Montenegro is facing mounting pressure to secure a special arrangement with the European Union to shield its energy sector from the full impact of the Carbon Border Adjustment Mechanism (CBAM), as policymakers and energy analysts warn that the country risks losing competitiveness in regional electricity markets once the mechanism enters full financial application.
The debate reflects a structural vulnerability within Montenegro’s electricity system. While the country increasingly promotes renewable energy expansion and market integration with the European Union, a substantial portion of export-oriented generation capacity still depends on the coal-fired Pljevlja thermal power plant, making Montenegrin electricity directly exposed to future EU carbon pricing mechanisms.
According to statements highlighted during regional energy discussions, applicable CBAM-related costs for Montenegrin electricity exports could reach approximately €73.8/MWh, while the average day-ahead electricity price differential between Montenegro and neighboring EU-linked markets during the first quarter of 2026 stood at only around €44.7/MWh. In practical terms, analysts warn that CBAM costs would not merely erase Montenegro’s pricing advantage, but could make its exported electricity roughly €30/MWh less competitive on integrated European markets.
Energy analyst Maksim Vučinić warned that without a transitional mechanism, memorandum of understanding, or phased exemption model, Montenegro could become effectively noncompetitive in European electricity exports once CBAM enters full implementation.
The issue goes beyond short-term pricing pressure. Montenegro’s entire regional energy-market positioning increasingly depends on successful integration with the EU electricity market through market coupling mechanisms and cross-border trading reforms. The country has already adopted major legislative packages aligned with European energy-market rules, including new laws governing cross-border electricity and gas exchange as part of broader EU accession obligations.
Government energy strategy documents envision Montenegro integrating more deeply into the European electricity market through the Italy interconnector and wider regional market coupling structures. The challenge is that CBAM may fundamentally alter the economics of those integrations for carbon-intensive exporters.
The timing is especially sensitive because Montenegro simultaneously faces several overlapping energy-transition pressures. The country must modernize the aging Pljevlja thermal complex, expand renewable generation, strengthen transmission infrastructure and preserve electricity affordability for domestic consumers, all while aligning with increasingly strict EU decarbonization rules.
Electricity remains one of Montenegro’s most strategically important economic sectors. State utility EPCG recently reported a strong financial recovery during the first quarter of 2026, returning from previous losses into profitability with approximately €36.5 million in net profit. Yet that financial recovery may prove vulnerable if future export revenues become structurally constrained by carbon-adjustment costs.
Montenegro’s position resembles a broader dilemma increasingly visible across the Western Balkans. Regional electricity systems remain heavily dependent on coal-based generation while simultaneously pursuing integration into the European internal energy market. CBAM effectively forces non-EU exporters to internalize carbon costs before full accession, creating a transitional financial burden that many Balkan utilities argue they are not yet structurally prepared to absorb.
Supporters of a transitional arrangement argue that countries in the EU accession process should receive phased adaptation mechanisms similar to those granted during earlier enlargement rounds. Critics of the current framework warn that immediate full CBAM exposure could weaken investment capacity precisely when regional utilities require massive capital expenditure programs for decarbonization and grid modernization.
The financial implications are potentially substantial. Montenegro’s future energy-transition requirements already include investments into renewable generation, transmission upgrades, balancing infrastructure, energy efficiency and possible gas-transition projects. Additional CBAM-related export costs could further pressure EPCG balance sheets and limit internal financing capacity for decarbonization projects.
At the same time, Brussels is unlikely to dilute its broader climate framework. The EU increasingly treats electricity imports from neighboring systems as part of its wider industrial decarbonization architecture, particularly as carbon-intensive electricity indirectly affects European manufacturing supply chains and industrial competitiveness.
For Montenegro, this creates a narrow strategic window. The country must simultaneously preserve energy-sector competitiveness, negotiate transitional arrangements with the EU and accelerate investment into lower-carbon generation capacity fast enough to avoid structural exclusion from future integrated European electricity markets.
The debate now unfolding around CBAM therefore represents far more than a technical dispute over export tariffs. It is increasingly becoming a central question about the future economic model of Montenegro’s electricity sector, the pace of its energy transition and the country’s broader positioning within Europe’s emerging low-carbon industrial and power-market architecture.
