As Montenegro navigates a pivotal moment in its energy sector, significant initiatives are underway that could reshape the country’s energy landscape and enhance its security. The state-controlled utility, Elektroprivreda Crne Gore (EPCG), is spearheading various strategic studies and partnerships aimed at diversifying energy sources while aligning with clean energy objectives.
Among the most notable advancements is a comprehensive feasibility study commissioned by EPCG, which evaluates the potential construction of a liquefied natural gas (LNG)-fired power plant. This facility is projected to generate between 50 MW and 400 MW of electricity at several proposed locations throughout Montenegro. The findings from international energy consultants indicate that establishing an LNG plant is both technically feasible and economically viable, with estimated investment costs ranging from €233 million to €362 million, marking it as one of the largest energy investments in Montenegro’s recent history.
The study underscores the importance of securing a reliable and competitively priced LNG supply, as the success of the LNG infrastructure hinges on this factor. Without established long-term supply contracts or a domestic LNG terminal, collaboration between EPCG and government entities will be crucial. Advocates for the LNG project argue that it could significantly bolster energy security by providing reliable generation that complements intermittent renewable sources and mitigates reliance on hydroelectric power, which has shown historical fluctuations.
In addition to its LNG initiatives, EPCG is also focused on expanding Montenegro’s renewable energy capabilities. In early 2026, discussions commenced with Masdar, a sovereign renewable energy investor from the United Arab Emirates, to explore forming a joint venture aimed at developing large-scale renewable projects including solar, wind, and battery storage. This effort builds on existing renewable infrastructure such as the 72 MW Krnovo wind farm, the largest of its kind in Montenegro, and signals an acceleration in clean energy deployment that could facilitate exports across the Balkans via undersea connections to Italy.
These initiatives reflect a comprehensive strategy for an energy transition that prioritizes security, reliability, and decarbonization. As Montenegro’s electricity grid adapts to these changes, policymakers and utility planners are increasingly aware of the complex interplay between variable renewable generation and baseload reliability within the broader regional market context. This balancing act will also necessitate considerations regarding grid enhancements, system operations, and integration into power markets as regional electricity trade becomes more significant.
The forthcoming 12 to 24 months will be critical for determining whether plans for LNG infrastructure and collaborative renewable ventures advance from conceptual stages to formal commitments and financing arrangements. The decisions made during this period will have lasting implications for Montenegro’s energy security, industrial competitiveness, and overall economic resilience.
