The recent completion of a feasibility study by Elektroprivreda Crne Gore has sparked renewed discussions regarding Montenegro’s long-term electricity security and the potential role of liquefied natural gas (LNG) in its energy landscape. The study indicates that establishing gas-fired power generation could be both technically and economically feasible, signaling a shift from the country’s historical reliance on hydropower.
Montenegro’s electricity generation mix is heavily influenced by hydrological conditions, which can lead to significant variability. In years with ample rainfall, hydropower generation can exceed domestic needs, allowing for exports. Conversely, during dry spells, the country faces increased reliance on electricity imports, which can fluctuate in price and negatively impact the trade balance. This dependency poses risks to both consumers and industries due to potential price volatility.
The proposed LNG power plant is envisioned as a supplementary resource designed to enhance system reliability rather than serve as a primary power source. The flexibility of gas generation provides advantages such as rapid ramp-up capabilities and stable output, which are essential as Montenegro integrates more intermittent renewable energy sources like solar power into its grid.
The feasibility study evaluated various factors including fuel supply logistics, plant sizing, grid integration, and cost structures across different pricing scenarios. Although the initial capital investment for an LNG facility would be substantial, its operating costs are expected to be more stable compared to the unpredictable expenses associated with emergency imports during drought conditions. Thus, the economic rationale for LNG hinges on its ability to mitigate costs during periods of high demand or low supply.
Nonetheless, developing LNG infrastructure presents strategic challenges. Relying on imported gas exposes Montenegro to fluctuations in global LNG markets and geopolitical tensions, even with diversified supply routes. Additionally, environmental concerns surrounding gas projects must align with Montenegro’s climate commitments and broader EU transition goals.
The inclusion of LNG in energy policy discussions does not indicate a shift away from renewable energy investments. Instead, it highlights a pragmatic approach acknowledging that small energy systems require reliable capacity to support variable renewable generation. The critical issue remains whether necessary regulatory and financial reforms can be implemented swiftly enough to incorporate gas as a transitional resource without hindering investments in renewables and energy storage solutions.
