Wind Europe MNE has submitted documentation to Montenegro’s Environmental Protection Agency for a proposed 92.4 MW wind farm at Njegovuđa in Žabljak municipality, advancing the project into the environmental permitting process. The development is planned with 14 Siemens Gamesa SG 6.6-170 turbines, each rated at 6.6 MW and featuring rotors of approximately 170 metres in diameter. The turbines could reach around 200 metres in height and would be positioned along mountain ridges.
The company is seeking a decision on whether a full environmental-impact assessment is required. The application represents an early development stage and does not constitute a construction permit. No final investment decision, financing package, binding grid-connection agreement, construction budget or commercial-operation date has been disclosed.
Fourteen turbines and a new 110 kV connection
The project would include turbine foundations and assembly platforms, an internal cable network, a project substation and a new 110 kV transmission line connecting the facility to Montenegro’s electricity system. Access roads are expected to be approximately four to six metres wide, with additional widening required at difficult turns and turbine locations. The SG 6.6-170 turbines would be considerably larger than machines used at Montenegro’s first wind farms. Their approximately 170-metre rotor diameter means individual blades could be about 80 metres long, requiring detailed transport planning covering ports, national roads, local junctions, bridges, slopes and turning areas.
Mountain conditions will also affect construction and subsequent operation. Roads and foundations will have to account for freeze-thaw cycles, snow, drainage and potentially unstable ground. Construction seasons may be shorter than at coastal or lowland locations, while heavy snowfall could affect access for maintenance. The wind farm is planned to operate through a SCADA system monitoring generation, weather, equipment condition and faults. Its expected operating life is 25 to 30 years, after which the site could either be repowered with newer turbines or dismantled.
Njegovuđa would significantly expand Montenegro’s wind portfolio
Montenegro’s operating wind farms at Krnovo and Možura have combined capacity of approximately 118 MW. A 92.4 MW Njegovuđa project would therefore add capacity equivalent to almost four-fifths of the existing operating wind base. The comparison will change as EPCG’s 54.6 MW Gvozd wind farm, currently in trial operation, enters full commercial service. A further 21 MW Gvozd extension is also being developed.
Other projects in the pipeline include the planned 118.8 MW Bijela wind farm, together with substantially larger schemes being studied around Sinjajevina and the coastal region. If Njegovuđa ultimately achieves a capacity factor of between 30% and 35%, its annual generation could be approximately 243–283 GWh. Those figures remain indicative, as actual production will depend on long-term wind measurements, turbine availability, wake losses, icing, curtailment and transmission constraints.
Additional wind generation could reduce Montenegro’s reliance on electricity imports during periods of weak hydrological production and allow EPCG to conserve reservoir water for higher-value periods. Wind could also complement solar generation because it is not limited to daylight hours and may produce more strongly during winter, when electricity consumption increases and photovoltaic production declines. The plant’s 92.4 MW rated capacity cannot, however, be treated as equivalent to dispatchable hydropower, thermal generation or storage. Its contribution to system security will depend on forecasting, geographical diversification, flexible generation and cross-border balancing.
Montenegro’s hydropower reservoirs could provide flexibility when wind output falls and conserve water during periods of stronger wind production. Batteries and proposed pumped-storage projects could provide additional integration capacity, although both would require further investment and appropriate market arrangements.
Environmental assessment will address birds, bats and landscape impacts
The environmental documentation identifies temporary effects associated with construction traffic, machinery, earthworks, concrete foundations and noise. Permanent changes are also expected from turbine platforms, roads and electrical infrastructure.
Key environmental issues include birds, bats, habitat fragmentation and mountain landscapes. The large rotor blades create potential collision risks for resident and migratory birds. The developer has proposed monitoring bird movements before and during operation, with additional mitigation measures based on the results. Depending on the species identified, possible measures could include turbine relocation, seasonal operating restrictions, automated shutdowns or curtailment during periods of elevated risk.
Bat activity will also require monitoring according to season, weather and time of night. Curtailing turbines during low-wind periods when bat activity is high can reduce mortality, although it also reduces electricity generation. Road construction and turbine platforms could have a wider ecological footprint than the foundations themselves by removing vegetation, changing drainage and increasing human access to less-disturbed areas. Construction machinery and noise could also affect mammals and habitat corridors.
The location in Žabljak municipality is expected to receive scrutiny because the local economy depends heavily on mountain tourism and environmental quality. Njegovuđa lies outside the main urban centre, while the precise relationship between the planned turbine locations and protected areas will need to be established through formal studies. The project should not be assumed to be located inside Durmitor National Park, although its proximity to nationally and internationally recognised landscapes increases the evidence required during assessment. Turbines approaching 200 metres in height could be visible over considerable distances, particularly on exposed ridges, making photomontages from settlements, roads, tourist viewpoints and protected landscapes an important part of planning documentation.
A full environmental-impact assessment would lengthen the development process but could also provide documentation required by international lenders on biodiversity, community consultation, land access and cumulative impacts.
Financing remains to be arranged
Wind Europe MNE was incorporated in Montenegro in May 2013 and is wholly owned by UK-registered Wind Europe Limited. The Montenegrin project company has maintained a limited operating footprint and would require external equity, debt and technical partners for a wind farm of this scale. The project’s investment value has not been disclosed. Comparable onshore wind projects indicate that total capital expenditure could exceed €100 million once turbines, roads, substations, grid connection, engineering, development expenses and financing are included. Mountain logistics and network requirements could increase that amount.
Before financing can be secured, the developer will need land rights covering turbine locations, access roads and the transmission corridor, multi-year wind measurements, planning and construction permits, a binding grid connection, turbine and construction contractors, and a defined route to market. Wind Europe MNE has not stated whether electricity would be sold through merchant-market exposure, a corporate power-purchase agreement, an auction-backed support mechanism or a combination of contracted and market revenues.
Merchant exposure could provide access to higher prices during periods of regional scarcity but offers less predictable debt capacity. Wind projects can also produce simultaneously during strong-wind periods, potentially putting downward pressure on prices. A long-term PPA would improve cash-flow visibility while potentially transferring some price upside to the buyer.
Montenegro’s interconnections with Serbia, Bosnia and Herzegovina, Albania and Kosovo, together with its subsea connection to Italy, provide potential export routes. Actual access will depend on available transmission capacity, congestion and cross-border allocation costs, meaning the project cannot assume that every megawatt produced at Njegovuđa will receive Italian or broader European market prices.
Grid infrastructure could determine the development schedule
The planned 110 kV substation and transmission line form a central part of the project. Northern Montenegro has strong renewable resources but relatively limited local electricity demand, while several wind and solar projects are being proposed in the same wider area. This creates a potential mismatch between generation development and the transmission infrastructure needed to transport electricity. A grid study will have to assess nearby substations and lines, voltage control, fault levels, system stability and the interaction with other projects in the connection queue.
If network reinforcement is required, how those costs are allocated between Wind Europe MNE and the transmission operator could materially affect the project’s economics. The transmission corridor will also create separate land and environmental considerations because overhead lines cover a larger area than the turbine site and can affect settlements, forests, bird movements and privately owned land. The project’s turbines and grid connection will therefore need to progress as a coordinated development. A completed wind farm without an energised transmission line would incur interest and operating costs without generating commercial revenue.
Local economic effects will depend on project arrangements
Construction would create demand for civil engineering, transport, accommodation, concrete, electrical works and site services. Once operational, staffing requirements would be smaller and would mainly involve technical maintenance, security, road maintenance and environmental monitoring. For Žabljak, the longer-term economic effects would depend on property taxes, land payments, local procurement and any community-benefit mechanism.
The project would generate national value through electricity production and emissions reductions, while the host municipality would experience the most visible effects from the landscape changes and construction activity. Potential benefit-sharing measures include annual municipal payments, road improvements that serve both the project and the public, local contracting and support for tourism, agriculture or environmental programmes.
Wind Europe MNE will also need to consult landowners and residents on issues including noise, shadow flicker, road access, grazing and construction traffic. Project documentation states that settlements are sufficiently distant to avoid material operational noise, although this will require confirmation through site-specific modelling. The immediate milestone for Njegovuđa is the outcome of environmental screening and preparation of subsequent studies. The proposed 92.4 MW capacity would substantially increase Montenegro’s wind generation base, but the project remains at an early stage with no disclosed capital expenditure, financing, grid-connection agreement or delivery date.
