Montenegro’s solar pipeline is beginning to develop below the level of headline utility-scale projects, with the planned Gluhi Do solar plant near Bar receiving environmental consent for a project comprising 6,110 photovoltaic panels on Paštrovačka Gora.
The Municipality of Bar has approved the project’s environmental impact assessment submitted by DD Solar Gradnja, allowing the development to move through another stage of the permitting process. The site covers approximately 73,426 square metres, although the panels themselves will occupy around 18,979 square metres.
Project documentation cited for Gluhi Do gives installed photovoltaic-module capacity of approximately 5.485 MWp DC, with 235 supporting structures, each carrying 26 modules. Documentation also refers to a project power figure of around 3.4 MW, indicating that this is a relatively small grid-connected facility compared with the large solar developments being promoted elsewhere in Montenegro.
Its location may be as important as its size.
The site lies on Paštrovačka Gora, near the Podgorica–Petrovac road and only a few kilometres from the Sozina tunnel area. A 35 kV Virpazar–Buljarica–Podgor overhead line crosses the location and is identified as the intended connection point. Road access is available from the E80 Podgorica–Petrovac corridor.
That combination illustrates what the next stage of Montenegro’s solar market may increasingly look like: projects selected not simply because very large land areas are available, but because generation can be placed relatively close to existing medium-voltage infrastructure.
For developers, grid access is rapidly becoming as important as irradiation.
A solar project with excellent resource conditions but expensive or delayed network access can be less attractive than a smaller facility positioned beside an existing line with a manageable connection solution. As Montenegro’s renewable pipeline expands, that distinction will become increasingly important.
Gluhi Do also demonstrates why smaller projects should not be dismissed in favour of only the country’s largest announced solar schemes.
A power system does not need every new renewable installation to be hundreds of megawatts. A portfolio of plants in the single- and double-digit megawatt range can distribute generation geographically, allow local developers to participate and create investment opportunities that do not require the capital structure of a major utility-scale development.
Smaller projects can also progress differently through permitting and financing. Their capital requirement is lower and construction is simpler, although their economics can be more sensitive to connection costs, land arrangements and financing terms.
Environmental consent is nevertheless only one milestone.
The approval confirms that the environmental assessment has been accepted subject to the mitigation, monitoring and operational measures established in the documentation. It does not by itself demonstrate that financing is closed, grid connection is secured in final form or construction has begun. No final capital expenditure or commissioning timetable has been publicly established in the material reviewed.
Those later stages will determine whether Gluhi Do becomes operating capacity rather than another permitted project in Montenegro’s increasingly large renewable pipeline.
The 35 kV connection is particularly important. As solar penetration increases, developers will have to move beyond the simple question of whether a line physically exists near a project. Connection studies must determine available network capacity, voltage behaviour, protection requirements, reverse power flows and the ability of the system to accommodate simultaneous generation from multiple plants.
That will gradually change the competitive structure of the solar market.
The best projects will not necessarily be those with the largest sites or highest theoretical generation. They will increasingly be those combining viable land, environmental approval, strong solar resource, credible financing and technically realistic grid access.
Gluhi Do fits that broader transition.
Montenegro’s first phase of solar development was dominated by large announcements and ambitions to create major generation zones. The second phase is likely to be more granular: individual projects navigating environmental approval, connection studies, land rights, construction procurement and financing one by one.
That is how an announced renewable pipeline becomes an operating electricity system.
Gluhi Do is small enough that it will not transform Montenegro’s generation balance on its own. But precisely for that reason it may be representative of a more mature market — one in which renewable investment is no longer defined only by spectacular capacity announcements but by a growing number of projects progressing through the practical stages required to reach the grid.
