The Carbon Border Adjustment Mechanism is beginning to influence Montenegro’s industrial and energy systems even before formal EU accession. While the country is not yet part of the EU Emissions Trading System, its export-oriented sectors are increasingly exposed to carbon pricing through trade with EU markets.
The mechanism operates by imposing a carbon cost on imported goods based on their embedded emissions. For Montenegro, this primarily affects sectors such as metals, construction materials and electricity exports. The carbon intensity of production, particularly electricity generation, becomes a critical factor in determining competitiveness.
Montenegro’s energy mix currently includes a significant share of coal-based generation, centred on the Pljevlja thermal power plant. Coal-fired electricity carries a carbon intensity of approximately 0.9–1.1 tonnes of CO₂ per MWh, compared to near-zero emissions for renewable sources. At a carbon price of €70–80 per tonne, this translates into an implicit cost of €60–80/MWh for coal-based electricity.
This cost differential has immediate implications. Industrial consumers relying on domestic electricity face higher embedded emissions, which can erode competitiveness when exporting to the EU. For example, a metal processing facility consuming 2–3 MWh per tonne of output could face additional carbon costs of €120–240 per tonne, depending on the energy mix.
The response is already visible in corporate strategies. Companies are exploring options to reduce their carbon footprint, including sourcing electricity from renewable projects, investing in energy efficiency and, in some cases, importing electricity from lower-carbon markets.
Renewable energy development is therefore not only an environmental priority but an economic necessity. Projects that can supply low-carbon electricity enable industries to maintain access to EU markets and avoid CBAM-related costs. This creates a strong alignment between energy policy and industrial strategy.
The pricing of electricity itself is also evolving. As carbon costs become more relevant, even indirectly, market participants begin to factor these into pricing decisions. This can lead to a gradual convergence of domestic prices with EU levels, particularly as interconnection capacity increases.
Cross-border dynamics play a key role. Montenegro’s interconnections with Italy and neighbouring countries provide access to a range of electricity markets with varying carbon intensities. By leveraging these connections, the country can optimise its energy mix and reduce overall emissions.
The financial implications extend to project financing. Investors and lenders are increasingly incorporating carbon risk into their models, affecting both cost of capital and project viability. Projects with lower emissions profiles are more likely to secure favourable financing terms.
For Montenegro, CBAM acts as a catalyst for transformation. It accelerates the shift toward renewable energy, encourages investment in cleaner technologies and aligns the country with EU standards ahead of accession.
However, the transition requires careful management. Rapid changes in energy pricing and industrial costs can create challenges for businesses, particularly those with limited capacity to adapt. Support mechanisms, including incentives and transitional arrangements, may be necessary to facilitate adjustment.
The broader impact of CBAM is to integrate Montenegro into the EU’s carbon pricing ecosystem, even before formal membership. This creates both challenges and opportunities, reshaping the country’s economic landscape and influencing investment decisions across sectors.
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