European gas price crosses €100 for first time since 2022 as EU warns of new crisis

The Dutch TTF gas contract is a standard agreement for buying or selling natural gas at a future date through the Netherlands-based Title Transfer Facility. It is not gas physically stored in one Dutch location. Instead, it is a major trading hub where market participants exchange gas and set prices. The source identifies the front-month Dutch TTF contract as Europe’s benchmark.

Its benchmark role comes from the volume of trading and its connection to Europe’s shared gas market. When available supplies fall or demand rises, TTF prices respond quickly. On Wednesday, the contract traded at €100.37 per megawatt-hour, up more than 4% that day. That made it a clear measure of Europe’s worsening supply conditions.

The article does not explain TTF’s market structure in detail. It does show why the contract matters now: disrupted LNG shipments, low storage, and competition with Asia pushed the benchmark sharply higher. Households, businesses, and policymakers watch it because it signals likely pressure on future energy costs.

A price above €100 per megawatt-hour marks a severe increase in Europe’s gas costs. It is more than three times the roughly €32 level recorded before the Iran war began in late February. That makes the move economically significant for consumers, companies, and governments managing winter energy supplies.

The comparison with 2022 adds perspective. The benchmark remains far below its record of about €340 per megawatt-hour in August 2022. It also crossed €100 for the first time since December 2022, when Europe was still experiencing the energy crisis that followed Russia’s full-scale invasion of Ukraine. The new level is therefore alarming, but not historically extreme.

The immediate message is that prices have risen sharply while storage is below the usual target. Gas demand is around 20% lower than before the 2022 crisis, which provides some protection. Yet Europe must compete with Asia for spare LNG cargoes, leaving prices exposed to further swings during winter.

Gas storage acts as a buffer between summer preparation and winter demand. When storage is low, Europe has less protection against cold weather, supply interruptions, or sudden competition for cargoes. Buyers must secure replacement gas at prevailing market prices. That extra competition can push the benchmark price higher.

The article gives a clear example. EU storage was 75% full on 21 October, below the usual 90% target for 1 November. Almost no Qatari LNG reached the EU over the summer, while Europe increasingly relied on the United States. ACER estimated that the war had already increased Europe’s gas-import bill by €18 billion to €33 billion.

Higher wholesale costs can raise fuel bills for households and operating costs for businesses. Tight diesel supplies may keep broader energy prices high too. Storage was only 28% full at last winter’s end, so refilling has been slow and costly. Lower gas demand helps, but winter competition with Asia could still create further price swings.

Russia’s full-scale invasion of Ukraine was followed by Europe’s earlier energy crisis, and the gas market reached an extraordinary peak. The source links that crisis to the benchmark’s record of about €340 per megawatt-hour in August 2022. It also notes that €100 was last seen in December 2022, at the height of that period.

Today’s situation is being compared with 2022 because prices have again crossed €100 and supply conditions are tight. The Iran war has disrupted LNG shipments from several sources, mainly Qatar. Europe also entered summer with storage well below normal, making it harder to build a comfortable reserve before winter.

The scale is different so far. Current prices remain far below the 2022 record, and gas demand is about 20% lower than before that crisis. Still, EU Energy Commissioner Dan Jørgensen warned of another energy crisis and a difficult winter. Competition with Asia could bring further volatility.

Qatar matters because it has been a major LNG source for Europe, but the Iran war disrupted shipments and almost no Qatari LNG reached the EU over the summer. That removed an important supply stream just as Europe was trying to refill storage before winter.

The United States matters because it has become Europe’s leading replacement source. ACER said the US now supplies roughly 30% of Europe’s gas. Asian buyers matter because they may compete with Europe for spare LNG cargoes during winter. If Asian demand attracts available shipments, European buyers may need to pay more to secure supplies.

These links make Europe’s gas market more exposed to events far beyond Europe. The article says disrupted LNG shipments have cut supplies from several sources, mainly Qatar. It also warns that competition with Asia could cause further price swings. Canada is being considered for a long-term LNG deal, but that would not immediately solve the current winter tightness.

Europe’s immediate options are to secure LNG from other suppliers, refill storage as far as possible, and limit how much gas it needs. The article specifically identifies the United States as a growing supplier and says the EU and Canada are exploring a long-term LNG deal. Those measures could diversify supply, although the Canadian proposal is long term rather than an immediate winter fix.

The mechanism is straightforward. More LNG cargoes can replace some disrupted shipments, while lower demand makes existing stocks last longer. Europe’s gas demand is around 20% below its pre-2022 crisis level. Countries have also been allowed to apply the usual 90% storage target more flexibly, reflecting the difficulty of reaching it.

The near-term position remains tight. Storage was 75% full on 21 October, and Qatar supplied almost no LNG over summer. Europe must compete with Asia for spare cargoes. EU energy ministers were due to meet, while the Commission also wanted more European refinery output to address tight diesel supplies.

Liquefied natural gas is natural gas cooled until it becomes a liquid, allowing large quantities to be transported by ship. At its destination, it is turned back into gas for use in homes, power generation, and industry. This explanation uses established energy knowledge; the source discusses LNG shipments but does not define the process.

The mechanism connects regional markets through movable cargoes. Europe can receive LNG from the United States or Qatar, rather than relying only on nearby pipeline supplies. If shipments are disrupted, Europe must look for other cargoes. If Asian buyers also need those cargoes, they compete with European buyers and can raise the price needed to secure supply.

The article illustrates this connection directly. Almost no Qatari LNG reached the EU over summer, and the US supplied roughly 30% of Europe’s gas. It warns that Europe and Asia will compete for spare LNG over winter. North American prices are not detailed, but US exports link North American supply with overseas demand.