modules and powertrain elements. The transition toward electric mobility has accelerated this process, attracting new investments aimed at supplying EV manufacturers and Tier-1 suppliers across the continent.
The conversion of the Kragujevac facility into a production center for electric vehicles has been one of the most prominent signals of this shift. In 2022, Stellantis and the Serbian government signed an agreement worth approximately €190 million to transform the plant into a production site for the electric Fiat Panda successor, marking the country’s first major EV assembly project. Production is expected to support the wider Stellantis electric platform strategy, reinforcing Serbia’s role within the group’s European manufacturing network.
However, the deeper transformation of Serbia’s automotive sector lies not only in vehicle assembly but in the expanding network of component suppliers that support the electrification of vehicles. Companies such as ZF Friedrichshafen, Brose, Aptiv, Continental, Lear, Yazaki, Leoni, and Johnson Electric have established major operations across Serbia over the past decade. These companies collectively employ tens of thousands of workers and form a production base supplying automotive systems to European OEMs including Volkswagen, BMW, Mercedes-Benz, Stellantis, and Renault.
The emergence of electric vehicle manufacturing has introduced new categories of automotive components requiring specialized engineering and production processes. Electric motors, battery systems, inverters and power electronics represent the technological core of EV drivetrains, replacing internal combustion engines and associated components. As a result, the structure of the automotive supply chain is evolving, creating opportunities for new suppliers specializing in electrification technologies.
Within this context, the investment by Finestamping Technology, a subsidiary of the Chinese Zhenyu Group, illustrates the growing importance of electric motor components within Europe’s automotive industry. The planned factory in Apatin, located in Serbia’s West Bačka District, will produce laminated stator and rotor cores used in electric motors. These components form the magnetic structure of the motor, enabling the conversion of electrical energy into mechanical motion through electromagnetic fields.
Electric motor cores are produced through high-precision metal stamping processes that require specialized tooling and manufacturing expertise. Thin steel laminations are stamped and stacked to form the stator and rotor assemblies that determine the efficiency and performance characteristics of the motor. As electric vehicles become more widespread, demand for these components is expected to rise significantly across the European automotive industry.
The investment structure of the Apatin project reflects the scale of industrial transformation underway. The Serbian government has committed €7.06 million in subsidies, representing approximately 15 percent of the total project value, while the investor has pledged a minimum capital investment of €47.1 million. The factory is expected to create 150 permanent jobs by 2028, contributing to the development of the region’s industrial base.
For the Chinese investor, Serbia provides several strategic advantages. The country is located within a few hundred kilometers of some of Europe’s largest automotive manufacturing clusters, including those in Hungary, Slovakia, Czechia, Romania, and Germany. Logistics connectivity through the Danube corridor, the Budapest–Belgrade railway modernization project, and the Pan-European Corridor X highway network allows components produced in Serbia to be transported quickly to assembly plants across Central Europe.
In addition to logistics advantages, Serbia offers competitive manufacturing costs relative to Western Europe. Industrial wages in Serbia typically range between €700 and €1,200 per month in manufacturing sectors, significantly lower than wages in Germany or Austria, while still providing a technically skilled workforce with engineering expertise developed through decades of industrial production. Universities such as the University of Belgrade Faculty of Mechanical Engineering and the University of Novi Sad Faculty of Technical Sciences produce a steady pipeline of engineers specializing in mechanical, electrical and materials engineering.
Chinese automotive suppliers have increasingly recognized the strategic value of Southeast Europe as a manufacturing base for the European market. Over the past several years, Chinese investment in Serbia’s industrial sector has expanded across multiple industries including steel, mining, energy and automotive manufacturing. Companies such as HBIS Group, which acquired the Smederevo steel plant in 2016, and Zijin Mining, which operates the Bor copper complex, have established a major presence in the country’s industrial landscape.
The automotive sector represents a newer frontier for Chinese investment in Serbia. By establishing manufacturing facilities within Europe’s broader economic area, Chinese suppliers can integrate into European automotive supply chains while avoiding potential trade barriers and reducing transportation costs. This strategy has become particularly relevant as geopolitical tensions and supply chain disruptions have encouraged manufacturers to diversify production locations.
The Apatin investment also reflects broader changes within the global EV supply chain. Electric motor production is becoming increasingly specialized, with manufacturers seeking suppliers capable of delivering high-precision components at scale. The shift toward electric vehicles is expected to dramatically increase demand for these components. Analysts estimate that global EV production could exceed 40 million vehicles annually by 2030, compared with approximately 14 million electric vehicles produced worldwide in 2023.
Each electric vehicle typically contains one or two traction motors, depending on drivetrain configuration. As a result, the expansion of EV production is creating substantial demand for motor components such as laminated cores, stators, rotors and associated power electronics. Manufacturers across Europe are therefore seeking to secure reliable supply chains for these critical components.
Serbia’s integration into the European EV supply chain is further supported by the country’s broader industrial capabilities in metal processing and precision manufacturing. The region around Vojvodina, where Apatin is located, has a long tradition of mechanical engineering and metal fabrication. Industrial zones in Subotica, Novi Sad, Sombor, and Zrenjanin host numerous manufacturing companies specializing in automotive components and industrial equipment.
The arrival of new EV-related manufacturing projects has also begun to reshape the local industrial ecosystem. Suppliers of raw materials, precision tools, automation systems and logistics services are increasingly aligning their operations with the needs of electric vehicle production. This process gradually creates clusters of specialized expertise capable of supporting large-scale industrial production.
Another important dimension of Serbia’s EV supply chain development lies in battery technology. While the country currently does not host large-scale battery cell production facilities comparable to those in Germany or Hungary, the broader Balkan region possesses significant reserves of critical minerals used in battery manufacturing. Serbia itself has attracted global attention due to the Jadar lithium deposit, one of Europe’s largest lithium resources. Although the development of the project has been politically contentious, the presence of lithium resources highlights the potential for integrating upstream mineral supply with downstream battery manufacturing in the future.
At the same time, Serbia’s energy infrastructure is gradually adapting to support electrification and advanced manufacturing. Investments in renewable energy, grid modernization and energy storage are expanding the availability of reliable electricity required by industrial facilities. As EV manufacturing and related industries grow, electricity demand from industrial consumers is expected to increase substantially.
The strategic logic behind these developments reflects a broader European trend toward regionalizing supply chains for critical technologies. The European Union has increasingly emphasized the importance of strengthening domestic manufacturing capacity in areas such as battery production, semiconductors and electric vehicle components. Initiatives such as the European Battery Alliance and the Net Zero Industry Act aim to support the creation of a robust industrial base capable of supporting the energy transition.
Although Serbia is not yet a member of the European Union, its geographic proximity and economic integration with EU markets allow it to participate in this industrial transformation. The country exports more than 65 percent of its goods to EU markets, and its automotive suppliers are deeply integrated into European production networks. As electrification accelerates, these connections are likely to deepen further.
For local economies such as Apatin, the arrival of EV component manufacturing represents a significant opportunity for industrial revitalization. The region has experienced economic challenges following the decline of traditional industries in the post-Yugoslav transition period. New investments in advanced manufacturing can create skilled employment opportunities while strengthening the technological capabilities of the local workforce.
The development of the Finestamping Technology plant therefore represents more than a single investment project. It forms part of a wider transformation of Serbia’s industrial economy as the country integrates into the next generation of automotive manufacturing. Electric vehicle production is expected to reshape the global automotive sector over the coming decades, and countries capable of positioning themselves within these supply chains are likely to benefit from long-term industrial growth.
Serbia’s combination of competitive manufacturing costs, strategic geographic location and established industrial expertise provides a foundation for participating in this transformation. As investments in EV components, battery technologies and electric vehicle assembly continue to expand, the country may gradually emerge as an important node within Europe’s electrification industrial landscape.
The factory in Apatin, producing the laminated cores at the heart of electric motors, illustrates how even specialized components can anchor a broader industrial ecosystem. Each layer of stamped steel within a motor core represents a small but essential element of the electric mobility revolution—one that increasingly connects the industrial regions of Southeast Europe with the evolving architecture of Europe’s automotive future.
