Albania’s electricity system remains exposed to hydrology risk, which shapes how the country participates in regional power markets. In wet years, the hydro-dominated system can produce surplus low-carbon electricity and reduce import dependency. In dry years, Albania can move quickly into net imports and may face higher regional prices during periods of Balkan-wide stress. This exposure has supported the development of hybrid assets aimed at smoothing volatility.
Hydrology risk and shifting import needs
When water availability is high, export opportunities increase and domestic prices soften. During low-water periods, Albania competes for imports alongside neighbouring Balkan markets, particularly during droughts or winter demand spikes. The market conditions described are linked to rapid changes in supply adequacy across seasons. Battery-backed generation is positioned within this framework as a way to reduce the size of those swings.
Fortis Energy’s Ersekë solar-plus-storage project
A key example is Fortis Energy’s Ersekë Solar Power Plant, which combines 75 MW DC of solar capacity with a 25 MWh battery energy storage system. The project is expected to generate around 135 GWh annually. It is described as a meaningful contributor to Albania’s electricity mix, while not being system-defining on its own. Its role is characterised as a shift from pure generation toward flexibility-enabled renewable infrastructure.
For market participants, the project’s value is tied to time-shifting and volatility management. Solar output on its own mainly reduces daytime import requirements, while storage enables some of that energy to be delivered during evening peak prices or periods of system tightness. This changes the dispatch profile compared with solar-only generation. It also adds dispatch optionality in an otherwise hydro-dependent system.
Implications for trading and structured contracts
In trading terms, Albania operates as a hydrology-driven optionality market under the conditions described. High-water years support greater export opportunities and softer domestic pricing, while low-water years increase competition for imports with regional counterparts. Adding battery-backed solar capacity is presented as a mechanism to reduce the amplitude of price and volume swings. The more predictable profile can be integrated into structured PPAs and hedging strategies.
Regional energy security and storage deployment
The broader regional strategy includes expansion of long-term energy security frameworks alongside renewable diversification and early-stage storage deployment. Albania is also pursuing LNG-related initiatives involving ALBGAZ and AKTOR. Within that context, the 25 MWh battery at Ersekë is noted as not sufficient to address seasonal imbalances on its own. However, it is positioned as an early step toward storage-integrated renewable trading.
