European gas hits €100/MWh for first time since 2022

Reaching €100 per MWh means the standard European wholesale gas contract briefly cost €100 for each megawatt hour delivered in the month ahead. It is a market price, not the exact bill every household pays. Still, it matters because wholesale costs influence retail gas and electricity prices.

The Dutch front-month contract at the TTF hub touched €100 around 1.35pm Irish time. It was about 4% higher than the previous session. Gas prices have risen as Middle East conflict and shipping disruptions restrict liquefied natural gas supplies. Gas-fired power stations can also pass higher fuel costs into electricity prices during peak demand.

The level is far below the August 2022 peak of about €340, but it is still disruptive. Gas-intensive sectors, including chemicals, fertilisers and steel, face immediate pressure. Households feel the increase more slowly because retail contracts lag wholesale prices, with much of the impact expected in 2027.

The TTF hub is a major virtual gas-trading market in the Netherlands. Its prices are widely used as Europe's benchmark because traders use the hub to buy and sell gas for delivery across the region. The article identifies the Dutch TTF front-month contract as the benchmark that briefly reached €100 per MWh.

A megawatt hour, or MWh, is a unit of energy equal to one megawatt used for one hour. Quoting gas in euros per MWh expresses the energy's wholesale cost in a common unit. It allows gas contracts and energy bills to be compared even when suppliers handle different physical volumes.

This shared measure makes market movements easy to track. The TTF front-month price rose about 4% in one session. Because gas-fired plants often set electricity prices during high-demand periods, a higher TTF price can also raise wholesale power costs and eventually affect consumers and industry.

The article says current gas prices are trading at around triple their pre-Iran-war levels. That makes €100 per MWh an exceptionally large increase compared with the earlier normal, even though the article does not give the exact pre-conflict price. The comparison shows how sharply the market has changed.

The benchmark's record was about €340 per MWh in August 2022. A price of €100 is about €240 below that peak, or roughly 29% of it. In other words, today's price is less than one-third of the crisis record, but it is still high enough to affect energy-intensive businesses and household bills.

The distinction matters because prices need not return to €340 to cause damage. The article reports reduced output in some gas-dependent industries and warns that bills will rise with a delay. Europe may face another spike if cold weather increases demand while storage and replacement supply remain limited.

Liquefied natural gas, or LNG, arrives by ship from overseas suppliers. When Middle East shipping is disrupted, cargoes can be delayed, diverted or become harder to arrange. That reduces the gas reaching European terminals at a time when the continent is entering its higher-demand heating season.

The mechanism is simple: fewer available cargoes mean buyers compete more intensely for replacement supply. The article reports that Europe's LNG imports were 30% below last year for the week ending 9 October. Mild weather had kept heating demand subdued, but that relief cannot remove the underlying supply vulnerability.

Europe therefore has fewer quick options if another supply route is interrupted. Storage was nearly 75% full across Europe and around 60% in Germany, both weaker positions than last year. Rystad Energy analyst Mathieu Utting said Europe had less storage cushion than needed. Cold weather could intensify the competition and cause another price spike.

Wholesale gas is the cost paid in the market before suppliers sell energy to households or businesses. When it stays high, suppliers eventually pass more of that expense into gas tariffs and electricity prices. Gas-fired power plants often set electricity prices during the periods of highest demand, linking expensive gas to wider energy bills.

For industry, the effect can be immediate. Chemicals, fertilisers and steel use gas as fuel or raw material, and many companies buy at or near wholesale prices. The article says some have reduced output. Households are more protected temporarily because retail contracts lag wholesale movements.

That delay does not remove the cost; it shifts it forward. The article says most of the household bill impact will arrive in 2027. British bills are set to rise again in January, while German gas tariffs for new customers are already up 55% this year. Governments have spent €17.9 billion cushioning households and firms.

Gas storage acts as a reserve for periods when demand exceeds fresh deliveries. Europe had nearly 75% of storage filled as the heating season began, while Germany's storage was around 60%. Those figures sound substantial, but the article says both were significantly below last year's levels and that Europe had less cushion than needed.

The risk is greatest during cold weather. Homes and businesses need more gas for heating, while power generators may also require fuel. If shipping disruptions reduce LNG arrivals at the same time, buyers must compete for fewer available supplies. That competition can push the benchmark price higher.

A smaller reserve also limits Europe's ability to respond quickly to another interruption. Rystad Energy's Mathieu Utting said the continent had fewer replacement options. Equinor's CEO warned of another price spike if cold weather lifts demand later this winter. Analysts foresee at least another year of high gas prices because storage must be rebuilt.

Electricity markets generally use available power plants in order of operating cost, adding more expensive generators as demand rises. During peak periods, natural-gas plants are often among the generators needed to meet the last part of demand. The plant setting that final market price can influence what many buyers pay.

The article states that natural-gas-fired plants typically set electricity prices during the periods of highest demand. Their key cost is gas. If the TTF gas price rises, producing electricity with those plants becomes more expensive. The higher gas cost can therefore raise wholesale electricity prices even for power produced by other sources.

That link spreads the gas shock beyond gas bills. The German front-year baseload contract rose to €159.30 per MWh, while France's equivalent reached €122.50. Higher wholesale power costs can feed into industry and consumer bills, adding pressure while Europe enters winter with weaker storage than last year.