Montenegro’s wind energy sector is evolving from its initial projects into a crucial element of the national electricity framework. The state utility, Elektroprivreda Crne Gore (EPCG), has begun direct involvement in wind energy generation, building on earlier initiatives at Krnovo and Možura. This shift indicates a broader pipeline of wind projects emerging throughout the country’s mountainous regions and coastal areas.
The geographical advantages of Montenegro, characterized by the convergence of Mediterranean and continental weather patterns along with its rugged terrain, create favorable wind conditions. The Krnovo plateau, located northeast of Nikšić, has highlighted the commercial viability of high-altitude sites, while Možura benefits from winds influenced by the Adriatic Sea and temperature variations between land and water.
Historically, wind energy constituted a minor segment within Montenegro’s electricity landscape, which has been predominantly reliant on hydropower sources such as the Perućica and Piva plants, along with the lignite-fired Pljevlja power station. This dependency on hydrology made the system vulnerable to fluctuations in water availability, leading to increased reliance on electricity imports during periods of low rainfall.
The introduction of wind energy is beginning to mitigate this vulnerability. Currently, Montenegro operates two large wind farms: Krnovo, with a capacity of 72 MW, and Možura at 46 MW. The recent addition of EPCG’s Gvozd project, which provides 54.6 MW, brings the total capacity of large-scale wind generation in the country to approximately 172.6 MW. The integration of Gvozd into EPCG’s portfolio marks a significant transition as the utility shifts from merely purchasing power from independent developers to generating its own wind energy.
In its initial three months post-launch in May 2026, Gvozd produced around 26 GWh of electricity, valued at approximately €2.43 million based on local market prices. This output helped reduce EPCG’s electricity deficit by about 8.5% during that timeframe, with annual production anticipated to reach around 150 GWh. This capability is particularly beneficial during dry summer months when hydropower generation is limited.
The next phase for EPCG includes plans for Gvozd II, an expansion project adding another 21 MW through a collaboration with turbine manufacturer Nordex under a contract valued at roughly €26 million. Once completed, the total capacity of the Gvozd complex will be about 75.6 MW, expected to generate over 210 GWh annually. Financing for these expansions has been secured from the European Bank for Reconstruction and Development (EBRD), indicating strong international support for Montenegro’s renewable energy initiatives.
Montenegro’s spatial planning documents have identified additional potential wind development areas including Bijela (94 MW), Korita (79 MW), and Brajići (100.8 MW). While these capacities are subject to further project development processes such as environmental assessments and permitting, they highlight significant future opportunities for expanding wind energy generation.
However, successful integration of wind power into Montenegro’s electricity system will require careful management of transmission capacity and forecasting accuracy as well as enhanced flexibility in operations. The existing hydropower infrastructure could provide essential balancing capabilities while connections to neighboring markets and interconnectors like the submarine link to Italy present opportunities for broader regional engagement.
As developers navigate these complexities, they must consider not only turbine capacity and expected output but also grid availability and market dynamics. Wind energy represents more than just an additional renewable source; it offers a pathway toward diversifying Montenegro’s overall electricity supply.
The development of wind projects also presents regional economic benefits. Many prime locations for wind farms are situated in remote areas that have faced demographic decline. Infrastructure improvements associated with these projects can enhance accessibility for agriculture and tourism while fostering local economic activity through civil works contracts.
While construction generates significant employment opportunities, operational phases typically require fewer workers. Long-term contributions to local economies may thus stem from skilled job creation, tax revenues, infrastructure investments, and ancillary commercial activities surrounding these developments.
Establishing benefit-sharing mechanisms will be crucial in gaining community support for future renewable investments. Local populations are more likely to endorse new projects if they perceive tangible economic advantages such as improved infrastructure or job opportunities.
Environmental considerations remain paramount as many suitable wind sites overlap with areas valued for biodiversity or cultural significance. Therefore, comprehensive environmental impact assessments will be necessary alongside community consultations as part of the project development process.
The upcoming phase in Montenegro’s wind sector will demand a more sophisticated approach than its predecessors. While earlier projects like Krnovo and Možura validated commercial viability, Gvozd illustrates how integrating wind generation into EPCG’s portfolio can enhance resilience against hydro variability.
Future projects must demonstrate that Montenegro can effectively scale up its wind capacity while addressing grid constraints and environmental impacts. If successful, wind energy could become a cornerstone of Montenegro’s transition away from coal dependency toward a diversified renewable energy landscape that includes hydropower and solar generation alongside enhanced transmission capabilities.
With approximately 172.6 MW already operational or planned within its portfolio and further developments underway, Montenegro is poised to transition from demonstrating wind feasibility to determining its integral role within the national energy economy.
