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| Koman Hydroelectric Power Station | |
|---|---|
| Name | Koman Hydroelectric Power Station |
| Country | Albania |
| Location | Koman, Malësi e Madhe Municipality, Shkodër County |
| Status | Operational |
| Opening | 1985 |
| Owner | Albanian Power Corporation |
| Dam type | Concrete gravity |
| Plant capacity | 600 MW (installed) |
| Plant commission | 1985–1990 |
Koman Hydroelectric Power Station is a major hydroelectric facility on the Drin River in northern Albania. Situated near the village of Koman and the town of Fierzë, it forms one of several cascaded installations on the Drin that supply large portions of Albania’s electricity. The station and its reservoir are integral to regional transport, energy security, and transboundary water management in the western Balkans.
The plant is located in the Koman Gorge, a narrow valley carved by the Drin River between the Accursed Mountains (Bjeshkët e Nemuna) and the Prokletije range, within Shkodër County. Nearby settlements include Koman, Albania, Fierzë, and Vau i Dejës. The reservoir inundates parts of the Drin valley upstream toward the Vau i Dejës Reservoir and downstream toward the Fierzë Hydroelectric Power Station; regional transportation links include ferry services connecting to Shkodër, Tirana, and cross-border corridors to Montenegro and Kosovo. The site lies within the Mediterranean climatic zone influenced by Adriatic proximity and alpine orography associated with the Dinaric Alps.
Plans for harnessing the Drin River were developed during the People's Socialist Republic of Albania era as part of national electrification and industrialization efforts led by the Party of Labour of Albania. Construction began in the 1970s with engineering assistance and equipment procurement coordinated domestically and through exchanges with Eastern Bloc technical missions including specialists from Yugoslavia and appearances of technology linked to manufacturers in Soviet Union and Czechoslovakia supply chains. Major works, including dam erection, powerhouse excavation, and transmission grid integration with the Albanian Power Corporation network, proceeded through the 1980s; commissioning occurred in phases during the mid-to-late 1980s. The station’s development was contemporaneous with projects at Vau i Dejës Hydroelectric Power Station and Fierzë Hydroelectric Power Station, forming the Drin cascade.
The facility comprises a concrete gravity dam and an underground/partially surface powerhouse equipped with Francis-type turbines supplied during the 1970s–1980s procurement phase. Installed capacity is on the order of several hundred megawatts, contributing materially to the national peak and base load managed by the Transmission System Operator and coordinated with the ENTSO-E regional grid interfaces after market liberalization and regulatory reforms under institutions such as the Ministry of Infrastructure and Energy (Albania). Key structural elements include intake structures, penstocks, surge tanks, and high-voltage switchyards linked to double-circuit transmission lines toward Shkodër and the central Albanian grid. Engineering assessments have referenced international standards of the International Commission on Large Dams in refurbishment planning.
The Koman Reservoir is impounded on the Drin and functions as a storage and regulation basin for the Drin cascade. Hydrological inputs include the Drin mainstem, tributaries from the Accursed Mountains catchment, and seasonal snowmelt patterns influenced by the Alps-adjacent climate. Reservoir operations are coordinated with upstream and downstream facilities to manage flood risk, seasonal peaking, and water allocation for irrigation and potable supply affecting towns such as Shkodër and Lezhë. Sedimentation management, bathymetric variability, and catchment land-use change in the Shala and Kiri valleys are recurring subjects in hydrological studies and transboundary water dialogues with neighboring river basin stakeholders.
Generation is managed by dispatchable hydro units that provide energy, frequency regulation, and ancillary services to Albania’s interconnected system. Output profiles reflect seasonal inflow variability; summer low-flow and winter/spring high-flow periods drive reservoir dispatch strategies coordinated by the national operator and influenced by regional electricity markets involving trade partners such as North Macedonia, Kosovo Energy Corporation, and Montenegro. Maintenance regimes have included turbine rewinds, generator overhauls, and modernization of control systems to integrate SCADA and supervisory control consistent with European grid interoperability initiatives promoted by Energy Community frameworks.
Creation of the reservoir transformed local ecosystems, inundating riverine habitats and altering fish migration patterns affecting species documented in studies by regional conservation organizations and universities including University of Tirana. Social impacts included resettlement of households and changes to traditional livelihoods in communities around Koman and Fierzë; cultural heritage assessments engaged agencies analogous to the Institute of Cultural Monuments (Albania). Environmental monitoring programs have addressed water quality, greenhouse gas emission estimates from reservoirs, and biodiversity conservation in adjoining mountainous landscapes frequented by international ecotourism operators and NGOs. The reservoir has also become a scenic corridor promoted in regional tourism materials linking sites such as Lake Komani cruises, with implications for local economic diversification.
The asset has been state-owned through the national utility structures originating with the Albanian Power Corporation and subject to sector reforms, privatization debates, and regulatory oversight by institutions like the Energy Regulatory Authority (Albania). Revenues derive from domestic sales, cross-border electricity trade, and ancillary service provision; capital investment needs for rehabilitation have attracted financing discussions with multilateral lenders such as the European Investment Bank and bilateral development partners. The plant remains central to Albania’s energy mix, affecting electricity tariffs, energy security policy formulated by the Ministry of Infrastructure and Energy (Albania), and regional cooperation under mechanisms promoted by the Energy Community and European Commission.
Category:Hydroelectric power stations in Albania Category:Dams completed in 1985