Elektroprivreda Crne Gore (EPCG), Montenegro’s state-owned electricity utility, is entering a new investment phase aimed at transforming the national energy landscape. This initiative includes a robust portfolio of renewable energy, storage, and modernization projects designed to decrease reliance on imports and enhance supply stability.
The current project portfolio of EPCG encompasses approximately 639 MW/MWp, backed by an investment of around €646 million, which is anticipated to generate about 1,024 GWh annually. These initiatives signify a strategic pivot from dependence on hydropower and coal towards a more varied and resilient energy generation mix.
When considering indirect and partnership-driven projects, the total capacity exceeds 4,600 MW/MWp, with projected annual output surpassing 8,100 GWh. Although not all projects are expected to commence concurrently, the extensive pipeline indicates a significant restructuring of Montenegro’s energy framework.
A key aspect of this strategy involves a comprehensive development across various technologies. The deployment of solar energy has accelerated through initiatives like “Solari 3000+” and “Solari 5000+”, resulting in nearly 9,800 installations and approximately 111.7 MWp of rooftop capacity since 2022. This transition empowers households, businesses, and public entities to become active energy producers, thereby alleviating pressure on centralized systems.
In addition to distributed solar efforts, EPCG is progressing with utility-scale solar plants, wind projects—including Gvozd I and II—battery storage solutions, and modernizing hydro facilities. The economic implications of these assets are already being evaluated. Solar initiatives alone are projected to yield around €37.3 million annually, followed by prosumer systems at €30.6 million, wind at €28.4 million, hydro at €16.9 million, and battery systems contributing approximately €11.6 million per year.
This diversification of revenue sources is crucial in a system that has historically faced challenges related to hydrological variability and coal dependency. The events of 2025 highlighted these vulnerabilities, particularly with the prolonged outage of the Pljevlja thermal plant and unfavorable hydrological conditions. The ongoing investment cycle seeks to mitigate these risks by introducing more flexibility, decentralization, and storage capabilities.
The anticipated new capacity also carries significant macroeconomic benefits. It is expected to lower CO₂ emissions by over 1.12 million tonnes annually, valued at approximately €93.5 million. This figure gains importance within the context of the EU’s carbon pricing mechanisms and CBAM regulations, positioning Montenegro as a cleaner energy producer with potential for increased competitiveness in European electricity markets.
The financial outlook for EPCG is similarly promising; new projects are projected to generate around €124.7 million in annual value, stemming from production efficiencies, trading opportunities, and reduced import costs. This evolution shifts EPCG’s earnings profile from one reliant on weather patterns to a more stable energy platform with predictable cash flows.
Recent developments indicate progress along this path, with approximately 143.7 MW/MWp of new capacity already operational, generating about 268 GWh annually and creating roughly €33.5 million in yearly value. Ongoing projects include solar initiatives, the Gvozd I wind farm, ecological enhancements at the Pljevlja plant, and modernization efforts for major hydropower facilities such as Perućica and Piva.
EPCG is also stabilizing legacy assets during this transition phase. An investment of around €20 million for relocating the Ćehotina river has ensured continued coal supply for Pljevlja, preventing potential supply shortages as renewables are scaled up. This approach highlights a dual strategy: maintaining reliable baseload power while advancing renewable energy sources.
The transformation of EPCG reflects its shift from a conventional vertically integrated utility toward an entity that integrates generation, distributed energy resources, storage solutions, and market engagement. This evolution aligns with Montenegro’s broader goals of integrating into the European electricity market and establishing itself as a regional energy hub.
The emerging structure marks a departure from previous models characterized by reliance on large assets; instead, it emphasizes decentralized production, a diversified technology mix, and integrated storage solutions, supported by enhanced interconnections and market integration.
This “new energy” paradigm signifies not merely an increase in capacity but represents a fundamental transition that enhances import resilience, improves system flexibility, and strengthens Montenegro’s overall energy balance. The cumulative impact is expected to lead toward greater energy autonomy, enhanced financial stability, and alignment with European decarbonization objectives.
