A Flow Map That Speaks for Itself

The physical flow data published for October 30, 2026 reveals the real geography of Germany's gas supply. At the Emden EPT1 entry point on the Norpipe NO-DE link, flow reaches 402,523,891.8 kWh/d, or roughly 402.5 GWh/d, with zero exit. At the Dutch interface, the VIP TTF-THE-H high-calorific point shows 482,913,625 kWh/d entry and 180,760,435 kWh/d exit. At Zeebrugge IZT on the UK-BE interconnection, 72,583,515 kWh/d enters and nothing exits.

These volumes trace an active northwestern axis, where Norwegian gas, exchanges with the Dutch hub and the Belgian-British connection concentrate the bulk of measured activity.

The Eastern Corridors: A Persistent Silence

By contrast, eastern flank points record no movement. Mallnow (PL-DE Yamal), VIP Waidhaus (CZ-DE Transit) and Baumgarten TAG (SK-AT) all show 0 kWh/d, both entry and exit, on October 30 and 31. This is no one-off measurement anomaly: both available days agree, and both flow directions are at zero.

The mechanism is simple. A physical flow originates from nominations — volumes that operators decide to route based on contracts and price spreads between hubs. A corridor at zero signals that no player is scheduling delivery in the observed directions. The network then balances through other entry gates. In this reading, those are the northwestern ones, bearing the visible load alone.

Austria and Italy: Shifting Flows

The picture is not frozen everywhere. At VIP Oberkappel (AT-DE), exit reaches 112,542,136 kWh/d on October 30, with zero entry. On the 31st, it drops to 22,581,292 kWh/d. At Tarvisio on the TAG AT-IT axis, the situation reverses: on October 30, entry measures 144,419,248 kWh/d with zero exit. On the 31st, entry is at zero and exit at 17,206,352 kWh/d.

The Baumgarten point (Austrian hub) shows an exit of 4,901,725 kWh/d on October 30, with no entry. Southeastern Central Europe thus appears as a zone of fluctuating flows, capable of reversing direction from one day to the next. This is the opposite of the stability observed in the northwest.

The October 31 Drop: Read With Caution

The October 31 decline is spectacular. Entry flow at Emden falls from 402.5 to 77.6 GWh/d, roughly -80.7%. Oberkappel exit retreats from 112.5 to 22.6 GWh/d, roughly -79.9%. Two independent points, one Norwegian and one Austrian, lose almost the same proportion in twenty-four hours.

This near-identity is suspect. A real physical shock — a platform outage, maintenance or disruption — would hit one specific point, not two distinct points in the same ratio. An incompletely published gas day, by contrast, would produce exactly this profile of proportional gaps. October 31, 2026 is moreover a Saturday, a day of lower industrial demand, but not enough to explain such a collapse in Norwegian flow. This is a reading hypothesis: the file does not state whether the 31st was consolidated. Zevenaar data — entry unavailable (N/A) on both dates and exit provided only for the 30th (52,711,752 kWh/d) — reinforces this impression of a partial series.

A Contrasted Power Context

On October 30, day-ahead electricity prices showed marked spreads. Finland stood at 77.51 EUR/MWh, Portugal at 211.19, Denmark-1 at 250.56, Czechia at 250.85 and Switzerland at 254.14 EUR/MWh. The ratio between the Swiss and Finnish levels reaches about 3.3. Nothing in the file allows this gap to be attributed to gas flows: no gas price and no generation data by technology appears in the supplied data. One can only note that, in a zone where levels above 250 EUR/MWh coexist with inactive eastern corridors, dependence on northwestern entries remains a point of vigilance.

An LNG Market Structuring in Parallel

Globally, contractual signals point to intensified competition for flexible volumes. ADNOC Gas signed a five-year LNG supply agreement with TotalEnergies. TotalEnergies for its part committed to supply 900,000 tonnes of LNG per year to Jiangsu Guoxin for fifteen years. These contracts are not linked by the file to measured European flows. They merely recall that liquefied gas volumes, on which Europe partly depends to supplement pipeline-delivered supply, are now negotiated over long horizons and across multiple markets.

What Can Reasonably Be Concluded

The two available days establish three solid findings. First, the Yamal, Waidhaus and Baumgarten TAG corridors are inactive. Second, the northwestern axis, with Emden, the TTF-THE hub and Zeebrugge, concentrates the highest volumes. Third, the Alpine and Italian zone sees direction reversals from one day to the next.

The file, however, supports no conclusion of either a decline in Norwegian imports or a regime change on October 31. Without a historical series, without gas prices and without confirmation of data completeness, this decline must remain pending verification. The useful reading is structural: the network rests on a small number of entries, and monitoring Emden flows and the Dutch interface remains the most informative indicator.

This article was written with the assistance of artificial intelligence and verified by our editorial team.