As Montenegro navigates its economic landscape, the European Union’s Carbon Border Adjustment Mechanism (CBAM) presents both challenges and opportunities for the small Balkan nation. While Montenegro’s exposure to CBAM may not be as pronounced as that of larger industrial economies in the Western Balkans, its unique export profile could position it advantageously within the regional market. The country’s exports are heavily concentrated in electricity, aluminium, and select metal products, making it a significant player in sectors most affected by EU carbon pricing.
In 2025, Montenegro’s total exports were approximately EUR 572 million against imports of around EUR 4.46 billion, resulting in a substantial trade deficit of nearly EUR 3.89 billion and an export coverage of imports at just 12.8%. The EU is a critical partner in this trade dynamic, with Montenegro exporting about EUR 181 million to the EU while importing roughly EUR 1.94 billion. This reliance underscores the importance of EU market access for Montenegro’s economic stability and growth.
Electricity emerges as a key category under CBAM, with Montenegro exporting around EUR 95.5 million worth of electric current in 2025, constituting about 16.7% of total goods exports. Unlike many economies where electricity trade is merely one aspect of the balance sheet, for Montenegro, it is a core export product that directly ties power-market carbon intensity to national competitiveness. The CBAM framework differentiates electricity from other industrial goods by assessing carbon risk based on generation sources and emissions factors rather than tonnage.
The variability in Montenegro’s electricity generation—largely influenced by hydrology and coal generation—means that its exposure to CBAM fluctuates significantly. In years with abundant rainfall, hydropower can lower the carbon intensity of exported electricity; conversely, dry years or increased reliance on coal can heighten carbon exposure. This necessitates meticulous documentation and real-time data on generation sources and emissions to comply with CBAM requirements.
Aluminium exports also play a vital role in Montenegro’s economy, valued between USD 48 million and USD 96 million depending on classification. The historical significance of the aluminium industry remains evident despite a decline from its previous prominence. The carbon profile of aluminium exports is closely linked to the electricity used during production; thus, low-carbon electricity sources can enhance the marketability of Montenegrin aluminium within the EU.
On the import side, Montenegro faces substantial demand for construction materials, metal products, and industrial equipment. Recent data indicate imports of articles of iron or steel at approximately USD 134 million and aluminium goods at about USD 84 million. While these imports do not incur CBAM liabilities upon entry into Montenegro, they significantly influence domestic cost structures and competitiveness when integrated into products sold within the EU.
Montenegro’s strategic position within the broader Western Balkans context cannot be overlooked. Compared to its neighbors—Bosnia and Herzegovina, North Macedonia, Albania, Serbia, and Kosovo—all facing varying degrees of CBAM pressure—Montenegro has an opportunity to carve out a niche as an EU-aligned carbon interface. Countries like Bosnia and Herzegovina grapple with complex governance issues related to carbon pricing and emissions documentation due to their heavy reliance on coal-based electricity.
As Montenegro aims for EU membership by around 2028—a target increasingly endorsed by both government officials and EU representatives—the implications for CBAM are profound. Achieving membership would shift Montenegro from being treated as a third country subject to external border charges to being integrated into the EU’s internal regulatory framework for trade. This transition would allow Montenegrin exports to benefit from internal market rules rather than facing additional costs imposed by CBAM.
The potential benefits extend particularly to electricity exports to EU markets like Italy and Croatia. Under an integrated system, these exports would no longer be subject to external CBAM logic but would align with EU regulations governing emissions standards and market operations. The Italy-Montenegro submarine cable could thus evolve into a vital conduit for compliant energy trade if Montenegro successfully aligns its regulatory framework with EU standards.
Montenegro’s ability to provide services related to CBAM compliance—such as documentation management, guarantees of origin for renewable energy, and industrial reporting systems—could position it as a regional hub for neighboring countries still outside the EU framework. This potential hinges on Montenegro’s capacity to develop robust systems that ensure compliance while facilitating trade with EU partners.
The implications for financial institutions are clear: projects in Montenegro will increasingly be evaluated through a CBAM lens. Lenders will seek assurance that investments can generate credible carbon documentation necessary for compliance with EU standards and that they can support regional exporters facing CBAM-related challenges.
To capitalize on these opportunities, Montenegro must accelerate efforts toward aligning its electricity market with EU standards while enhancing its carbon-pricing mechanisms and documentation capabilities across various sectors including construction and industry. The interplay between trade policy, industry regulation, and EU accession will be crucial in shaping Montenegro’s economic future as it seeks to transform its narrow export base into a broader regional business model focused on compliance and access to European markets.
Ultimately, if executed effectively, Montenegro could redefine its role from merely being recognized as a tourism-dependent economy to becoming a pivotal player in regional carbon-compliant energy trade—a transition that would yield significant economic benefits while contributing to broader environmental goals.
