European climate policy is beginning to reshape the competitive landscape for manufacturers beyond the European Union’s borders. For Serbian exporters whose products depend heavily on energy-intensive production processes, the EU’s Carbon Border Adjustment Mechanism (CBAM) has rapidly shifted from a regulatory discussion into a pressing commercial reality.
The mechanism, which entered its definitive phase on 1 January 2026, introduces carbon pricing on selected goods imported into the EU. It is designed to align the carbon cost of imported products with those produced within the EU under the EU Emissions Trading System (EU ETS). The policy targets sectors considered vulnerable to carbon leakage, including steel, aluminium, cement, fertilisers and electricity—all industries where Serbian producers maintain significant export exposure to the European market.
For companies across Serbia’s industrial sector, the critical question is no longer whether CBAM will affect exports but whether internal preparation has begun early enough to maintain access to EU markets.
The timeline of the mechanism leaves limited room for delay. The transitional phase that ran between October 2023 and December 2025 required importers to report embedded emissions without paying carbon costs. The definitive phase that began in 2026 introduces the financial component of the system, with EU importers required to purchase CBAM certificates corresponding to the embedded carbon emissions in imported goods. The first formal financial declaration will be submitted in September 2027, covering imports made during 2026.
For exporters in Serbia, this schedule effectively means that 2026 is the final preparation window before CBAM costs begin to fully affect trade relationships.
The challenge facing Serbian exporters is structural. The country’s industrial base relies heavily on electricity generated from lignite-fired power plants operated primarily by Elektroprivreda Srbije (EPS). Lignite remains the dominant fuel in Serbia’s electricity system, providing baseload power for the economy but producing high carbon emissions in the process.
This production structure creates a vulnerability under CBAM. The carbon intensity of Serbian electricity translates directly into higher embedded emissions in exported industrial products. Once those emissions are priced according to the EU carbon market, the competitiveness of Serbian exports can deteriorate rapidly.
The mechanism works through a relatively straightforward formula. EU importers must calculate the embedded carbon emissions associated with imported goods and purchase CBAM certificates reflecting those emissions. The price of those certificates corresponds to the prevailing price of EU carbon allowances, which in recent years have traded roughly in the range of €70 to €90 per tonne of CO₂.
For exporters of energy-intensive goods, this price effectively becomes a new component of production cost. If the carbon footprint of production is high, the additional cost embedded in the product price may exceed the margin that allows exporters to compete with European producers.
Serbian exporters therefore face an immediate need to understand and quantify their carbon footprint. The first step in CBAM preparation is the development of installation-level emissions accounting systems capable of measuring both direct and indirect emissions associated with production.
Direct emissions arise from the combustion of fuels within industrial processes, while indirect emissions reflect the carbon intensity of electricity consumed in production. Because Serbia’s electricity system remains dominated by coal generation, indirect emissions can represent a substantial portion of a product’s total carbon footprint.
Under CBAM rules, exporters that cannot provide verified emissions data risk being assigned default emission values by EU authorities. These default values are intentionally conservative and often significantly higher than actual emissions levels, which means exporters that fail to measure emissions accurately may face artificially inflated carbon costs.
For this reason, establishing credible monitoring systems has become an urgent priority. Companies must implement emissions monitoring plans aligned with the EU’s Monitoring and Reporting Regulation, the same framework used within the EU ETS. This process involves installing measurement equipment, recording energy consumption and documenting production processes in a manner that allows independent verification.
Verification represents the second major component of CBAM compliance. Emissions data submitted to EU importers must be verified by accredited third-party auditors. These verifiers assess whether emissions calculations follow approved methodologies and whether underlying data are reliable and traceable.
For Serbian exporters, this requirement introduces an additional operational step in the export process. Carbon data must now accompany traditional documentation such as product specifications, invoices and customs declarations.
CBAM therefore transforms emissions accounting from an environmental reporting exercise into a core element of international trade documentation.
This transformation also shifts the relationship between Serbian exporters and their EU customers. Although CBAM obligations formally fall on EU importers, those importers depend entirely on exporters to supply reliable emissions data. Without such information, importers cannot complete CBAM declarations.
In practice this means exporters that cannot provide verified emissions data may struggle to maintain contracts with European buyers.
While these requirements create challenges, they also create opportunities. CBAM effectively introduces a carbon price signal into international trade, rewarding producers whose products carry lower emissions.
For Serbian companies able to reduce carbon intensity more rapidly than competitors, the mechanism could become a competitive advantage.
Reducing carbon intensity can take several forms. Energy efficiency improvements within industrial processes can lower fuel consumption per unit of output. Fuel switching—from coal toward natural gas or electrified processes—can reduce direct emissions. Perhaps most significantly, sourcing electricity from renewable generation can dramatically lower indirect emissions.
Renewable electricity sourcing is emerging as one of the fastest pathways toward CBAM compliance. Industrial exporters can enter long-term power purchase agreements with renewable energy producers, securing electricity generated from wind, solar or hydropower. By demonstrating that production uses low-carbon electricity, exporters can reduce the embedded emissions assigned to their products.
Such strategies are increasingly important as renewable energy capacity expands across Southeast Europe. Serbia itself has begun introducing renewable energy auctions aimed at expanding wind and solar generation. If industrial exporters secure renewable electricity supply through direct contracts or market purchases, they may significantly reduce CBAM costs associated with their exports.
The financial implications of such strategies are substantial. Because CBAM costs reflect carbon intensity rather than production volume alone, reducing emissions can directly lower the number of CBAM certificates that EU importers must purchase.
For exporters operating on narrow margins, even modest reductions in carbon intensity can determine whether products remain competitive in EU markets.
The economic stakes are high. The European Union accounts for roughly two-thirds of Serbia’s total exports, making access to the EU market critical for many Serbian industries. Any mechanism that increases the cost of exporting to the EU therefore has immediate macroeconomic implications.
CBAM represents the most significant trade-related climate policy introduced by the EU in decades. For countries closely integrated with the European economy but operating outside the EU carbon market, the mechanism effectively extends the influence of European climate policy beyond the Union’s borders.
For Serbian exporters, the decisive factor will be speed of adaptation. Companies that treat CBAM as a distant regulatory requirement may find themselves struggling to comply once financial obligations fully materialise in 2027. Companies that begin internal preparation during 2026—installing monitoring systems, verifying emissions and exploring low-carbon energy sourcing—remain within the window where effective compliance strategies can still be implemented.
In this sense, CBAM is less a single regulatory event than a structural transformation of the rules governing industrial trade with Europe.
Export competitiveness will increasingly depend not only on labour costs, logistics or productivity, but also on carbon intensity. For Serbia’s industrial sector, adapting to that reality will determine whether the country’s exporters continue to compete successfully within Europe’s evolving low-carbon economy.
Elevated by cbam.rs