Serbia’s industrial sector is experiencing significant changes as the European Union’s carbon border measures begin to influence trade dynamics between the Western Balkans and the EU. Initial reports from 2026 indicate that the implementation of the EU’s Carbon Border Adjustment Mechanism (CBAM) is negatively impacting the competitiveness of Serbian exporters, particularly in energy-intensive industries, and is altering electricity trading patterns in Southeast Europe.
Data reveals that exports from Serbia’s energy-intensive sectors, including steel, aluminum, and cement, have decreased by nearly 30 percent since the start of 2026. This decline underscores the financial implications of the EU’s carbon border system on these industries. Additionally, Serbia’s state-owned utility, Elektroprivreda Srbije (EPS), reported that it has not exported any electricity to the EU since January 1, 2026, marking a significant shift from prior years when such exports were a notable component of regional electricity trade.
The CBAM is designed to align carbon costs between EU producers governed by the EU Emissions Trading System and foreign producers operating under less stringent climate regulations. This policy is reshaping trade flows across Europe, particularly affecting countries like Serbia that have strong economic ties to the EU.
With approximately two-thirds of Serbia’s total exports directed to the EU, this situation poses serious challenges for Serbian industries reliant on electricity generated from lignite-fired power plants. Under CBAM regulations, importers of specific goods into the EU are required to acquire carbon certificates that reflect the emissions associated with their production. The estimated cost for Serbian electricity exports under this mechanism could reach around €78 per megawatt-hour, significantly raising export prices and diminishing competitiveness in EU markets.
As Serbia continues to depend heavily on coal for its electricity generation—operating about 4.4 GW of lignite-fired capacity—this reliance complicates its ability to remain competitive under new carbon border rules. The introduction of CBAM creates a pricing environment where Serbian electricity becomes less appealing compared to cleaner energy sources available within the EU.
The ramifications extend beyond electricity exports; they reflect broader trends in Serbia’s manufacturing sectors. Reports indicate that exports from energy-intensive industries have fallen by 27 percent in early 2026 compared to the same timeframe in 2025. While CBAM requires EU importers to bear the carbon costs, industry insiders note that these expenses ultimately impact exporters through increased product prices, leading to a loss of market share in the EU.
This challenging landscape is further complicated by existing trade restrictions affecting Serbian exports. Steel shipments remain subject to quotas due to EU safeguard measures, while other industrial goods face regulatory hurdles related to environmental standards and technical certifications. The combination of CBAM and these pre-existing barriers complicates trade for Serbian manufacturers.
From the perspective of the EU, CBAM serves dual purposes: it aims to prevent carbon leakage—where production shifts from stricter to looser regulatory environments—and encourages trading partners to adopt their own carbon pricing frameworks or decarbonization initiatives. For Serbia, which is pursuing EU membership, this mechanism could catalyze necessary reforms in domestic climate policy.
Aligning with EU climate regulations may necessitate implementing carbon pricing within Serbia’s electricity sector and accelerating renewable energy development. However, transitioning from a historically lignite-dependent energy model poses substantial economic challenges and investment requirements in renewable infrastructure and flexible generation capabilities.
Government initiatives are underway to expand wind and solar capacities through competitive auctions, with several hundred megawatts of new renewable projects anticipated in coming years. Despite this potential growth, these projects will only gradually reduce the overall carbon intensity of Serbia’s energy system.
Energy-intensive sectors like steel and aluminum face additional hurdles as they rely on stable electricity prices. If carbon border costs inflate export prices without corresponding adjustments in domestic energy policies, these industries may struggle to maintain their competitiveness.
The evolving situation raises critical questions regarding future electricity trading structures across Southeast Europe. Traditionally characterized by coal-heavy exports to higher-priced EU markets, CBAM could reverse this trend by penalizing carbon-intensive electricity exports. This shift may favor countries with lower-carbon generation capabilities, such as hydropower-rich Albania and Montenegro.
In summary, while CBAM introduces new economic pressures on Serbia’s traditional energy model, it also highlights an urgent need for adaptation within regional markets as they strive for sustainability amid changing climate policies.
