France raw gas consumption: GRDF, NaTran H-gas zone
France raw gas consumption: GRDF, NaTran H-gas zone stood at 5,847 GWh in Sep 2026, according to ODRé – Open Data Réseaux Énergies (RTE, NaTran, Teréga). It is one of the indicators in the Monthly gas consumption table (Value · Monthly), with a complete series running from Jan 2017 to Sep 2026. The complete series with an interactive chart, free to download.
This indicator in the Monthly gas consumption table
| Indicator | 09-2026 | 08-2026 | 07-2026 | 06-2026 | 05-2026 | 04-2026 | 03-2026 | 02-2026 | 01-2026 | 12-2025 | |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Raw consumption, GRDF network | 6,294 | 4,844 | 5,386 | 6,194 | 8,858 | 13,294 | 23,699 | 26,242 | 38,347 | 32,184 | |
| NaTran H-gas zone | 5,847 | 4,520 | 5,053 | 5,800 | 8,334 | 12,510 | 22,159 | 24,532 | 35,782 | 30,174 | |
| Teréga H-gas zone | 448 | 324 | 334 | 394 | 524 | 784 | 1,540 | 1,710 | 2,565 | 2,010 |
Understanding france raw gas consumption: GRDF, NaTran H-gas zone
Unadjusted high-calorific gas volumes entering the designated transmission interconnection network capture the actual physical offtake recorded at local distribution delivery points without applying any meteorological normalisation. The figure sums all metered deliveries passing through the specific network infrastructure, including direct industrial offtake, commercial establishments, and residential heating loads connected to this transmission zone. Unlike weather-normalised counterparts, this metric retains the full impact of external temperature shifts, heating system activation, and seasonal weather volatility. It excludes lower-calorific gas networks operating under separate technical specifications, liquefied natural gas terminal send-out not routed through this specific pipeline corridor, and biogas injected downstream of the main transmission metering points.
Interpreting this unadjusted metric requires accounting for weather volatility, as unseasonably warm or cold periods heavily distort monthly comparisons against prior periods. Analysts should prioritize year-on-year comparisons over month-on-month evaluations to avoid severe seasonal distortion caused by winter heating demand surges and summer lulls. Early estimates frequently undergo retrospective revision as late meter readings, billing adjustments, and network balancing data arrive from distribution operators. Comparing this localized transmission zone figure against national aggregates requires caution, since regional climate differences and industrial concentration mean individual zones diverge significantly from country-wide averages.
Frequently asked questions
- Why does this series differ from weather-corrected consumption metrics?
- This series records actual physical volumes without removing temperature anomalies, meaning mild or severe weather directly alters the reported figures.
- Which comparison method is most reliable for tracking changes over time?
- Comparing the same month across consecutive years helps filter out routine seasonal weather swings that otherwise obscure underlying shifts in demand.
- What causes revisions to early estimates for this transmission zone?
- Delayed meter readings, retroactive billing corrections, and final pipeline balancing calculations from network operators prompt periodic updates to initial figures.