Montenegro’s state power utility EPCG has advanced construction of its 21 MW Gvozd 2 wind farm, with work nearing completion on the second of three turbine foundations as the company moves to add new renewable generation to its portfolio.
EPCG said the project, being developed with turbine manufacturer Nordex, is valued at almost €26 million and is expected to generate around 63 GWh of electricity annually once completed.
Gvozd 2 will expand the existing Gvozd wind complex on the Krnovo plateau.
After completion, the combined installation is expected to have 75.6 MW of capacity and annual output of more than 200 GWh, which EPCG says is equivalent to the consumption of about 35,000 households.
The Sept. 2 construction update is significant because it moves the project beyond development and contracting into visible execution at a time when Montenegro is seeking to accelerate investment in new domestic generation.
The second of three turbine foundations is nearing completion, EPCG said.
No revised commissioning date was disclosed in the latest update.
Gvozd 2 is one of several projects through which EPCG is attempting to reduce Montenegro’s dependence on hydrology and ageing thermal generation while strengthening the country’s ability to export electricity.
Wind and solar investment has accelerated across the country, but the pace at which permitted projects move into actual construction remains an important test of the renewable pipeline.
EPCG’s investment strategy includes wind, solar and hydro modernisation as well as grid-supporting projects.
The company has also been pursuing cooperation with international developers to expand the number of projects capable of reaching construction.
For Montenegro, an additional 63 GWh of annual wind generation is modest relative to the national power system but commercially useful because it adds output without fuel costs and diversifies production away from hydropower.
Hydroelectric generation remains central to Montenegro’s electricity balance but is vulnerable to rainfall and reservoir conditions.
During weak hydrological periods, lower hydro production can increase the need for imports or additional thermal generation.
Wind output carries its own variability, but a broader generation mix can reduce reliance on any single resource.
The Krnovo plateau is already established as a wind-generation area, lowering some of the development risk associated with building in a completely new location.
Expanding an existing renewable cluster can also allow greater use of established roads, grid infrastructure and operational experience.
The project nevertheless arrives as Montenegro’s power system faces a broader integration challenge.
Additional wind and solar capacity requires adequate transmission and distribution networks, stronger forecasting and increasing flexibility from storage, hydro and regional electricity trading.
Generation investment cannot be assessed independently of grid capacity.
Montenegro’s transmission operator CGES and distribution operator CEDIS are both undertaking investment programmes, while battery storage is becoming increasingly relevant to the national energy debate.
The economic case for new renewable plants will also depend increasingly on power-market conditions.
Southeast European electricity markets have seen more frequent periods of very low or negative prices during hours of strong renewable output.
That means renewable projects need to manage price exposure rather than relying solely on annual generation estimates.
For EPCG, the value of Gvozd 2 will therefore depend not only on its 63 GWh expected annual production but on when that electricity is generated, regional prices and the company’s wider portfolio position.
A diversified utility can manage some of that risk more effectively than a standalone renewable developer because it can combine wind with hydro, thermal assets, customer demand and cross-border trading.
The Gvozd expansion also forms part of Montenegro’s wider strategy to strengthen its position as a regional electricity exporter.
The country has interconnections with neighbouring systems and a subsea cable connecting Montenegro with Italy, giving additional generation potential access to markets beyond relatively small domestic demand.
Export economics will depend on regional spreads, congestion and availability of transmission capacity.
The project may also help EPCG reduce the carbon intensity of its portfolio as European climate policies place increasing pressure on coal-based generation.
Montenegro’s Pljevlja thermal power plant remains strategically important for security of supply, but its long-term role is constrained by emissions requirements and EU decarbonisation policy.
Additional renewable capacity gives EPCG more flexibility as Montenegro moves closer to EU membership and deeper integration with European electricity-market and carbon rules.
The €26 million Gvozd 2 investment is also part of a much larger capital requirement facing the state utility.
EPCG is pursuing multiple solar and wind developments, hydro refurbishment and other energy investments while also managing working-capital pressures, including substantial electricity receivables.
Project sequencing and financing discipline will therefore be increasingly important.
Renewable investment can strengthen the utility’s long-term generation base, but projects must be delivered within manageable capital and grid constraints.
The current construction milestone suggests Gvozd 2 is moving closer to becoming one of the projects that converts Montenegro’s large renewable pipeline into operating capacity.
That distinction is important.
The country has attracted numerous proposed solar and wind developments, but announcements, permits and memoranda do not themselves produce electricity.
Construction progress does.
Once Gvozd 2 is completed, the wider Gvozd complex will reach 75.6 MW, providing more than 200 GWh of expected annual output.
For EPCG, the project remains relatively small compared with the scale of future investment required.
But it provides a practical test of whether the utility can deliver a broader renewable expansion while integrating new generation into an increasingly volatile regional power market.
