The introduction of the Carbon Border Adjustment Mechanism is fundamentally altering the economic landscape for Serbia’s industrial sector. While the country is not yet part of the EU’s carbon pricing system, its integration into European markets means that carbon costs are increasingly embedded in its trade relationships.
The mechanism applies to sectors such as steel, aluminium, cement and fertilisers—industries that are central to Serbia’s industrial base. These sectors are highly energy-intensive and rely significantly on electricity generated from coal, resulting in high carbon intensity.
Serbia’s electricity system is dominated by lignite-fired power plants, with emissions of approximately 0.9–1.1 tonnes of CO₂ per MWh. At a carbon price of €70–80 per tonne, this translates into an implicit cost of €60–80/MWh, significantly increasing the effective cost of electricity for export-oriented industries.
The impact on industrial competitiveness is substantial. For example, a steel or aluminium producer consuming 10–15 MWh per tonne of output could face additional carbon-related costs of €600–1,200 per tonne, depending on the energy mix. This erodes margins and reduces competitiveness in EU markets.
The response from industry is evolving. Companies are exploring ways to reduce their carbon footprint, including sourcing electricity from renewable projects, investing in energy efficiency and considering relocation of certain processes.
Renewable energy development is therefore becoming a strategic priority. Projects that can supply low-carbon electricity provide a pathway for industries to maintain access to EU markets and avoid CBAM-related costs. This creates a strong alignment between energy policy and industrial strategy.
The pricing of electricity is also affected. As carbon costs become more relevant, even indirectly, market participants begin to factor these into pricing decisions. This can lead to upward pressure on domestic electricity prices, particularly as integration with EU markets increases.
Cross-border electricity trade plays a key role in this dynamic. Serbia’s interconnections with Hungary, Romania and other neighbouring countries provide access to markets with different carbon intensities and pricing structures. This allows for optimisation of energy sourcing but also introduces volatility.
From a financial perspective, CBAM is influencing investment decisions. Projects with lower emissions profiles are more likely to secure financing and attract investors, while high-emission projects face increasing challenges.
The broader implication is a structural shift in the economy. Carbon intensity is becoming a key determinant of competitiveness, influencing production decisions, investment flows and market dynamics.
For Serbia, adapting to this new environment requires a combination of policy measures, investment and innovation. Accelerating the transition to renewable energy, improving energy efficiency and aligning with EU standards are essential steps.
The integration of Serbia into the EU’s carbon pricing ecosystem is likely to deepen over time, further reinforcing these trends. The challenge is to manage the transition in a way that minimises disruption while maximising opportunities.
As CBAM continues to reshape global trade, Serbia’s industrial and energy systems will need to evolve accordingly. The process is complex and requires coordinated action across sectors, but it also offers the potential for a more sustainable and competitive economy.
