Natural Gas Storage Report

Check financial news and data sources such as Investing.com (economic calendar), Reuters, S&P Global Platts and ICIS, or specialist energy services like Montel. The consensus estimate is usually published by Wednesday. Some brokers also provide it in their research sections. The EIA itself publishes the actual figure on eia.gov.

No. Only trade when there's a meaningful surprise (typically >5-8 Bcf) and the European backdrop doesn't contradict it. In-line reports are choppy and unpredictable. Quality over quantity - it's better to trade 2-3 good surprises a month than to force a trade every week, especially given the short NBP/TTF window after 15:30.

Via FCA-regulated spread betting or CFDs you can start small - roughly GBP 500-2,000 with disciplined 1.5% risk sizing, and GBP 2,000-5,000 gives more flexibility. ICE NBP/TTF futures require materially more (initial margin in the low thousands of GBP/EUR per lot, plus a buffer), which is why most retail traders use spread bets/CFDs.

Most of the action happens in the first 30-60 minutes. On NBP/TTF you also have a hard constraint: the futures session closes around 17:00-18:00 London, ~90 minutes after a 15:30 report. Scalps exit within 5-15 minutes (~1-1.5 p/therm); a swing might run 1-2 hours, but to hold longer you'd switch the directional view onto a US Henry Hub spread bet/CFD (open to ~23:00 London).

Don't chase. If you missed the first 2-3 minutes, wait for the first pullback in the surprise direction - it often comes 5-10 minutes after the report and offers better risk-reward than chasing the spike. On NBP/TTF, factor in the limited time before the 17:00 close when deciding whether the remaining move is worth it.

Check US HDDs (winter) or CDDs (summer) for the report week, and add a UK/NW-Europe weather overlay for the NBP/TTF leg. If weather was extreme, analysts will have adjusted expectations - so a 'smaller than expected' withdrawal during extreme cold is actually bearish (demand was even lower than the weather suggested). Always interpret the surprise relative to weather-adjusted expectations.

Follow the spike when the surprise is large (>10 Bcf), context supports the direction, and the breakout is clean with volume (and Henry Hub confirms). Fade the spike when the surprise is small (<5 Bcf), the move is extended from VWAP, the European context contradicts it, or an exhaustion candle appears. Never fade large surprises.

Injection season (Apr-Oct): reports show positive numbers (injections); a smaller injection is bullish. Withdrawal season (Nov-Mar): reports show negative numbers (withdrawals); a larger withdrawal is bullish. Sensitivity is higher in winter due to heating-demand urgency, and the European 1 November storage-target deadline adds its own seasonal pressure on TTF/NBP.

Futures (ICE NBP/TTF): faster execution and good liquidity, but a short session and large contract sizes. Options (ICE NBP/TTF): defined risk, good for uncertain direction (straddles) or leverage with a capped loss. Spread bets/CFDs: flexible GBP-per-point sizing, FCA-regulated, and spread betting is tax-free for UK retail clients; US Henry Hub spread bets also trade late, useful for extended moves. Choose based on risk appetite, the size of move expected, and tax position.

Pre-report, identify key NBP/TTF support/resistance. The ideal entry has the surprise direction aligned with the technical setup (e.g. a bullish surprise with price at support = a strong long). Use technical levels for stop placement and targets, and respect major levels even with a strong surprise - they often cap the move before the session closes.

Use HDDs/CDDs as the primary driver for the US (EIA) number: estimate the HDD contribution to demand, add base-demand assumptions, and adjust for known supply factors. Then overlay a European balance view (Norwegian flows, LNG send-out, EU/UK demand, AGSI+ trajectory) to judge whether NBP/TTF will actually follow. Compare your forecast to consensus - divergence is your edge - and track your accuracy over time.

A fast data feed (premium news service or direct EIA feed), pre-configured orders with exact triggers, a low-latency platform, and a quick decision framework (know exactly which numbers trigger which action). Watch US Henry Hub for the first reaction since it leads NBP/TTF. Practise execution speed regularly, and for the fastest or latest plays consider a Henry Hub spread bet given the short NBP/TTF session.

Build a database of past reports (surprise, context, price moves for NBP, TTF and Henry Hub). Run regressions to find sensitivities (price move per Bcf surprise, context multipliers); expect a lower R-squared and smaller beta for NBP/TTF than for Henry Hub because European prices load on European-specific drivers. Determine your optimal surprise threshold for profitability, use the model for sizing and targets, and update it continuously.

Calendar spreads (the front month is more sensitive than back months), the NBP-TTF basis, the transatlantic TTF-Henry Hub relationship and the TTF-JKM spread (which redirects LNG cargoes), plus sympathetic moves in related energy (Brent, heating oil). If NBP/TTF lag a clear Henry Hub reaction, the temporary mispricing can be faded back toward the normal relationship. Size smaller in cross-market trades and manage correlation risk.

Define entry rules (surprise threshold, breakout confirmation, a European-confirmation filter), position sizing (by surprise magnitude), stop and target rules, time stops and session limits (including a hard flatten before the ~17:00 London close), and a venue rule (NBP/TTF futures vs a Henry Hub spread bet). Track every trade, review monthly and refine quarterly. The system removes emotion and ensures consistency.