Construction works have started in Subotica, alongside workforce training activities tied to the expansion of ElevenEs. The move is part of Serbia’s effort to strengthen its role in Europe’s electric vehicle and battery supply chain. The project aligns with a broader European industrial shift aimed at reducing reliance on Asian battery imports and building regional production capacity for strategic energy technologies.
ElevenEs’ LFP cell business and Subotica facility
ElevenEs is described as one of the most closely watched industrial technology companies in Serbia. The company was founded as a spin-off from Al Pack Group. It produces LFP (Lithium Iron Phosphate) battery cells, a chemistry highlighted for lower cost, longer lifecycle, and reduced reliance on nickel and cobalt.
The company opened Europe’s first industrial-scale LFP battery cell manufacturing facility in Subotica in 2023. The plant focuses on battery cells for electric cars, buses, trucks, and energy storage applications. ElevenEs’ technology targets cobalt-free and nickel-free battery production, aligning with efforts to reduce exposure to volatile raw material markets and geopolitical supply chain risks.
Megafactory plans, site footprint and hiring targets
The expansion enters a new construction phase as ElevenEs moves beyond pilot production toward larger industrial capacity. Company plans include developing a 1 GWh megafactory in Subotica. Industry estimates linked to the project point to a facility footprint of approximately 25,000 square meters.
The same estimates indicate employment potential exceeding 350 workers during initial expansion phases. Workforce development is presented as a key component of the project. Battery manufacturing requires specialized engineering, automation, chemistry, and quality-control expertise that remains relatively scarce across much of Southeast Europe.
Training focus and implications for Serbia’s industrial ecosystem
Training programs connected to the Subotica facility are described as more than standard recruitment efforts. They are positioned as part of building domestic industrial capabilities in advanced manufacturing sectors. In parallel, battery production is expected to add a higher technological layer compared with Serbia’s prior automotive investment patterns.
For decades, Serbia attracted automotive investment through component manufacturing, wiring systems, metal processing, and assembly-related operations. Battery manufacturing creates demand for electrochemistry specialists, process engineers, automation experts, materials scientists, and advanced manufacturing technicians. This shift is tied to broader economic implications for the country’s industrial structure.
Longer-term gigafactory ambitions and European battery policy
ElevenEs has outlined plans beyond a single factory, including multiple gigafactory developments with combined capacities measured in tens of gigawatt-hours. Company leadership has argued that Serbia could become one of Europe’s most important production centers for LFP battery technologies outside China if regional supply chains are localized. The stated ambition links the Subotica build-out to longer-term scaling goals.
The company’s plans are also connected to wider European industrial policy. Demand for LFP batteries has expanded as automakers prioritize affordability, safety, and durability over maximum energy density. Industry forecasts suggest LFP chemistry will account for a growing share of global battery demand during the coming decade, particularly in mass-market electric vehicles, commercial transport fleets, and stationary energy storage systems.
Battery sovereignty and scaling from pilot to gigafactory output
The timing is described as relevant to Europe’s increasing focus on battery sovereignty. European policymakers have emphasized establishing domestic production capacity to support future electric vehicle demand while reducing dependence on imported battery technologies. Projects such as the one in Subotica are presented as fitting into an effort to create an integrated European battery industry.
The next phase is characterized as moving from construction to execution. Battery manufacturing is described as capital-intensive and technologically demanding, requiring strict quality control, stable supply chains, highly trained personnel, and significant capital investment to scale from pilot facilities to gigafactory-level output.
The continued expansion of ElevenEs is framed as an attempt by Serbia to move beyond labor-intensive manufacturing roles. Projects such as the Subotica battery facility indicate an ambition to participate in higher-value segments related to electrification, energy storage, and advanced manufacturing technologies. If implemented as planned, the development would position Subotica within Europe’s emerging battery manufacturing network.
