Albania’s electricity supply security is increasingly challenged by its heavy reliance on hydropower, which constitutes over 95 percent of its domestic production in typical years. This dependence becomes particularly precarious during drought conditions, where the country may need to import between 30 to 40 percent of its total annual electricity consumption. Such a structural reliance on imports transforms electricity security from a mere operational issue into a significant macroeconomic concern.
The dual role of hydropower in Albania’s energy landscape presents both advantages and vulnerabilities. While it offers energy at near-zero marginal costs and essential system flexibility through reservoirs on the Drin cascade, this reliance can lead to fragility during periods of low water availability. Unlike mixed energy systems in neighboring countries such as Serbia or Romania, where thermal plants can compensate for hydrological deficits, Albania faces a unique challenge: the depletion of its primary energy source directly affects both energy availability and operational flexibility.
This situation creates a seasonal adequacy issue rather than just a peak-hour challenge. Albania must secure energy over extended periods, necessitating an insurance strategy that relies more on contracts and access to imports than on domestic generation capacity. The country’s marginal generator during deficit periods is not its own resources but rather the regional electricity market. Consequently, the cost of ensuring energy security hinges on the prices at which imports can be secured during times of stress, leading to significant financial implications for utilities and the state budget.
Quantitatively, the stakes are high; when imports exceed 2–3 TWh in a year, even a €50/MWh increase in regional prices can result in an additional burden of €100–150 million. Such figures are substantial for Albania’s relatively small economy and can lead to political pressure for intervention when costs are passed on to consumers.
Albania lacks a robust domestic thermal backup system that could stabilize prices during scarcity events. Unlike other Southeast European nations with gas peaker fleets, Albania’s approach is primarily market-based due to economic inefficiencies associated with building thermal plants in a system already rich in hydropower potential. This structural difference underscores the importance of market depth and governance; energy security depends not just on physical assets but also on the ability to procure energy reliably at predictable costs.
While traditional capacity mechanisms may have limited relevance in Albania—where domestic availability collapses alongside hydrology—alternative strategies such as strategic reserves and emergency procurement frameworks could provide essential support. These mechanisms focus on ensuring access to external resources during critical periods rather than relying solely on domestic generation.
Storage solutions and demand response initiatives play a marginal yet meaningful role in mitigating costs associated with imports. Even modest storage capabilities can help reduce expensive peak-hour imports, while demand response strategies allow for cost control by shifting consumption away from high-price periods. However, these tools serve as complements to imports rather than substitutes for them.
As Albania advances towards market liberalization, the distribution of security costs shifts significantly. Under regulated conditions, risks associated with hydrological variability are shared across society through utilities and state budgets. In contrast, liberalization transfers these risks directly to consumers, particularly impacting industrial and commercial sectors. This shift heightens political sensitivity surrounding energy prices and can amplify calls for regulatory intervention during dry years.
The real cost of energy security in Albania is not merely tied to the absence of domestic capacity but rather stems from the inherent uncertainty introduced by hydrological variability. Without adequate mechanisms to manage this uncertainty, costs escalate rapidly, leading to fiscal shocks and potential political interventions.
Ultimately, Albania’s challenge lies not in choosing between security and market integration but rather in managing exposure effectively through contracts, regional cooperation, and robust market structures. The country’s electricity system will remain vulnerable to hydrological fluctuations; thus, policies must focus on ensuring that risk does not escalate into crises while recognizing imports as vital components of energy security. Building institutional resilience will be crucial for maintaining stability in Albania’s energy landscape amidst ongoing challenges.
