The recent completion of a feasibility study by Elektroprivreda Crne Gore regarding an LNG-based power generation project has sparked renewed discussions about the long-term electricity security and flexibility of Montenegro’s energy system. The findings suggest that generating power from liquefied natural gas could be both technically and economically feasible, indicating a significant shift from the country’s traditional reliance on hydropower.
Montenegro’s electricity generation heavily relies on hydropower, which is vulnerable to fluctuations in water availability. During years with ample rainfall, the country benefits from surplus electricity generation and export opportunities. Conversely, in drier years, Montenegro faces increased dependence on electricity imports, which are subject to the volatility of regional pricing. This dependency poses challenges for the fiscal balance and exposes both consumers and industries to unpredictable price changes.
An LNG power facility would primarily function as a balancing asset rather than a primary energy source. The advantages of gas-fired generation include its ability to be dispatched on demand, rapid ramp-up capabilities, and consistent output, which are essential in supporting both hydropower and the anticipated rise in solar energy capacity. This flexibility is becoming increasingly important as Montenegro aims to incorporate more variable renewable energy sources 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 such a facility would be considerable, its operating costs are expected to be more stable compared to emergency power imports during periods of drought. Thus, the economic justification for this project hinges less on performance during average conditions and more on the potential savings during critical supply shortages.
Nevertheless, establishing LNG infrastructure presents strategic challenges. Relying on imported natural gas introduces vulnerabilities related to global LNG market fluctuations and geopolitical issues, despite efforts to diversify supply routes. Additionally, environmental concerns remain a contentious topic as gas projects must align with Montenegro’s climate objectives and commitments within the EU framework.
The inclusion of LNG in policy discussions does not indicate a shift away from renewable energy sources. Instead, it highlights a pragmatic understanding that effective energy transition strategies for smaller systems necessitate reliable capacity to support variable generation. A critical aspect of this discussion involves the timing of necessary regulatory, financial, and grid reforms to ensure that gas can serve as a transitional stabilizer while still promoting investments in renewables and energy storage solutions.
