Montenegro is advancing its solar power initiatives with a cautious approach, in contrast to the rapid expansions seen across South-East Europe. The country is prioritizing a limited number of projects that feature robust financial structures and strong institutional support, rather than pursuing aggressive capacity increases.
By the first quarter of 2026, Montenegro’s solar sector is expected to remain relatively small, yet the emerging framework marks a significant shift from previous renewable energy cycles. The focus has transitioned from merely announcing capacity to ensuring bankability, offtake certainty, and capital discipline, with the state utility Elektroprivreda Crne Gore (EPCG) playing a pivotal role in project execution.
The flagship project exemplifying this strategy is Briska Gora, a planned ~250 MW solar facility near Ulcinj. After facing delays and restructuring, it is now central to Montenegro’s renewable energy strategy and represents one of the largest solar investments in the Western Balkans.
With an estimated CAPEX of €180–220 million, Briska Gora is projected to produce around 400–450 GWh annually, potentially generating €35–45 million in annual revenue, based on current regional electricity prices that range between €90–120/MWh.
The project’s unique structure is noteworthy; EPCG leads its development while seeking strategic partnerships, including interest from investors like Masdar. This aligns with financing frameworks supported by European development institutions, aiming to avoid fragmented ownership and weak contract structures that have hindered other regional projects.
EPCG is not only developing Briska Gora but is also positioned as a central counterparty for offtake and system balancing, which simplifies financing but concentrates execution risk. The company is also advancing additional solar projects on former industrial sites and implementing distributed solar schemes for households and small businesses. A €40 million financing facility has been secured for renewable expansion, with further support anticipated from the European Bank for Reconstruction and Development (EBRD) and the European Investment Bank (EIB).
This method reflects a deliberate strategy to build solar capacity through a single institutional platform rather than relying on multiple independent developers. This coordination allows for better integration with existing hydro and wind resources.
The financing landscape for solar projects in Montenegro is largely influenced by development banks rather than commercial lenders. The EBRD and EIB are expected to anchor debt packages for large-scale initiatives, offering long tenors of about 12 to 18 years, along with lower financing costs that align with EU decarbonization goals.
Commercial banks such as Erste Group, NLB, and UniCredit may participate in financing but will only do so if projects meet stringent criteria regarding offtake agreements, governance, and system integration.
The capital structure for Briska Gora comprises approximately 60–70% debt, translating to about €110–140 million, alongside €60–80 million in equity. The involvement of EPCG as a sponsor effectively lowers counterparty risk, allowing lenders to view the project as quasi-sovereign.
The current market does not yet have a robust corporate PPA segment; instead, offtake arrangements are expected to remain state-linked, with EPCG acting as the primary buyer or balancing entity. However, these agreements are evolving to include price floors combined with market-linked components, indexation to regional electricity prices, and provisions reflecting export opportunities.
This hybrid model acknowledges Montenegro’s integration into a larger regional market where domestic demand of approximately 3.5–4 TWh annually does not suffice to absorb substantial solar output. As such, projects will rely on cross-border flows and regional pricing signals toward Italy and neighboring Balkan markets.
The existing hydro capacity in Montenegro offers an advantage over many other countries by providing dispatchable flexibility through plants like Perućica (~307 MW) and Piva (~342 MW). This allows for effective balancing of solar generation without immediate reliance on large-scale battery systems.
Nonetheless, initial battery storage systems within the range of 20–50 MWh are being considered for new developments, with plans for expansion beyond 100 MWh as solar capacity increases.
The long-term vision likely involves a combination of solar generation, hydro balancing, and battery storage systems. This tri-layer approach aims to optimize both domestic consumption and export capabilities while minimizing curtailment risks.
The scale of Montenegro’s solar ambitions is limited by its power system size. A single project like Briska Gora represents a significant portion of national demand, making system integration critical. Key risks include potential curtailment during peak solar hours, reliance on export capacity, and exposure to regional price fluctuations.
The anticipated trajectory for Montenegro’s solar sector suggests measured growth. Under base projections, installed capacity could reach between 400–600 MW by 2030, supported by total investments ranging from €300–500 million.
A favorable scenario involving stronger regional integration and successful execution of key projects could spur further growth, especially if hybrid solar-storage models prove effective. Conversely, delays in financing or grid enhancements could impede progress.
The distinctive nature of Montenegro’s solar strategy contrasts sharply with the rapid growth seen in other parts of South-East Europe. While it may be slower and more centralized—relying heavily on institutional capital—it also boasts tighter structural integrity.
This structured approach entails identifiable sponsors, defined capital frameworks, bank-backed financing arrangements, and clearly articulated offtake contracts. Although this may limit scalability, it enhances the likelihood of successful project execution in a region where many renewable initiatives struggle due to planning-related challenges.
