May 21, 2026
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Electricity Production and Exports Rise Sharply in Albania in Q1 2026

Electricity production and exports increased significantly in the first quarter of 2026, while imports fell by more than half, according to data published by INSTAT on the country’s electricity balance.

Net domestic electricity production reached 3,647 GWh in the first three months of the year, compared with 2,234 GWh in the same period a year earlier, marking an increase of 63.2%. The growth was driven mainly by public hydropower plants, as well as private and concessionary hydropower producers, which together accounted for more than 93% of domestic production. Other producers, mainly photovoltaic plants, represented around 7% of total generation.

Gross electricity exports, including exchanges, rose to 1,503 GWh, up from 732 GWh in the first quarter of 2025, representing a year-on-year increase of 105.4%. At the same time, gross imports fell to 327 GWh, from 767 GWh, reflecting a decline of 57.4%.

As a result, the electricity exchange balance was positive at 1,177 GWh, while domestic production covered most of the country’s demand.

Public hydropower plants generated 1,667 GWh during the period, up 63% compared with the same quarter of the previous year. Production from private and concessionary hydropower plants reached 1,726 GWh, an annual increase of 66.8%. Meanwhile, other electricity producers, including photovoltaic plants, generated 254 GWh in the first quarter, compared with 176 GWh a year earlier, recording growth of 44%.

Electricity available for consumption increased by 8.9% compared with the first quarter of 2025, while final consumption reached 1,954 GWh, up 9.1% year-on-year.

Household electricity consumption increased by 8.8%, while consumption by businesses and other non-household consumers expanded by 9.5%. INSTAT also reported that network losses reached 516 GWh, or 8% higher than a year earlier. However, the share of losses in relation to electricity available for consumption declined slightly to 20.9%, from 21.1% in the first quarter of 2025.

Transmission losses increased by 31.9%, while distribution losses rose by 5.1%, according to official data.

TAB. 1 Electricity Energy Balance
MWh
Indicators Q1 2025 Q1 2026
A Available energy (A=1+2-3) 2.269.259 2.470.192
1 Domestic net production (1=1.1+1.2+1.3) 2.233.905 3.646.805
1.1 Thermal power plants 0 0
1.2 Hydropower plants (1.2=a+b) 2.057.523 3.392.739
a Public (a=a.1-a.2) 1.022.784 1.666.663
a.1 Gross production of public hydropower plants 1.032.261 1.679.355
a.2 Losses and own consumption 9.477 12.693
b Independent private and concessionary producers 1.034.740 1.726.076
1.3 Other producers — other renewable energy sources 176.381 254.066
2 Gross imports — energy received 767.187 326.815
3 Gross exports — energy delivered 731.833 1.503.429
B Electricity consumption (B=1+2) 2.269.259 2.470.192
1 Network losses (1.1+1.2) 477.816 515.817
1.1 Losses and own consumption in transmission 51.088 67.361
1.2 Distribution losses (1.2=a+b)1 426.728 448.456
a Technical losses in distribution 312.071 336.635
b Non-technical losses in distribution2 114.657 111.821
2 Use by consumers (2=2.1+2.2) 1.791.443 1.954.375
2.1 Household consumers 1.064.956 1.158.522
2.2 Non-household consumers 726.487 795.853
1 The breakdown of technical and non-technical losses consists of estimates carried out by operators active in the electricity sector.
2 Non-technical losses also include statistical differences arising from non-declarations of production and changes resulting from the timing of production measurement, which is shifted in relation to sales or consumption data.
⚡ Albania Electricity Balance · Q1 2026

Electricity Production and Exports Surge in Q1 2026

Official INSTAT data show that Albania’s electricity available for consumption increased by 8.9% year-on-year, supported by a strong rise in domestic generation and a sharp increase in exports.

⚡
Energy available 2,470 GWh ▲ +8.9% vs Q1 2025
🏭
Net domestic production 3,647 GWh ▲ +63.2% vs Q1 2025
🔌
Gross exports 1,503 GWh ▲ +105.4% vs Q1 2025
⬇️
Gross imports 327 GWh ▼ -57.4% vs Q1 2025

Q1 2025 vs Q1 2026: Electricity Balance

Indicator Q1 2025 Q1 2026 Change
May 18, 2026
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Albania Licensed Electricity Generation Companies (HPP / TPP)

Licensed Electricity Generation Companies — HPP / TPP

Energy Regulatory Authority (ERE) of Albania  •  Hydropower & Thermal Power Plant Licensees
Series:
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No. Company NUIS License No. Series ERE Board Decision License
Validity		 HPP / TPP Facility Capacity [MW] Location
No. Date
ⓘ Legend / Notes * Amendment  •  ** Transfer  •  *** Decision Review  •  **** Condition Linked to Start of Operations  •  ***** Renewal
Symbols preceding a date in the ERE Board Decision Date column indicate the type of modification applied to that decision.
May 18, 2026
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US-Backed LNG Projects Reshape the Western Balkans’ Energy Landscape

The United States is seeking to reshape the energy map of the Western Balkans through a network of bilateral agreements and infrastructure projects centered on liquefied natural gas (LNG). The broader objective is to reduce the region’s dependence on Russian gas while strengthening a strategic energy corridor linking Southern and Central Europe.

A series of projects is being advanced across Croatia, Bosnia and Herzegovina, North Macedonia, Albania, Montenegro, Kosovo and Serbia. These initiatives include new gas pipelines, LNG terminals and gas-fired power plants, supported politically and financially by both Washington and Brussels. Some projects are already under construction or in the contracting stage, while others remain in planning. Together, they signal a gradual shift in the region’s energy mix toward gas supplies from the United States, Azerbaijan and the Mediterranean basin.

Jonathan Stern of the Oxford Institute for Energy Studies notes that Southeast Europe has already developed alternative gas supply routes. These include LNG terminals in Greece and Croatia, the Southern Gas Corridor from Azerbaijan, and Romania’s Neptun Deep offshore field in the Black Sea, whose exploitation is expected to begin next year and whose reserves are estimated at around 100 billion cubic meters.

Bosnia and Herzegovina Seeks to End Dependence on Russian Gas

Bosnia and Herzegovina has recently become a focal point of regional gas diversification efforts through the Southern Gas Interconnection project with Croatia. The pipeline would give the Federation of Bosnia and Herzegovina access to the LNG terminal on the Croatian island of Krk and to alternative gas suppliers. At the same time, Republika Srpska continues to pursue separate gas links with Serbia, including the Eastern Interconnection project from Bijeljina to Banja Luka.

For nearly five decades, Bosnia and Herzegovina has depended almost entirely on Russian gas, delivered through TurkStream and used mainly for heating in Sarajevo. In overall volume terms, the country remains a relatively small gas consumer compared with Serbia.

The intergovernmental agreement between Bosnia and Herzegovina and Croatia on the Southern Gas Interconnection was signed in Dubrovnik in April, in the presence of US Secretary of Energy Chris Wright. The pipeline is planned to extend from Dalmatia toward central Bosnia, with additional branches toward Herzegovina and the country’s northwest. Croatia’s state-owned Plinacro is leading the Croatian section, while the US-based company AAFS Infrastructure and Energy has been designated to manage the project on the Bosnian side.

The project has, however, drawn criticism from the European Commission and the Energy Community. Concerns center on the Federation of Bosnia and Herzegovina’s special-purpose law, or lex specialis, which named a private American company in the project framework, as well as questions over compliance with EU and Energy Community rules.

Bosnia and Herzegovina currently consumes up to 250 million cubic meters of gas annually, while the planned pipeline is expected to have a capacity of around 1.5 billion cubic meters. This has prompted discussion about the possible construction of gas-fired power plants capable of supplying electricity to roughly 400,000 households. At present, about 80% of the country’s electricity is generated by coal-fired thermal power plants, some of them more than half a century old.

The new pipeline would also connect with the existing gas route arriving from Serbia. Still, Stern argues that while the project is important for Bosnia and Herzegovina, its wider regional relevance is less clear. He also questions the commercial viability of an investment estimated at around EUR 1 billion, particularly given the lack of available LNG transit capacity from Croatia and Serbia’s expanding access to gas through Bulgaria.

Serbia Balances Diversification and Russian Gas Dependence

Serbia is expanding its gas infrastructure as it seeks to preserve its position as a regional energy hub while creating room for US LNG and broader Western investment in the sector.

In February this year, Serbian Minister of Mining and Energy Dubravka Đedović Handanović signed a joint statement with the United States and several Central and Eastern European countries during the Transatlantic Gas Security Summit in Washington. The statement focused on strengthening the resilience of regional gas markets and improving supply security.

Following the summit, Srbijagas Director Dušan Bajatović stated that Serbia would eventually need to purchase American gas, although no quantities or formal supply contracts have yet been defined. Serbia’s 2024 strategic energy cooperation agreement with the United States envisages diversification of energy sources, but it does not currently include a binding agreement to buy US LNG.

Potential US LNG deliveries to Serbia could come through the Krk terminal in Croatia or via Greece’s Alexandroupolis terminal, supported by new interconnections through Bulgaria and North Macedonia. Serbia currently operates approximately 2,500 kilometers of gas pipelines, is planning new links, including one toward North Macedonia, and is expanding the Banatski Dvor gas storage facility.

Despite these diversification efforts, more than 80% of Serbia’s gas still comes from Russia through TurkStream. Major energy assets, including the TE-TO Pančevo combined heat and power plant, remain tied to Russian-linked structures involving Gazprom and the Serbian oil company NIS.

Montenegro Explores an LNG Terminal and Gas-Fired Generation

Montenegro, which currently lacks a domestic gas network, is also being drawn into the emerging US-backed LNG framework. Plans include an LNG terminal at the Port of Bar and the possible development of gas-fired power generation.

The country participated in the Transatlantic Gas Security Summit in Washington in February and joined a broader political statement on gas cooperation between the United States and several Central and Southern European countries.

In 2023, the Montenegrin government signed a memorandum of understanding with US companies Enerflex Energy Systems and Wethington Energy Innovation regarding potential LNG and power infrastructure. However, no LNG supply agreement has been finalized, no volumes have been specified, and no binding commercial contracts have been signed.

Montenegro has also supported the Ionian-Adriatic Pipeline (IAP), which would connect the Trans-Adriatic Pipeline (TAP) in Albania with Croatia, although the project remains at the conceptual stage. Separately, gas-fired power plants ranging from 50 MW to 400 MW are being considered in Bar, Podgorica and Pljevlja, including hybrid solutions and possible conversions of existing facilities.

Studies prepared for the Electric Power Company of Montenegro by Japan’s JERA and Switzerland’s SS&A Power Consultancy concluded that the options assessed are technically feasible and economically viable. Depending on the selected plant capacity and fuel supply source, estimated investments range from EUR 233 million to EUR 362 million.

Kosovo Remains Outside the Current Gas Push

Kosovo currently has no gas infrastructure and relies almost entirely on coal-fired power generation. A proposed gas interconnection with North Macedonia had been included in the European Union’s investment plan for the Western Balkans, but the project was suspended, with the government citing high costs and a strategic preference for renewable energy development.

The proposed pipeline would have provided Kosovo with access to gas from Greek LNG terminals in the Aegean Sea, while a separate link to Albania had also been considered. US officials have indicated that they remain open to supporting commercial cooperation if market conditions become more favorable.

Kosovo also declined to direct roughly USD 200 million in Millennium Challenge Corporation funding toward gas infrastructure, instead shifting the investment toward battery energy storage systems.

North Macedonia Emerges as a Strategic Southern Corridor Link

North Macedonia is building new gas infrastructure with support from Washington and Brussels, aiming to reduce its long-standing dependence on Russian gas and position itself as a regional energy transit hub. As a NATO member and EU candidate country, diversification of energy supply has also taken on a clear geopolitical dimension.

The TE-TO Skopje cogeneration plant, which provides heat to the capital and produces electricity, remains dependent on Russian gas and is controlled by interests linked to the Russian group Sintez.

Skopje has signed a memorandum related to the purchase of US LNG, though detailed commercial terms have not been publicly disclosed. The Gevgelija–Negotino gas pipeline is under construction and is expected to connect North Macedonia with Greek LNG terminals. Its initial annual capacity is planned at 1.5 billion cubic meters.

The European Union is financing the project through a combination of loans and grants. At the same time, an interconnection with Serbia is being planned, with construction expected to begin in 2027. North Macedonia’s Ministry of Energy, Mining and Mineral Resources has also stated that the country plans to develop 67 new energy facilities with a combined installed capacity of 4,416 MW, including a cogeneration plant near Negotino.

Albania Positions Vlora as a Future LNG Hub

In April 2026, Albania signed a strategic agreement worth USD 6 billion involving Venture Global and Aktor LNG USA for long-term LNG supply beginning in 2030. The agreement is part of a broader effort to turn Albania into a regional entry point for US LNG in Southeast Europe.

The plan includes the development of an energy hub in Vlora featuring an LNG terminal and a gas-fired power plant with a capacity of approximately 380 MW. The project would also connect with the Trans-Adriatic Pipeline (TAP), which has transported Azerbaijani gas to Italy since 2020.

Vlore, Albania

Vlore, Albania

Washington views Albania as a potential distribution platform for supplying US gas to Kosovo, North Macedonia and other Western Balkan markets. This is particularly significant because Albania does not currently operate a functional internal gas network, while most of the infrastructure inherited from the socialist period is no longer usable.

For Albania, whose electricity system depends overwhelmingly on hydropower, a gas-fired power plant could serve as a strategic reserve during drought periods and times of rising power demand.

Energy expert Stavri Dhima has argued that Albania’s gasification strategy should combine several elements: construction of the Ionian-Adriatic Pipeline, connection to Croatia’s LNG terminal, access to the Trans-Adriatic Pipeline carrying Caspian gas, and development of an LNG terminal and gas storage facility in Dumrea.

If completed, the LNG terminal in Vlora could become a regional gas hub serving Albania, Montenegro, North Macedonia and Kosovo. Through IAP and TAP, gas could potentially also be directed toward Bosnia and Herzegovina and Italy.

Still, experts caution that infrastructure alone does not guarantee energy security. Countries seeking to reduce dependence on Russian gas must also secure reliable, long-term supply contracts with multiple alternative suppliers.

May 14, 2026
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OSSH Launches €4.4 Million Smart Meter Installation Project Across Albania

The Electricity Distribution System Operator (OSSH) plans to begin the installation of smart meters for end consumers.

This Thursday, the operator launched a procurement procedure through the public procurement system titled: “Installation of the Smart Metering System for End Consumers, within the Energy Balance Metering System in MV-LV Electrical Substations, and their integration into the OSSH metering platform,” with a total estimated fund of 432 million lekë, or approximately €4.4 million.

According to the tender documents, the investment will focus on areas with high electricity consumption and higher levels of network losses, with the aim of improving technical efficiency and strengthening control over electricity distribution.

As part of previous projects, OSSH has already installed thousands of smart meters in several regions across the country. In Durrës, during the 2023 investment phase, 1,752 intelligent energy balance metering systems were installed in MV-LV substations, while in 2024 an additional 848 smart meters were installed for end consumers supplied by these substations.

Meanwhile, in Tirana, on feeders F7 and F8 of the Kashar substation, 200 intelligent balance metering systems and 3,157 smart meters were installed for end subscribers.

According to OSSH, the expansion of the project is also linked to the growing number of consumers in these areas, driven by population growth and new urban developments, including construction projects carried out as part of the reconstruction efforts following the 2019 earthquake.

The company states that the investment is part of its strategy to gradually replace the analog metering system with smart technology, in accordance with the electricity law and the directives of the European Energy Community.

The operator emphasizes that maintaining the same communication technology is intended to ensure compatibility with existing investments and maximize the use of the infrastructure developed so far.

The tender foresees the installation of a total of 14,035 smart meters. The largest number will be installed at the Sallmone substation with 7,760 units, followed by Shkoza with 3,560 meters, Spitalla with 1,600, and Kashari with 1,115 smart meters.

May 5, 2026
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Albania’s ERE sets temporary electricity distribution tariffs for 1 May-31 December 2026

Albania’s Energy Regulatory Authority (ERE), in Board Decision No. 103 dated 14 April 2026, has set temporary electricity distribution tariffs by voltage level for the period 1 May 2026 to 31 December 2026. The decision was adopted under Articles 16, 19 and 20(c) of Law No. 43/2015 on the electricity sector, as amended, along with Decision No. 456 of 29 June 2022 on public service obligations, ERE’s internal regulations, and the tariff methodology for the distribution system operator approved by Decision No. 182 of 10 November 2017.

The authority said it reviewed the distribution operator OSSH’s audited financial statements for 2022-2024, as well as technical, economic and financial projections for 2025-2026, together with the 5-year distribution network development plan for 2023-2027, which ERE began reviewing under Decision No. 308 of 21 November 2025. The report also recalls that ERE’s Decision No. 312 of 12 December 2025 kept the previous distribution tariffs in force until 30 April 2026, based on the ongoing review process and the information OSSH was required to submit.

In its assessment, ERE said that the continuity and security of electricity distribution are critical for uninterrupted and quality service, and that the cost of outages is higher than any other cost component in the electricity supply chain. The regulator also concluded that, on the basis of the actual figures reviewed, the current distribution tariffs generate sufficient revenue to cover operating costs and support the continuity of OSSH’s activity. At the same time, the report notes that the company still needs to improve its capital structure, which remains negative and could create medium-term financial risks.

The report provides several key financial observations. Compared with ERE’s ex-ante approval for 2022, actual operating costs were around 4% lower. In 2023, those costs remained broadly stable, rising by 0.9%, while in 2024 they increased by about 7% compared with 2023. ERE also said it reviewed additional information sent by OSSH by email on 9 April 2026, in response to an ERE request dated 3 June 2026, regarding OPEX fluctuations, material and consumption expenses, and rent.

Based on the corrected required revenues and distributed energy volumes, ERE calculated an average tariff of 5.89 lek/kWh for 2026. On that basis, the temporary distribution tariffs were set at 1.55 lek/kWh for customers connected at 35 kV, 3.99 lek/kWh for customers connected at 0.6-20 kV, and 6.42 lek/kWh for customers connected at 0.4 kV. The applicable reactive energy billing price remains 1.92 lek/kVArh, the same rate approved under Decision No. 73/2022.

ERE said that the WACC and other financial parameters were kept at previous levels because updated information was not available, describing this as a temporary solution that may be reviewed later in line with the legislation in force. The regulator also said the difference between corrected required revenues and realized revenues is relatively small and therefore acceptable for the period under review. ERE added that it reserves the right to fully review OPEX and CAPEX based on actual results in future tariff processes.

The Board also instructed OSSH to keep distribution tariffs unchanged until 31 December 2026, to improve the quality and detail of the information submitted for regulatory purposes, to separate costs and revenues by voltage level, and to align financial reporting with regulatory accounting requirements. OSSH was further asked to provide detailed operating and capital costs, explanations for year-on-year fluctuations, updated financial analysis including WACC, audited 2025 financial statements, and a tariff application for the next regulatory period. The decision entered into force immediately; interested parties may request review within 7 calendar days, and appeals may be filed with the Administrative Court of Tirana within 30 calendar days of publication in the Official Gazette.

April 30, 2026
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Albania’s Hydropower Surge Strengthens Its Position in Regional and EU Energy Markets

The first three months of 2026 marked a substantial increase in electricity generation in Albania, driven primarily by a sharp rise in hydropower output. Production from hydropower plants was 70% higher in January–March 2026 compared to the same period a year earlier.

According to data published in the report of the Energy Community on the Carbon Border Adjustment Mechanism (CBAM), Albania gained a clear advantage over other regional countries in exporting electricity generated from renewable sources.

Specifically, the first quarterly report on CBAM implementation highlights that Albania’s hydropower generation increased significantly, positioning the country as a far more aggressive net exporter of electricity to both the regional market and the European Union.

“Hydropower production in Albania increased by 1.34 TWh (+70%) in the first quarter of 2026 compared to the same period in 2025, rising from 1.93 TWh to 3.27 TWh,” the report states. This growth was concentrated in January and February, with increases of +72% and +84% respectively, reflecting exceptionally favorable hydrological conditions.

This surplus translated directly into higher exports. Albania increased scheduled electricity exports by approximately 4,100 MWh per day to Greece, 3,700 MWh per day to Kosovo, and 2,000 MWh per day to Montenegro.

The report estimates that “these shifts in trade flows represent a net movement of approximately 1.2 TWh of Albanian electricity exported in the first quarter of 2026,” a volume that closely matches the incremental increase in hydropower generation.

The economic impact is further amplified by how CBAM treats Albanian electricity. Unlike Serbia, Bosnia and Herzegovina, or Montenegro, Albania benefits from a zero emissions factor. This means its electricity exports to the European Union are not subject to additional carbon costs.

“Electricity imported into the European Union from Albania was not financially affected by CBAM,” the report notes, adding that this “created a commercial incentive to import Albanian electricity into EU markets.”

Such dynamics position Albania as a preferential energy corridor դեպի the European market, particularly through Greece and onward to Italy. The report observes that exports from Albania to Greece intensified, with Albanian electricity—combined with strong Greek domestic production—subsequently redirected toward Bulgaria and Italy.

The Energy Community further warns that hydropower-dominated systems like Albania’s “appear to be in a structurally more competitive position,” suggesting that CBAM is already creating long-term winners and losers in the region. In contrast, countries with higher coal-based generation face substantial financial penalties.

For example, Montenegro pays approximately €73.8 per MWh of electricity exported to the European Union, while Albania pays zero. “The contrast between Albania and Montenegro illustrates how country-level emission factors shape cross-border electricity trade,” the report concludes, placing Albania firmly on the side of Europe’s evolving energy transition.

April 29, 2026
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Waste Management: New Monitoring and Tracking System in Albania for Exports and Transit

Albania is set to implement a new system for monitoring and tracking waste exports and transit movements, aiming to strengthen oversight, transparency, and compliance with environmental standards.

The initiative is designed to improve control over the cross-border movement of waste, ensuring that all shipments are properly documented, traceable, and in line with both national legislation and international obligations.

Digital Monitoring and Traceability

The new system introduces a digital platform that will enable real-time monitoring of waste shipments. Authorities will be able to track the movement of waste from its origin to its final destination, reducing the risk of illegal trafficking or mismanagement.

The system is expected to include detailed reporting requirements for operators, including information on the type, quantity, origin, and destination of waste. This will allow for more accurate data collection and better policy planning in the waste management sector.

Strengthening Control Over Exports and Transit

A key objective of the reform is to tighten controls over waste exports and transit passing through Albania. The system will ensure that only authorized operators can engage in such activities and that all procedures are carried out in compliance with environmental and safety standards.

Authorities aim to prevent the misuse of Albania as a transit route for unauthorized or hazardous waste shipments, an issue that has raised concerns in the past.

Alignment with European Standards

The new monitoring framework is aligned with European Union requirements for waste management and cross-border movement. It reflects Albania’s broader efforts to harmonize its environmental legislation with EU directives and improve institutional capacity.

By adopting stricter monitoring mechanisms, Albania seeks to meet international standards and enhance its credibility in environmental governance.

Institutional and Operational Impact

The implementation of the system will involve coordination between several institutions responsible for environmental protection, customs, and transport oversight. It is expected to improve inter-agency cooperation and streamline administrative procedures.

For businesses operating in the waste sector, the system will introduce additional compliance obligations but is also expected to create a more predictable and transparent regulatory environment.

Towards Greater Environmental Accountability

The introduction of this monitoring and tracking system marks a step forward in Albania’s efforts to strengthen environmental accountability and combat illegal waste activities.

By ensuring full traceability of waste flows, the authorities aim to protect public health, reduce environmental risks, and promote more sustainable waste management practices across the country.

April 29, 2026
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Aktor LNG USA–Albgaz Deal Signals Structural Shift in Western Balkans Gas Market

A landmark long-term gas supply agreement between Aktor LNG USA and Albania’s state-owned Albgaz marks a significant step in the transformation of Southeast Europe’s energy architecture, reinforcing both market diversification and geopolitical realignment.

The agreement, valued at approximately $6 billion, establishes a 20-year framework for the delivery of liquefied natural gas (LNG) sourced from the United States, with contracted volumes of around 1 billion cubic meters annually starting in 2030.

From Hydro Dependence to Gas Integration

For Albania, the deal represents a structural pivot away from near-total reliance on hydropower toward a more diversified energy mix. The introduction of long-term LNG supply contracts provides a stable foundation for baseload generation, system balancing, and regional trading capacity.

The agreement is not limited to commodity supply. It is complemented by a memorandum of understanding between Aktor Energy USA and the Albanian government to develop an integrated energy hub, including a planned gas-fired power plant with an estimated capacity of 380 MW.

This integrated approach reflects a broader transition strategy: linking fuel supply, infrastructure development, and power generation into a single investment framework.

Infrastructure First: Vlora and the Missing Gas System

A central component of the strategy is the planned development of LNG infrastructure in Vlora, which is expected to evolve into a key entry point for imported gas. Until domestic infrastructure is completed, supply will be routed through Greece, leveraging the Revythoussa LNG terminal and the Trans Adriatic Pipeline (TAP) for onward delivery into Albania.

This transitional routing underscores a critical reality: Albania’s gasification remains at an early stage, and the success of the agreement depends heavily on timely infrastructure deployment.

The Vlora energy hub concept—combining LNG import, regasification, and power generation—positions Albania not merely as a consumer, but as a potential transit and redistribution node for the Western Balkans.

The Vertical Gas Corridor: Strategic Context

The deal is embedded within the broader framework of the “Vertical Gas Corridor,” a US-backed initiative aimed at expanding north–south gas flows from Greece into Southeast and Central Europe.

According to Aktor leadership, the agreement is intended to unlock the corridor’s full potential, enabling the distribution of American LNG across multiple Balkan markets and reducing dependency on traditional supply routes.

The corridor concept is particularly relevant as Europe continues to recalibrate its gas supply strategy, with long-term LNG contracts increasingly viewed as essential for supply security beyond 2030.

Geopolitical and Market Implications

The presence of US and Greek stakeholders highlights the geopolitical dimension of the agreement. The United States is actively expanding its LNG footprint in Southeast Europe, using infrastructure and long-term contracts as instruments of strategic influence and market integration.

At the same time, Greece reinforces its role as a regional energy gateway, providing the initial infrastructure backbone for LNG imports and transmission into the Western Balkans.

The agreement also signals potential regional expansion. Discussions are already underway to extend LNG supply arrangements to additional Western Balkan markets, including Serbia and North Macedonia, as interconnection projects progress.

Commercial Structure and Market Significance

From a market perspective, the deal reflects several emerging trends:

  • Shift toward long-term LNG contracting as a hedge against future supply tightness and price volatility
  • Integration of infrastructure and supply agreements to de-risk investment in emerging gas markets
  • Growing role of private-sector intermediaries (such as Aktor LNG USA) in structuring cross-border energy flows

The estimated contract value—around $6 billion over 20 years—indicates a substantial commitment for a relatively small market, underscoring Albania’s ambition to scale beyond domestic demand and participate in regional gas trade.

Execution Risks and Critical Dependencies

Despite its strategic significance, the project faces several execution risks:

  • Infrastructure delivery risk, particularly the timely development of LNG import capacity and internal gas networks
  • Demand risk, given Albania’s currently limited gas consumption base
  • Regulatory and market integration challenges, especially in aligning with EU gas market frameworks

The reliance on interim routing through Greece also introduces transitional dependencies that must be carefully managed.

Conclusion: From Peripheral Market to Emerging Energy Node

The Aktor LNG USA–Albgaz agreement is more than a supply contract—it is a foundational step in repositioning Albania within the regional energy system.

If successfully implemented, it could transform the country from a hydropower-dependent system into a flexible, gas-integrated market with regional relevance. More broadly, it reinforces the Western Balkans’ gradual integration into European energy networks, underpinned by transatlantic LNG flows and new infrastructure corridors.

The real test, however, will lie not in the signing of the agreement, but in its execution—particularly the alignment of infrastructure, regulation, and market demand over the coming decade.

April 29, 2026
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The Border Wall of Carbon: How CBAM Rewrote Balkan Power Trade in Q1 2026

Q1 2026 marked an abrupt break in Southeast Europe’s electricity market structure. Exceptional hydro output pushed WB6 prices down, but CBAM prevented the old price convergence mechanism from doing its job. The result was a wider-than-usual spread of more than €30/MWh between WB6 and EU benchmarks, a 25% drop in scheduled cross-border commercial exchanges, and a visible re-routing of trade toward CBAM-free corridors. The data suggest that CBAM did not merely tax imports; it changed the geography of trade.

Origin of imported electricity Default value (tCO2eq/MWh) CBAM cost per imported MWh (€)
Albania 0 0
Bosnia and Herzegovina 1.148 86.513
Kosovo* 0.984 74.154
Moldova 0.530 39.941
Montenegro 0.979 73.777
North Macedonia 0.887 66.844
Serbia 1.041 78.450
Ukraine 0.907 68.352

Table 1. CBAM default factors and implied import costs in Q1 2026

The Hydro Paradox

The irony of Q1 2026 is that the region’s own luck partly disguised CBAM’s first-quarter damage. Hydro generation surged across the WB6 and neighbouring markets, rising regionally by 33% year on year, with Albania alone up 70%. That flood of carbon-free output softened domestic prices and kept some markets liquid, which made the underlying CBAM shock look less severe than it would have in a normal hydrological quarter. The report itself warns that these results are preliminary and heavily shaped by exceptional water conditions, not just the new carbon border regime.

Figure 1. Hydro vs coal generation in Q1 2026 versus Q1 2025

Figure 1. Hydro vs coal generation in Q1 2026 versus Q1 2025

But the same hydro boom also exposed a second vulnerability: it showed how quickly the region can swing from shortage to surplus, which matters for solar and wind investment signals. The Energy Community Secretariat notes that growing solar capacity may generate renewed surplus conditions in spring and summer, even as hydro declines. That means renewable developers are now financing into a market where merchant upside can be sharply altered by a carbon border charge on exports, especially in systems that are not as clean as Albania.

Technical Deep-Dive: Trade Diverges from Physics

The most unsettling finding in the report is the widening gap between commercial schedules and physical reality. Commercially, WB6-EU trade contracted and transit-based trading weakened. Physically, however, electricity still moved according to network physics, not trader preferences. The report gives concrete examples: Albanian export schedules to Greece rose strongly, yet physical flows did not align proportionally; power continued to move through Albania toward Montenegro and Bosnia and Herzegovina and onward to EU border countries.

That divergence is not just a bookkeeping issue. It creates operational risk. The report links the pattern to unscheduled and loop flows, less efficient transmission capacity use, and a growing burden on balancing and security management. It also explicitly recalls the June 21, 2024 blackout, when near-simultaneous outages on 400 kV lines in Montenegro and Albania exposed the fragility of the South-North corridor and the costs of weak cross-border coordination. In the current setting, the same corridor could again become heavily loaded, but with less predictable commercial schedules to guide system operation.

Market Fragmentation: The Rise of CBAM-Free Routing

The report reads like a map of avoidance behaviour. Intra-WB6 exchanges intensified, while trade moved toward routes that do not trigger CBAM exposure. Albania’s zero default emission factor made it a natural winner, with export routes to Greece gaining importance. Greece then became a bridge to Bulgaria and Italy, effectively allowing some power to bypass the more exposed WB6 transit geography.

Figure 2. Average day-ahead prices across the region

Figure 2. Average day-ahead prices across the region

This is why the Secretariat’s “CBAM-free route” language matters. It suggests that the market is not simply shrinking; it is reorganising itself around carbon liability. Transit-based trading through the WB6 is becoming less attractive, and that is a structural problem for regional integration because the WB6 has historically functioned not only as a set of markets, but also as a corridor between larger EU systems.

Financial Outlook

For project finance, the message is straightforward: ETS-linked carbon costs are now a core merchant-risk variable in the Western Balkans. The report states that the relevant Q1 2026 CBAM certificate price was based on an EU ETS quarterly weighted average of €75.36/tCO2eq, and that this price fell sharply after an initial increase as political debate over ETS reform intensified. That level of volatility matters because it directly changes export economics quarter by quarter.

Figure 3. Scheduled commercial exchanges between the WB6 and the EU

For EBRD-style underwriting, this means more conservative assumptions are unavoidable. Revenue cases for new renewable projects in the WB6 should be stress-tested not only against power-price volatility and hydrology, but also against CBAM-induced basis risk on export routes. Projects that depend on merchant access to EU markets will need stronger carbon-risk sensitivity, more robust route diversification, and a clearer view of whether they are selling into a CBAM-exposed corridor or a CBAM-free one. The report’s core warning is that low-carbon systems may send stronger investment signals, while more carbon-intensive systems face a worsening structural handicap.

Strategic Recommendations

The Secretariat’s own policy direction is the right one: better clarity in CBAM electricity rules, stronger coordination between market participants and TSOs, and continued alignment of carbon pricing and market design across the region. Building on that, the practical priorities are clear. WB6 TSOs need tighter coordinated capacity calculation, stronger congestion management, and more transparent handling of transit flows. Policymakers should also close the information gap around proof of transit and improve rules that currently reward route avoidance over efficient system use.

The deeper objective is to stop the region from sliding into transit-based trading collapse. That means preserving market integration even as carbon policy changes the economics of exchange. If WB6 markets are left to fragment into isolated hydro winners and carbon-heavy losers, the region will not simply lose trade; it will lose the very interoperability that made its system valuable in the first place.

April 23, 2026
by in News

Albania’s Green Finance Push: A Strategic Step Toward Energy Transition and Financial Stability

Albania is taking a structured step toward aligning its financial system with climate and energy transition goals. The initiative led by the Bank of Albania reflects a broader shift underway across emerging European economies: embedding sustainability into financial architecture rather than treating it as a parallel policy track.

At the core of this effort is the development of a national Green Taxonomy, a classification system designed to define which economic activities can be considered environmentally sustainable. This is not merely a technical exercise. In energy terms, such taxonomies directly influence capital allocation—determining whether investments flow into renewable energy, grid modernization, energy efficiency, or continue supporting carbon-intensive assets.

The article emphasizes that the central bank, in cooperation with the European Investment Bank, is working on a first draft of this taxonomy through an inclusive consultation process involving ministries, regulators, financial institutions, and private-sector stakeholders. This multi-layered approach is critical. Green finance frameworks fail when they are designed in isolation; success depends on alignment between policy, regulation, and market implementation.

From an energy expert perspective, one of the most important elements highlighted is the role of the taxonomy in building a climate information architecture. This is often underestimated. Reliable data on emissions, energy use, and climate risks is the backbone of any credible transition strategy. Without it, financial institutions cannot price risk properly, and investors cannot differentiate between genuinely green projects and “greenwashed” ones.

The initiative is also explicitly linked to financial stability, which is a notable shift in central banking priorities. Climate risks—whether physical (extreme weather affecting hydropower, for example) or transition-related (stranded fossil assets)—are increasingly seen as systemic financial risks. By promoting green financing, the central bank is not only supporting environmental goals but also preemptively managing future balance-sheet vulnerabilities in the banking sector.

Another key dimension is EU alignment. The taxonomy is being designed to approximate European Union standards, which is essential for Albania’s accession process. In practical terms, this alignment lowers barriers for international capital, particularly from EU-based investors who are already bound by sustainability disclosure regulations. It also creates a common language for cross-border energy investments, especially in renewable generation and regional interconnection projects.

The consultation process described in the article—bringing together institutions such as finance, energy, agriculture, and environmental ministries, alongside banks and corporations—signals recognition that the green transition is inherently cross-sectoral. For the energy sector specifically, this is crucial. Decarbonization pathways depend not only on energy policy but also on financing conditions, industrial policy, and infrastructure planning.

Importantly, the article notes that the next step will be the formalization of cooperation through a memorandum of understanding and the finalization of the taxonomy framework. This institutionalization phase will determine whether the initiative translates into real investment flows. Many countries develop green taxonomies, but only a subset manage to operationalize them effectively within lending practices and capital markets.

From a broader energy transition standpoint, Albania’s move reflects three structural realities:

First, finance is becoming the primary lever of the energy transition. Regulatory signals alone are insufficient; capital must be directed at scale toward low-carbon assets.

Second, emerging markets face a dual challenge—they must expand energy systems to support growth while simultaneously decarbonizing them. This makes efficient capital allocation even more critical.

Third, regional integration matters. Aligning with EU frameworks is not just about compliance; it is about accessing larger pools of capital and integrating into a wider low-carbon energy system.

In conclusion, the Bank of Albania’s initiative is more than a policy announcement—it is a foundational step toward reshaping how capital flows into the Albanian economy. If effectively implemented, the Green Taxonomy could accelerate investment in sustainable energy infrastructure, improve risk management in the financial sector, and strengthen Albania’s position within the European energy transition landscape.