🇱🇻🇱🇹🇪🇪 Baltic Gas Stress Test 2026: Storage Volume vs Operational Reality
January–February 2026 became a real stress test for the Baltic gas system. Prolonged freezing temperatures coincided with peak utilisation of cross-border pipeline infrastructure and LNG logistics.
Below — what the official data actually shows.
📊 Data Card — 4 February 2026
Inčukalns Underground Gas Storage (Latvia)
• Total volume: 7.061 TWh
• ≈40% of heating-season start level
• Security reserve: 1.8 TWh (designated primarily for CHP operation)
Lithuania (Amber Grid, January)
• Consumption: ~2.9 TWh (+45% YoY)
• GIPL flows to Lithuania: 382 GWh
• Reverse flows to Poland: 420 GWh
Baltics + Finland (Elenger)
• Regional consumption: 8.2 TWh (+>33% YoY)
Poland (Gaz-System)
• January transmission: >3 bcm (historic high)
• Daily record: 114.8 mcm (2 Feb 2026)
• Exports 2025: 2 bcm, >99% to Ukraine
🇱🇻 Inčukalns: Volume Is Not the Same as Availability
The official position states that current storage levels are sufficient and that no deficit risk is expected.
However, winter 2026 highlighted an important structural distinction:
✔️ Storage capacity
✔️ Gas ownership
✔️ Operational withdrawal rate
Of the 7.061 TWh in storage, 1.8 TWh represents designated security reserves, primarily intended to ensure CHP operation for approximately 100 days at maximum output.
The remaining volumes belong to commercial market participants across the integrated Baltic–Nordic system.
During peak cold days, operational monitoring indicated that Latvia relied heavily on southbound pipeline inflows via Lithuania and the Polish corridor, while withdrawals from storage remained limited.
This does not indicate a deficit.
It indicates a logistics-driven supply model.
🌍 What Winter 2026 Demonstrated
The Baltic gas system is increasingly functioning as an integrated North-Eastern European pool where:
• LNG terminals (Klaipėda, Inkoo)
• Cross-border pipelines (GIPL, Balticconnector)
• Real-time transmission capacity
play a larger operational role than seasonal storage withdrawals during peak stress.
In other words:
Gas security is no longer only about how much is stored.
It is about how fast and from where it can flow.
BDW © 2026 | balticfocus.org/
Image: photos/photo_200@13-02-2026_23-41-16.jpg