Serbia’s next growth test: capturing more value inside European supply chains

Serbia’s industrial expansion over the past decade has helped it embed into European manufacturing systems, attracting sustained foreign direct investment and building export capacity across sectors including automotive components, electrical equipment, and industrial materials. But the same model that delivered scale is also shaping its limits: Serbia’s participation in European value chains is still concentrated in assembly, mid-tier processing, and labour-intensive manufacturing, where margins are thinner and domestic value capture is partial.

From volume to value as EV demand changes the rules

The country’s next economic phase will depend less on expanding output within the existing structure and more on transforming it—moving from volume-driven production toward higher-value integration. This transition is already being influenced by structural changes in European industry, particularly in sectors undergoing technological transformation.

Automotive provides the clearest example. Serbia’s current positioning—focused on wiring systems, components, and subassemblies—has been built around internal combustion engine (ICE) supply chains. As electric vehicle (EV) adoption accelerates across Europe, the composition of demand shifts: EV production reduces reliance on mechanical components while increasing the importance of batteries, power electronics, and software integration.

That creates both risk and opportunity for Serbia. Production lines tied to traditional components face gradual obsolescence, while new segments require higher levels of capital, technology, and engineering capability. The reconfiguration of the Stellantis plant in Kragujevac—adapted for electric vehicle production—illustrates the scale of this shift beyond equipment changes. It also involves supplier-network reconfiguration, changes in skills requirements, and deeper integration into European production systems.

Why export growth may not translate into GDP gains

The core issue is value capture: it is not achieved simply by producing more within a supply chain, but by producing more complex outputs that carry higher margins. At present, Serbia’s export structure reflects limited domestic value addition. Estimates for similar industrial economies suggest that 40–60% of the value of manufacturing exports may originate from imported inputs in complex supply chains—placing Serbia within a comparable range given its role in automotive and electronics.

The implication is a structural gap between export volume and economic return. For every €100 of exports, a substantial portion of value is created externally; domestic contribution remains significant in employment and output but is concentrated more in processing than in origin. As a result, trade performance can improve in absolute terms while net contribution to GDP remains constrained.

Four pillars for moving up the chain

Closing this gap requires changes to how production is structured:

Upstream integration: developing domestic capacity in materials and components so manufacturers can source more inputs locally. The article highlights potential areas including advanced metals processing, chemical and polymer production, and component manufacturing ecosystems. It points to the copper complex in Bor as an example: with production exceeding 200,000 tonnes annually, the opportunity extends beyond extraction toward downstream processing such as cathodes and semi-finished products—and eventually components for electrical systems and renewable energy infrastructure.

Technological upgrading: investing in automation, digitalisation, and advanced manufacturing processes to move into higher-value segments. This includes precision engineering, industrial software integration, and process optimisation—steps intended to raise productivity and increase the complexity embedded in exports.

Human capital transformation: shifting workforce needs as production becomes more technologically intensive. Engineering, technical, and digital competencies become critical, requiring alignment between industrial demand and education systems; progress exists in certain segments but remains uneven across the broader industrial base.

Energy stability and competitiveness: recognising that higher-value manufacturing can be sensitive to energy costs and reliability. The article argues that stable electricity supply at competitive prices will influence advanced industrial investment decisions. It notes that Serbia’s system remains dominated by coal while renewables are increasingly integrated—providing relatively stable baseline supply but also introducing variability alongside future regulatory pressures. Investment in renewable capacity, grid infrastructure, and storage systems is therefore positioned as central to enabling industrial upgrading.

Investor implications: higher CAPEX with different return profiles

The financial implications are significant because moving up the value chain typically increases capital intensity. Projects shift from labour-driven models toward technology-driven CAPEX where investment per unit of output rises.

For investors this changes return dynamics: traditional assembly operations may offer relatively predictable returns with lower capital requirements, while advanced manufacturing projects require higher upfront investment but may offer higher margins and potentially more resilient positioning within supply chains.

A gradual build on existing strengths

The challenge is managing the transition without disrupting existing production capabilities. Serbia cannot abandon its current industrial base; instead it must build incrementally by adding capabilities rather than undertaking wholesale transformation. That approach implies a dual-speed industrial system: established sectors continue operating within established value chains while new segments emerge around higher-value activities. Over time, the balance between these parts will shape the economy’s overall structure.

European policy pressure raises stakes—and competition

The broader European context reinforces why this shift matters for near-shore locations like Serbia. As companies seek to secure supply chains closer to end markets—reduce dependence on distant suppliers—and align with regulatory frameworks such as CBAM (Carbon Border Adjustment Mechanism) and ESG requirements—the relevance of countries positioned within European manufacturing networks increases.

However, relevance alone does not guarantee advantage. Competition among near-shore economies is intensifying as countries such as Romania, Bulgaria, and Turkey offer similar cost-related benefits. Differentiation for Serbia will depend on delivering not just cost efficiency but measurable value creation inside supply chains through higher local content, greater technological capability, and more integrated industrial ecosystems.

Serbia has already completed an initial phase of industrial integration by establishing itself as a reliable production base within European systems; deepening that integration while increasing value capture is now described as the central challenge. Whether Serbia remains primarily a cost-efficient node—or evolves into a more autonomous industrial platform capable of generating higher returns from its production base—will determine how much of today’s scale becomes lasting economic value.