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CBAM pressures Montenegro’s power and industry costs before EU membership
Montenegro’s path toward the EU is starting to look like an exercise in pricing carbon—well ahead of formal membership. Through trade-linked exposure to carbon costs, export-oriented sectors are being pushed to reconsider how they buy electricity and structure production as the Carbon Border Adjustment Mechanism begins to bite.
The mechanism described in the source works by assigning a carbon charge to imported goods according to their embedded emissions. Although Montenegro is not yet inside the EU Emissions Trading System, its industries that sell into European markets increasingly face carbon-related competitiveness pressure tied to how much CO₂ their products represent.
Coal generation makes electricity a key battleground
A central issue for Montenegro is the composition of its power supply. The country relies on coal-fired generation anchored by the Pljevlja thermal power plant, which carries carbon intensity estimated at 0.9–1.1 tonnes of CO₂ per MWh. By contrast, renewable sources are described as near-zero emitters.
At a stated carbon price range of €70–80 per tonne, the implied cost for coal-based electricity comes out at roughly €60–80/MWh. That difference matters because it flows directly into industrial energy costs when companies rely on domestic electricity with higher embedded emissions.
Competitive pressure shows up in metal and construction-linked output
The source highlights that CBAM exposure would most strongly hit sectors such as metals, construction materials and electricity exports—areas where production and input choices determine emissions intensity. For industrial users drawing on domestic power, higher embedded emissions can erode competitiveness when selling into EU markets.
One example provided: a metal processing facility using 2–3 MWh per tonne of output could face additional carbon costs estimated at €120–240 per tonne, depending on the underlying energy mix feeding that consumption.
Companies respond by shifting procurement and upgrading efficiency
The impact is already visible in how firms are thinking about reducing their footprint. The source says companies are exploring ways to lower embedded emissions by sourcing electricity from renewable projects, investing in energy efficiency, and—in some cases—importing electricity from lower-carbon markets.
This helps explain why renewable development is framed not only as an environmental objective but also as an economic requirement: supplying low-carbon electricity can help industries maintain access to EU customers while avoiding CBAM-related charges linked to product emissions profiles.
Domestic pricing may start converging with EU levels
The source also describes a second-order effect: as carbon costs become more relevant even indirectly, market participants begin incorporating them into pricing decisions. Over time—and particularly as interconnection capacity grows—this could contribute to a gradual convergence between domestic power prices and EU levels.
Interconnections offer flexibility across different carbon intensities
Cross-border trading dynamics are positioned as part of Montenegro’s adjustment toolkit. Interconnections with Italy and neighboring countries provide access to multiple electricity markets with varying carbon intensities. By leveraging these links, Montenegro can potentially optimize its energy mix and reduce overall emissions rather than relying solely on its current generation structure.
Financing risk shifts toward project emissions performance
The financial implications extend beyond operational decisions into capital allocation. According to the source, investors and lenders are increasingly factoring “carbon risk” into models used for project financing—affecting both cost of capital and whether projects remain viable under changing assumptions. Projects with lower emissions profiles are therefore described as more likely to attract more favorable financing terms.
A catalyst for change—with transition challenges
Taken together, CBAM is presented as a catalyst accelerating Montenegro’s shift toward renewables, encouraging investment in cleaner technologies and aligning parts of its economy with EU standards ahead of accession. Still, the transition highlighted in the source requires careful management: rapid changes in energy pricing and industrial costs can create difficulties for businesses, especially those with limited ability to adjust quickly.
The article notes that support mechanisms—including incentives and transitional arrangements—may be needed so firms can adapt without destabilizing operations or undermining competitiveness during restructuring.
