Wind Europe MNE is pursuing environmental approval for a 92.4 MW wind farm located in Njegovuđa, within the municipality of Žabljak. This project represents a significant addition to Montenegro’s growing renewable energy sector.
The proposed wind farm will consist of 14 turbines, each rated at 6.6 MW, strategically positioned along mountain ridges to optimize wind capture and minimize aerodynamic interference. The turbines are expected to reach heights of approximately 200 metres, marking a notable development in the northern Montenegro landscape.
Documentation has been submitted to the Environmental Protection Agency to determine whether a comprehensive environmental-impact assessment is necessary. This step is part of the early development phase and does not constitute a construction permit. Specific details regarding investment decisions, financing arrangements, grid connections, construction budgets, or operational timelines have not yet been revealed.
The regulatory process is crucial due to the project’s scale, which includes large turbines, new access roads, and a high-voltage connection in an area known for its tourism and agriculture, as well as sensitive ecological habitats. While the region’s wind resources may enable competitive electricity generation costs, challenges related to terrain and environmental considerations could significantly elevate the capital required for construction.
The preliminary plans indicate that Siemens Gamesa SG 6.6-170 turbines will be utilized, featuring a rotor diameter of approximately 170 metres. The project will also incorporate an internal cable network, turbine foundations, assembly platforms, a substation, and an 110 kV transmission line linking the facility to Montenegro’s power grid.
This turbine class is notably larger than those used in Montenegro’s existing wind farms. Employing fewer but higher-capacity turbines can decrease the number of foundations and electrical connections needed for equivalent project capacity while concentrating logistical requirements around these large components.
The logistics of delivering turbine blades, which are roughly 80 metres long, will necessitate a comprehensive study addressing transportation routes including ports and national roads. Access roads are planned to be approximately four to six metres wide, with additional widening at challenging turns and turbine locations.
Construction in mountainous conditions presents additional risks; foundations and access routes must be engineered to withstand freeze-thaw cycles and unstable ground conditions. The operational lifespan of the wind farm is projected at 25 to 30 years, after which options include repowering with newer technology or dismantling the site.
Currently, Montenegro has two operational wind farms—Krnovo and Možura—with a total capacity of about 118 MW. The Njegovuđa project alone would nearly match this existing capacity. Future developments such as EPCG’s 54.6 MW Gvozd wind farm, which is transitioning to full commercial service, along with other planned projects like the 118.8 MW Bijela wind farm, could further enhance the national renewable energy pipeline.
If Njegovuđa achieves a capacity factor between 30% and 35%, it could produce around 243–283 GWh annually. However, actual output will depend on various factors including long-term wind measurements and operational constraints.
The project aims to contribute positively to Montenegro’s energy independence by reducing reliance on imports during low hydropower production periods. Wind energy can complement solar energy generation since it operates independently of daylight hours.
The environmental review process is expected to be pivotal in determining whether the project proceeds. Initial documentation highlights potential temporary impacts from construction activities as well as permanent alterations to local landscapes and ecosystems.
Key environmental concerns include impacts on local wildlife such as birds and bats. Mitigation strategies may involve monitoring flight patterns and implementing restrictions based on findings related to species activity.
The project’s location in Žabljak is particularly sensitive due to its dependence on tourism and environmental quality. Although Njegovuđa is situated outside urban areas, its proximity to protected landscapes necessitates thorough assessments during planning stages.
A full environmental-impact assessment could extend development timelines but may enhance the project’s financing prospects by satisfying international lender requirements for biodiversity assessments and community engagement.
Wind Europe MNE was established in Montenegro in May 2013, with ownership held by UK-registered Wind Europe Limited. Given its limited operational history, securing external financing will be essential for this large-scale project.
The total investment value remains undisclosed; however, similar projects suggest costs could exceed €100 million when accounting for all necessary components such as turbines, infrastructure, engineering, and financing expenses.
A successful financing strategy will require more than just environmental clearance; it must also secure land rights across all necessary sites for turbines and access routes while obtaining planning permissions and establishing reliable market pathways for electricity sales.
The proposed new 110 kV substation will play a crucial role in integrating this project into the regional power grid. Northern Montenegro’s abundant renewable resources must align with local demand capabilities to ensure effective electricity distribution.
The construction phase will create demand for various services including civil engineering and transport while requiring ongoing maintenance personnel once operational. The economic benefits for Žabljak will hinge on tax revenues from the project alongside local procurement opportunities.
The developer must engage with local stakeholders regarding potential impacts such as noise from operations or increased traffic during construction phases. While claims suggest adequate distance from populated areas should mitigate noise issues, these assertions should be validated through specific modeling efforts.
The immediate focus remains on obtaining results from environmental assessments rather than commencing construction activities. While Njegovuđa holds potential to significantly enhance Montenegro’s wind energy capacity, it currently stands at an early stage with no disclosed capital expenditure or confirmed timelines for implementation.
