The introduction of the European Union’s Carbon Border Adjustment Mechanism (CBAM) is reshaping the competitive landscape for manufacturers outside the EU, particularly impacting Serbian exporters reliant on energy-intensive production processes. Set to take effect on January 1, 2026, the mechanism will impose carbon pricing on specific goods imported into the EU, aligning the carbon costs of these imports with those of products produced within the EU under the EU Emissions Trading System (EU ETS).
CBAM targets industries vulnerable to carbon leakage, such as steel, aluminum, cement, fertilizers, and electricity—sectors where Serbian producers have substantial export exposure to the European market. The pressing concern for Serbia’s industrial sector is not whether CBAM will impact exports, but rather if preparations have commenced in time to sustain access to EU markets.
The timeline for compliance leaves little room for delay. A transitional phase from October 2023 to December 2025 allowed importers to report embedded emissions without incurring carbon costs. However, starting in 2026, EU importers will be required to purchase CBAM certificates corresponding to the embedded carbon emissions of imported products. The first financial declarations under this new regime are expected in September 2027, covering imports from 2026.
For Serbian exporters, 2026 represents a crucial window for preparation before CBAM costs begin affecting trade relationships. The structural challenge stems from Serbia’s reliance on electricity generated from lignite-fired power plants operated by Elektroprivreda Srbije (EPS), which contributes significantly to high carbon emissions.
This dependency creates a vulnerability under CBAM as the carbon intensity of Serbian electricity directly translates into higher embedded emissions in exported goods. Once these emissions are priced within the EU carbon market, it could quickly undermine the competitiveness of Serbian exports.
The mechanism operates through a formula requiring EU importers to calculate embedded carbon emissions associated with imported goods and acquire CBAM certificates reflecting those emissions. The price of these certificates has recently fluctuated between €70 and €90 per tonne of CO₂.
For exporters engaged in energy-intensive sectors, this price represents an additional component of production costs. A high carbon footprint could result in costs that exceed profit margins necessary for competing against European manufacturers.
Consequently, Serbian exporters must urgently assess and quantify their carbon footprints. Establishing installation-level emissions accounting systems capable of measuring both direct and indirect emissions is essential for compliance with CBAM requirements.
Direct emissions stem from fuel combustion during industrial processes, while indirect emissions relate to the carbon intensity of consumed electricity. Given that Serbia’s electricity generation is predominantly coal-based, indirect emissions can constitute a significant share of a product’s overall carbon footprint.
Exporters lacking verified emissions data risk being assigned default emission values by EU authorities, which tend to be conservative and often higher than actual emissions levels. This scenario could lead to inflated carbon costs for non-compliant exporters.
As a result, developing credible monitoring systems has become a priority. Companies must implement emissions monitoring plans that align with the EU’s Monitoring and Reporting Regulation—used within the EU ETS—requiring measurement equipment installation and thorough documentation of energy use and production processes for independent verification.
Verification is another critical aspect of CBAM compliance. Emissions data submitted to EU importers must be validated by accredited third-party auditors who ensure adherence to approved methodologies and reliability of underlying data.
This requirement adds another layer to the export process for Serbian companies as carbon data must accompany traditional documentation such as product specifications and customs declarations. Thus, CBAM transforms emissions accounting from mere environmental reporting into an integral part of international trade documentation.
Moreover, this shift alters the dynamics between Serbian exporters and their EU customers. While CBAM obligations fall on EU importers, they rely heavily on accurate emissions data from exporters to fulfill their reporting requirements. Consequently, exporters unable to provide verified data may find it challenging to maintain contracts with European buyers.
While these new requirements pose challenges, they also present opportunities by introducing a carbon price signal into international trade that favors producers with lower emissions profiles. For Serbian firms that can reduce their carbon intensity more swiftly than competitors, CBAM may offer a competitive advantage.
Strategies for reducing carbon intensity include enhancing energy efficiency in industrial processes, switching fuels from coal to natural gas or electrified methods, and sourcing electricity from renewable sources which can significantly lower indirect emissions.
Renewable energy sourcing is emerging as one of the most effective routes toward compliance with CBAM regulations. By entering long-term power purchase agreements with renewable energy providers—such as wind or solar—industrial exporters can substantiate their use of low-carbon electricity and reduce embedded emissions associated with their products.
As renewable energy capacity expands across Southeast Europe, including Serbia’s recent initiatives aimed at increasing wind and solar generation capacity through auctions, securing renewable electricity supply could notably diminish CBAM-related costs for exporters.
The financial implications tied to these strategies are considerable; since CBAM costs reflect carbon intensity rather than production volume alone, lowering emissions can directly reduce the number of certificates needed by EU importers.
For exporters operating on thin margins, even minor reductions in carbon intensity could be pivotal in maintaining competitiveness within EU markets. With approximately two-thirds of Serbia’s total exports directed towards the European Union, ensuring access to this market is vital for numerous industries.
CBAM marks one of the most significant trade-related climate policies introduced by the EU in decades. For nations closely linked with the European economy but outside its carbon market framework, this mechanism effectively extends European climate policy influence beyond its borders.
The ability of Serbian exporters to adapt quickly will determine their success under this new regime. Companies that perceive CBAM merely as a distant regulatory obligation might struggle with compliance once financial responsibilities manifest fully in 2027. In contrast, firms that initiate internal preparations throughout 2026—by implementing monitoring systems and verifying emissions—will still have time to develop effective compliance strategies.
In essence, CBAM signifies not just a regulatory change but a structural transformation in how industrial trade operates with Europe. Export competitiveness will increasingly hinge not only on traditional factors such as labor costs and logistics but also on managing carbon intensity effectively. Adapting to this evolving landscape will be crucial for Serbia’s industrial sector in maintaining its foothold within Europe’s low-carbon economy.
