Montenegro is positioning itself as a potential hub for EU green electricity data centres, although its competitive edge lies in smaller, specialized offerings rather than large hyperscale campuses. The country aims to establish a renewable-backed digital infrastructure platform that caters to cloud redundancy, AI processing, sovereign data hosting, regional colocation, and cybersecurity services.
The timing aligns well with the EU’s current focus on data centres as critical infrastructure amid growing electricity demands. According to the European Commission, data centres contribute approximately 1.5% of global annual electricity consumption, equating to around 415 TWh. This figure is projected to increase significantly, potentially reaching 945 TWh by 2030 due to rising AI workloads. The EU is preparing an energy-efficiency package for data centres, which will include performance standards and a rating system. As data centre capacity in the EU is expected to grow from 12 GW to 28 GW by 2030, future site selection will hinge on factors such as access to clean energy and efficient cooling solutions.
Montenegro benefits politically from its path towards EU membership, with negotiations for an accession treaty set to begin in April 2026 and a target membership date of 2028. This trajectory is significant for data centre investors as it promises alignment with EU regulations, including GDPR compliance and energy market rules, while maintaining lower operational costs compared to Western European hubs.
In terms of energy production, Montenegro generated 2,122.1 GWh from primary sources in 2024, with hydro power contributing 1,765.1 GWh, wind providing 293.3 GWh, and solar adding 63.7 GWh. However, the reliance on coal-fired power from the Pljevlja plant underscores potential limitations in meeting future demands. A typical 50 MW data centre could consume about 526 GWh annually at optimal efficiency levels, representing nearly 19% of Montenegro’s total electricity consumption for that year.
To support a sustainable data centre strategy, Montenegro must ensure that new projects are linked to increased renewable energy capacity and grid enhancements. Recent developments include a joint venture between EPCG and Masdar aimed at diversifying energy sources through solar PV, wind, and hydropower projects. This initiative seeks not only to meet domestic energy needs but also to facilitate renewable electricity exports within the region.
The Gvozd wind project serves as a benchmark for future developments; its expansion will increase capacity while generating 186 GWh of clean electricity annually and reducing carbon emissions significantly. However, even this project would only cover a fraction of the energy needs for a medium-sized data centre. Thus, multiple similar projects are necessary alongside improvements in solar and hydro capabilities.
Montenegro’s existing submarine power connection with Italy plays a crucial role in its energy strategy. With plans to double this capacity by 2031 through an additional cable installation set for 2027 at an estimated cost of €500 million, Montenegro stands to enhance its position as an electricity supplier and digital link between the Western Balkans and the EU.
The country’s digital infrastructure is progressing well; it boasts a fully privatized telecom sector with significant annual turnover and broadband penetration rates nearing 80%. The rollout of 5G services is also advancing rapidly, further supporting the development of high-capacity digital networks necessary for data centres.
In March 2026, Montenegro selected 4iG Group for various digitalization projects including the establishment of a state data centre with Tier III certification capabilities. Although this does not yet create a commercial data-centre market, it lays groundwork for local expertise and cybersecurity measures.
Montenegro’s ideal positioning would be as an EU-accession hub focused on regional cloud services and disaster recovery rather than competing directly with larger markets for hyperscale facilities. Key demand segments include fintech infrastructure and e-government hosting.
However, challenges remain regarding the electricity system’s capacity and reliability needs specific to data centres which require constant power supply and high uptime guarantees. Additionally, establishing credibility around green energy claims necessitates rigorous procurement processes and transparent reporting mechanisms.
Strategically locating new data centres near renewable energy sources will be essential for balancing load dynamics without straining existing resources or impacting other sectors such as tourism or industry.
For Montenegro’s government, implementing policies that prioritize grid connections for projects tied to new renewable capacities will be crucial. A disciplined approach should focus on ensuring that investments yield tangible benefits such as job creation and enhanced digital resilience rather than subsidizing speculative ventures.
Montenegro’s unique combination of EU accession prospects, renewable energy potential, connectivity with Italy, and an emerging ICT ecosystem presents opportunities for establishing itself as a niche player in the green data centre market. However, addressing its current limitations in grid capacity and energy infrastructure development will be vital for realizing this potential.
