Montenegro is adopting a cautious yet strategic approach to solar energy development, distinguishing itself from the rapid expansion trends observed in much of South-East Europe. While neighboring countries have often experienced swift project rollouts followed by challenges related to financing and market saturation, Montenegro is focusing on a select number of projects that emphasize financial stability and institutional support.
By the first quarter of 2026, Montenegro’s solar sector is expected to remain relatively modest in size, but the framework being established 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-owned utility Elektroprivreda Crne Gore (EPCG) playing a pivotal role in this transformation.
The flagship project defining this new direction is Briska Gora, a planned solar installation with an output capacity of approximately 250 MW located near Ulcinj. After facing delays and restructuring, it is now positioned as a cornerstone of Montenegro’s renewable energy strategy. The estimated capital expenditure for Briska Gora ranges from €180 million to €220 million, making it one of the largest solar investments in the Western Balkans. With an anticipated annual output of 400–450 GWh, it could generate between €35 million and €45 million in revenue based on current wholesale electricity prices.
Briska Gora’s significance lies not only in its scale but also in its structured development approach. EPCG is spearheading the project while actively seeking strategic partners, including interest from investors like Masdar. This collaboration aims to align with financing frameworks supported by European development institutions, thereby avoiding the fragmented ownership and weak contract structures that have hindered other regional projects.
EPCG’s role extends beyond mere project development; it serves as a central counterparty for offtake and system balancing. This dual function simplifies financing arrangements but also concentrates execution risks within the utility’s operations. In addition to Briska Gora, EPCG is advancing a wider solar portfolio that includes projects on former industrial sites and distributed solar initiatives targeting households and small businesses. The company has secured a €40 million financing facility for its renewable expansion efforts and anticipates further backing from the European Bank for Reconstruction and Development (EBRD) and the European Investment Bank (EIB).
The financing landscape for Montenegro’s solar initiatives is increasingly shaped by development banks rather than traditional commercial lenders. Institutions like the EBRD and EIB are expected to anchor debt packages for large-scale projects, offering long tenors—typically between 12 and 18 years—and lower financing costs aligned with EU decarbonization goals. Commercial banks such as Erste Group, NLB, and UniCredit may participate alongside these institutions but will do so under stricter criteria regarding governance and system integration.
The capital structure for Briska Gora is projected to consist of approximately 60% to 70% debt, translating to around €110 million to €140 million, complemented by €60 million to €80 million in equity. With EPCG as the project sponsor, lenders are likely to perceive the initiative as quasi-sovereign, thereby reducing counterparty risk.
The structure of power purchase agreements (PPAs) in Montenegro remains state-centric, with EPCG acting as the principal buyer or balancing entity. However, these agreements are evolving beyond fixed-price subsidies to include mechanisms such as price floors linked to market conditions, indexation to regional electricity prices, and provisions for export opportunities. This hybrid model reflects Montenegro’s integration within a larger regional market where domestic demand alone—estimated at around 3.5–4 TWh annually—is insufficient to absorb large-scale solar output.
The existing hydroelectric capacity in Montenegro provides an operational advantage, allowing for flexible generation management without immediate reliance on large-scale battery storage solutions. Key hydro plants such as Perućica (~307 MW) and Piva (~342 MW) enable effective balancing of solar generation. Nonetheless, initial designs for new developments are considering battery systems ranging from 20–50 MWh, with potential expansions beyond 100 MWh.
The growth trajectory for Montenegro’s solar sector appears poised for gradual expansion. Under a base scenario, installed capacity could reach between 400 MW and 600 MW by 2030, supported by total investments ranging from €300 million to €500 million. In an optimistic scenario featuring stronger regional integration and successful flagship project execution, growth could accelerate significantly.
This measured approach contrasts sharply with the rapid deployment seen elsewhere in South-East Europe. Montenegro’s strategy prioritizes structured development over speed, emphasizing identifiable sponsors, defined capital structures, bank-backed financing, and clear offtake arrangements. While this may limit immediate scale, it enhances the likelihood of successful project execution in a region where many renewable initiatives struggle to progress beyond planning stages.
