ElevenEs builds Serbia’s LFP battery hub, aiming for gigafactory scale in Europe

Serbia’s industrial push into Europe’s energy and mobility supply chain is taking a more concrete form with ElevenEs, an LFP battery cell manufacturer built on the industrial base of Al Pack Group in Subotica. For investors and policymakers watching whether the region can move beyond component work into higher-value technology manufacturing, the company’s rapid build-out—from concept to pilot production—signals both ambition and execution risk.

From concept to pilot production—and a clear chemistry bet

ElevenEs moved quickly from a 2019 concept to a fully operational pilot production facility in 2023, positioning itself as Europe’s first lithium iron phosphate (LFP) battery cell manufacturer. The company says it has developed proprietary LFP technology. LFP chemistry is increasingly prominent globally because it is lower cost, has a longer lifecycle, and does not rely on cobalt or nickel—features that align with both geopolitical considerations and environmental policy goals within the EU.

Scale-up roadmap: 10 MWh pilot to ~48–49 GWh

The company’s current operations began with a 10 MWh pilot line. Its next step is planned as a 1 GWh megafactory, followed by phased gigafactory development targeting total capacity of roughly 48–49 GWh over the next decade. If achieved, that would place Serbia among Europe’s meaningful battery producers.

ElevenEs’ expansion plan is supported by an investment envelope already outlined at €700 million+ across phased development. The company also projects broader ecosystem effects that could reach €3–5 billion annually across the supply chain—an important consideration for evaluating how much of the value creation stays local as battery manufacturing scales.

Jobs, skills, and industrial spillovers

The labor impact is central to the project’s case for Serbia. ElevenEs targets around 5,000 direct jobs at full scale, while current and near-term development already supports several hundred high-skilled engineering and manufacturing roles. Beyond headcount, this implies an effort to deepen industrial capabilities tied to advanced manufacturing rather than limiting activity to lower-margin stages.

Why timing matters in Europe’s battery race

ElevenEs frames its competitive position around timing and industrial positioning. While Western Europe has faced delayed gigafactory execution and cost inflation, Serbia’s approach leans on lower labor costs, existing metallurgical know-how, and proximity to both EU markets and raw material corridors. The company describes this as a pathway for Serbia to function as a “nearshore battery platform” for the EU—particularly for LFP chemistry, which it says remains underdeveloped in Europe compared with Asia.

Blade-type cells aimed at EVs and grid storage

Technologically, ElevenEs’ blade-type LFP cells are designed for electric vehicles, heavy transport, and grid-scale energy storage. The company highlights performance attributes such as fast charging and long cycle life aimed at cost-sensitive applications with high utilization.

Alignment with EU policy on batteries and traceability

A key part of ElevenEs’ strategy is embedding its build-out within the EU policy framework. The company says its development aligns with EU–Serbia cooperation on battery ecosystems and broader efforts to secure strategic autonomy in energy storage and e-mobility supply chains. That includes compliance-relevant developments such as battery passports, ESG traceability requirements, and CBAM-linked industrial decarbonisation pathways—areas that can shape procurement decisions as European buyers tighten documentation standards.

Commercialization timeline: 2026 as a milestone

The forward timeline places 2026 as pivotal for commercialization at scale, followed by rapid capacity ramp-up. In practical terms, ElevenEs is being presented not only as a single factory project but as a test of whether Serbia can transition from component manufacturing into technology-driven production that anchors an ecosystem spanning mining inputs, materials processing, advanced manufacturing capabilities, and grid-scale storage.