Montenegro’s energy sector is poised for significant transformation as it approaches early 2026, marked by initiatives aimed at enhancing energy security and diversifying sources. The state-owned utility EPCG, known formally as Elektroprivreda Crne Gore, is undertaking various strategic studies and partnerships that could reshape the country’s energy generation landscape and bolster the resilience of its power systems.
A pivotal advancement includes the completion of a comprehensive feasibility study by EPCG, which evaluates the potential establishment of a liquefied natural gas (LNG)-fired power plant. This facility is projected to generate between 50 MW and 400 MW of electricity from multiple proposed locations throughout Montenegro. The findings, derived from analyses conducted by international energy consultants, indicate that constructing an LNG plant is both feasible and economically viable within Montenegro’s context. Estimated investment costs range from approximately €233 million to €362 million, positioning this project as one of the most substantial energy-related capital expenditures in Montenegro’s recent history.
The feasibility study underscores that the success of LNG infrastructure and power generation relies heavily on obtaining a reliable and competitively priced LNG supply. Without established long-term supply contracts or a domestic LNG terminal, effective coordination between EPCG and government stakeholders will be essential. Advocates of LNG infrastructure contend that its implementation could significantly enhance energy security by providing flexible power generation that supports variable renewable energy outputs while mitigating risks associated with fluctuating hydro conditions.
In addition to LNG developments, EPCG is actively working to expand Montenegro’s renewable energy capacity. Early in 2026, local energy authorities initiated exploratory talks with Masdar, a leading renewable energy investor from the United Arab Emirates, to create a joint venture focused on large-scale renewable projects such as solar, wind, and battery storage. This collaboration builds upon existing renewable facilities like the 72 MW Krnovo wind farm, Montenegro’s largest wind project, and signals an acceleration in clean energy initiatives, particularly those that could facilitate electricity exports across the Balkans via undersea connections to Italy.
These initiatives collectively highlight a comprehensive strategy for energy transition that aims to reconcile security, reliability, and decarbonization. As Montenegro’s electricity grid evolves, policymakers and utility planners are increasingly aware of the complex relationships between variable renewable generation, baseload reliability, and the broader regional market dynamics. This balancing act will also involve considerations for grid enhancements, system operations, and integration into power markets as bilateral electricity trading becomes more prevalent.
The next 12 to 24 months are critical for determining whether plans for LNG infrastructure and collaborative renewable projects advance from conceptual stages to formal commitments and financing. The outcomes of these strategic decisions will have lasting implications for Montenegro’s energy security, industrial competitiveness, and overall economic resilience.
