Elektroprivreda Crne Gore
Corporate brand
UnclaimedMontenegro's integrated electricity-generation, distribution and supply company.
Last updated August 26, 2026
AI crawler reads
No AI crawler has read this profile yet.
Overview
Elektroprivreda Crne Gore AD, commonly known as EPCG, is Montenegro's principal integrated electricity company. Headquartered in Nikšić, it operates across power generation, electricity distribution and electricity supply, serving the domestic Montenegrin market. The company is majority-owned by the Government of Montenegro, while the remaining shares are publicly traded on the Montenegro Stock Exchange. EPCG's operating base is centered on a mixed generation portfolio. Its principal hydroelectric assets are the Perućica and Piva power plants, supported by several smaller hydroelectric stations. Perućica has an installed capacity of approximately 307 MW, while Piva has approximately 342 MW. The company also operates the Pljevlja thermal power plant, a lignite-fired facility with a capacity of approximately 210 MW. The thermal plant uses coal from the nearby Pljevlja Coal Mine and has undergone modernization and revitalization work intended to maintain reliability and improve operating performance. The company's institutional and technical roots extend back to the electrification of Montenegro in the early twentieth century. The first recorded public power station began operating in Cetinje on 19 August 1910 for the coronation of Nikola I Petrović. That small diesel installation initially had 110 kW of capacity and supplied electricity to royal and civic buildings as well as parts of the town. It remained in service for decades, and the date of its commissioning is commemorated by EPCG as the company's day. Electricity supply gradually expanded to other Montenegrin towns during the following decades. Hydropower became the foundation of Montenegro's larger electricity system. Small hydroelectric stations were developed from the 1930s onward, followed by the first phase of the Perućica hydroelectric plant in 1960. The Piva project and the Mratinje Dam represented a further expansion of large-scale generation and helped establish hydropower as a central element of EPCG's portfolio. The company subsequently developed and maintained a broad distribution network, including lines, substations and other facilities connecting populated areas across Montenegro. EPCG's role changed in March 2009 when the electricity-transmission function was separated from the company and transferred to the independent transmission-system operator Crnogorski Elektroprenosni Sistem. EPCG continued to focus on generation, distribution and supply rather than operating the national transmission system. In the 2020s, EPCG has pursued diversification beyond its traditional hydro and coal assets. In June 2023 it obtained financing of €82 million for the 54.6 MW Gvozd wind farm. The company has also been associated with plans for a 100 MW solar plant and a proposed floating solar installation on Slano artificial salt lake. These projects reflect an effort to expand renewable capacity while managing the operational and environmental challenges associated with an aging thermal fleet and dependence on hydrological conditions. EPCG remains a strategically important state-linked utility in Montenegro. Its generation assets are significant relative to the size of the national electricity system, and its public ownership gives it a central role in national energy policy. At the same time, its stock-market listing, exposure to electricity-market conditions and continuing investment requirements connect it to broader commercial and regulatory pressures.
History
Montenegro's organized electricity history begins with the commissioning of a small power station in Cetinje on 19 August 1910. Installed for the celebrations surrounding the coronation of Nikola I Petrović, the station used two diesel engines with an initial combined capacity of 110 kW. It supplied the royal palace, the Zetski dom cultural building, the main street and selected homes. The station's capacity later increased to 220 kW. Its building and equipment were preserved as a cultural monument, and the facility was later associated with plans for an EPCG museum. EPCG commemorates 19 August as its company day. Electrification then spread beyond Cetinje. Power stations and local electricity services were established in Bar in 1913, Kotor in 1916, Herceg Novi in 1925, Podgorica and Nikšić in 1927, Risan in 1928, Kolašin in 1929, Ulcinj in 1930 and additional towns during the 1930s. This expansion created the local generation and distribution base from which Montenegro's national electricity system developed. A second phase focused on smaller hydroelectric stations. The Podgor station near Cetinje entered service in 1937 with a capacity of approximately 250 kW. Other small plants followed, including Mušović Rijeka, the Zeta Waterfall station, Rijeka Crnojevića and Glava Zete. Later additions included small facilities at Lijeva Rijeka and Šavnik. Together, these plants formed a distributed hydroelectric network and helped extend electricity access across the country's varied terrain. The development of large hydropower began with Perućica. The first phase of the plant was commissioned in 1960, followed by additional phases that increased Montenegro's generating capability and at times enabled electricity surpluses. The Piva project added another major source of hydroelectric output. Its associated Mratinje Dam, completed in 1976, is a major piece of Montenegro's power infrastructure and is notable for its height. Coal-fired generation was added with the commissioning of the Pljevlja power station in 1982. Designed as the first unit of a larger development plan that was not completed in full, the plant was built to use lignite from the nearby Pljevlja Coal Mine. Its generator was originally described at approximately 225 MW, while later descriptions of the facility commonly give a capacity of about 210 MW. Over time, EPCG undertook revitalization and maintenance programs intended to preserve availability and improve boiler and plant performance. Alongside generation, EPCG developed a national distribution network comprising lines, substations and related infrastructure. The transmission function was separated from EPCG in March 2009, when Crnogorski Elektroprenosni Sistem was established as a distinct transmission-system operator. EPCG thereafter retained its core activities in generation, distribution and supply. More recently, the company has sought to broaden its generation mix. In June 2023 it secured €82 million in financing for the 54.6 MW Gvozd wind farm. EPCG has also pursued solar development, including a 100 MW solar plant under construction and a proposed floating solar plant on Slano artificial salt lake. These investments indicate a strategic move toward additional renewable capacity while the company continues to operate large hydroelectric plants and the Pljevlja thermal facility.
- 2023
Financing secured for Gvozd wind farm
[1]EPCG obtained €82 million in financing for the 54.6 MW Gvozd wind project.
- 2009
Transmission activities separated
[1]EPCG's transmission-system activities were separated into the independent operator Crnogorski Elektroprenosni Sistem.
- 1982
Pljevlja Thermal Power Plant commissioned
[1]The Pljevlja coal-fired plant entered service, using lignite from the nearby mine and adding thermal generation to EPCG's hydro-led portfolio.
- 1976
Mratinje Dam completed
[1]Completion of the Mratinje Dam supported the Piva hydroelectric project and expanded Montenegro's large-scale hydropower infrastructure.
- 1960
First phase of Perućica commissioned
[1]The first phase of the large Perućica hydroelectric project entered service and became a foundation of Montenegro's generation system.
- 1937
Podgor hydroelectric station commissioned
[1]The Podgor station near Cetinje became an early small hydroelectric installation in the developing Montenegrin power network.
- 1910
First recorded Montenegrin public power station begins operation
[1]A 110 kW diesel power station entered service in Cetinje on 19 August, supplying royal, civic and nearby residential premises.
Products and positioning
State-linked integrated electric utility focused on domestic generation, distribution and supply, with a portfolio led by hydropower and supplemented by coal-fired generation and developing wind and solar projects.
Hydroelectric generation · 1960
Perućica Hydroelectric Power Plant
Perućica is one of EPCG's two principal large hydroelectric plants. Its installed capacity is approximately 307 MW. The project was commissioned in stages, beginning with its first phase in 1960, and became an important source of Montenegro's domestic electricity production and historical electricity surpluses.
Hydroelectric generation
Piva Hydroelectric Power Plant
The Piva plant is a major hydroelectric facility associated with the Mratinje Dam. With a capacity of approximately 342 MW, it is one of EPCG's largest generating assets and a central component of Montenegro's hydroelectric system.
Coal-fired thermal generation · 1982
Pljevlja Thermal Power Plant
Pljevlja is EPCG's coal-fired thermal power station. Commissioned in 1982, it uses lignite from the nearby Pljevlja Coal Mine. The plant has an output commonly described at approximately 210 MW and has undergone revitalization and maintenance work to support reliability and efficiency.
Hydroelectric generation · 1937
Small hydroelectric power plants
EPCG owns a group of smaller hydroelectric stations, including Podgor, Mušović Rijeka, Zeta Waterfall, Rijeka Crnojevića, Glava Zete, Lijeva Rijeka and Šavnik. The small plants collectively provide distributed renewable generation across Montenegro.
Wind generation project
Gvozd Wind Farm
Gvozd is a planned 54.6 MW wind farm developed as part of EPCG's diversification into non-hydro renewable generation. In 2023, the company obtained €82 million in financing for the project.
Solar generation
Solar generation projects
EPCG has pursued solar expansion, including a 100 MW solar plant reported as under construction and a proposed floating solar installation on Slano artificial salt lake. The projects are intended to complement the company's hydroelectric, thermal and wind assets.
Utility services
Electricity distribution and supply
EPCG supplies electricity to the Montenegrin market and operates distribution activities and associated infrastructure. Its network includes distribution lines, substations and other facilities serving populated areas throughout Montenegro. Electricity transmission was separated from EPCG in 2009.
Brand decisions
2023
Finance the Gvozd wind farmStrategyBackground
EPCG sought to add wind generation to a portfolio historically dominated by hydropower and supported by coal-fired generation.
Action taken
The company obtained €82 million in financing for construction of the 54.6 MW Gvozd wind farm.
Aftermath
Gvozd became a major renewable-development project within EPCG's effort to diversify its generation mix.
Financing obtained. €82 million (June 2023)
2009
Separate electricity transmission from EPCGStrategyBackground
Montenegro reorganized its electricity-sector structure by separating transmission operations from the integrated utility.
Action taken
The transmission system was transferred into the separate company Crnogorski Elektroprenosni Sistem, leaving EPCG focused on generation, distribution and supply.
Aftermath
EPCG continued as the principal generation, distribution and supply company, while transmission was handled by a distinct system operator.
- Expand into utility-scale solar generationProduct launch
Background
EPCG is developing additional renewable capacity to complement its hydroelectric and thermal generation assets.
Action taken
The company advanced a 100 MW solar plant and planned a floating solar project on Slano artificial salt lake.
Aftermath
The projects remain part of EPCG's renewable-generation pipeline; the available reference does not establish final commissioning dates.
Sources1 sources
Cite this profile: Cite the canonical profile. /brand-wiki/elektroprivreda-crne-gore · Editorial policy · How profiles are compiled