Prism
March 26, 2026· 14 min read

The Second Shock: Why Europe's Energy Defenses Were Built for the Wrong Crisis

After 2022, Europe spent hundreds of billions fortifying against a gas crisis. The Hormuz disruption is an oil crisis. Almost nothing built in the last four years helps.

Germany's first floating LNG terminal at Wilhelmshaven was commissioned in December 2022 to a chorus of political self-congratulation. Within two years the country had done what permitting processes usually stretch across a decade: multiple floating storage and regasification units moored along the North Sea and Baltic coasts, capable of replacing a meaningful share of Russian pipeline gas. The Netherlands opened an FSRU at Eemshaven. France expanded its existing Dunkirk and Fos-sur-Mer terminals. By 2024, Europe had added roughly 80 billion cubic meters of annual LNG regasification capacity, and EU gas storage regulations mandated 90% fill levels before each winter. The message was clear: never again.

Then, in March 2026, Brent crude crossed 100 dollars a barrel and kept climbing. Iran's de facto closure of the Strait of Hormuz after the war began on February 28 disrupted roughly 20 million barrels per day of oil transit, about a fifth of global consumption. And the shiny new terminals sat in their harbors, doing exactly nothing about it.

The reason is both obvious and widely overlooked. Europe had spent hundreds of billions preparing for one specific threat: the loss of Russian pipeline gas. The Hormuz disruption is a different beast entirely. This is not a gas crisis. It is an oil crisis. And almost none of the infrastructure Europe built since 2022 addresses oil.

The Trophy That Does Not Fight This War

The scale of Europe's post-2022 gas infrastructure buildout was genuinely impressive. Germany alone commissioned FSRUs between late 2022 and 2024 at Wilhelmshaven (two units), Brunsbüttel, and Lubmin, eventually operating five floating terminals by end of 2024. These vessels receive liquefied natural gas from tankers, regasify it, and feed it into the pipeline grid. Billions of euros flowed into new LNG import capacity as part of the REPowerEU plan, which mobilised close to 300 billion euros across all energy transition measures.

But an LNG terminal cannot receive an oil tanker. The two supply chains share almost nothing. Natural gas arrives as supercooled liquid at minus 162 degrees Celsius in specialized membrane-tank carriers. Crude oil arrives at ambient temperature in very different vessels and enters an entirely separate processing system. The gas storage caverns that Europe filled so diligently through 2023, 2024, and 2025 contain methane, not petroleum. The interconnectors linking Iberian LNG terminals to Central Europe carry gas, not oil.

Every asset in the post-2022 buildout answers the same question: what if Russian gas disappears again? That question was urgent in 2022 and remains relevant. But it is not the question that March 2026 is asking. The Hormuz closure does not threaten Europe's methane supply. Norwegian pipeline gas still flows. American LNG tankers still dock at Wilhelmshaven. The TTF gas price has risen from 32 to 59-74 EUR per megawatt-hour, a painful but manageable increase compared to the 2022 spike that pushed above 300. The gas defenses, in other words, are working. They are simply irrelevant to the current problem.

Gas Crisis, Oil Crisis: The Distinction That Matters

Strip away the headlines about "energy crisis" and the two shocks look structurally different at every level.

The 2022 crisis was bilateral and sectoral. Russia cut pipeline gas to specific European customers. The weapon was a pipeline valve that Moscow could turn. The victims were identifiable: Germany, Austria, Italy, and others directly connected to the Russian grid. And the solution, however expensive, was substitution: replace pipeline gas with LNG from alternative suppliers, reduce demand, fill storage. Europe executed this substitution with remarkable speed, and it worked.

The 2026 crisis operates through different mechanics. Iran did not target Europe specifically. The Hormuz closure disrupts a global maritime chokepoint through which roughly 20 to 21 million barrels of crude oil flow daily. The impact propagates through price, not through physical supply cutoff. Even European crude that never touched the Strait rises in cost because global markets price oil at the margin. North Sea Brent, West African grades, and US export barrels all jumped because the global supply balance lost a fifth of its seaborne volume overnight.

The EU imports roughly 9 million barrels of crude per day. A relatively modest share, roughly 13 percent, historically came directly from Middle Eastern producers whose exports transit Hormuz, primarily Saudi Arabia and Iraq. But the actual exposure is far larger than that share suggests, because every barrel on the global market now costs dramatically more. When Brent moves from 65 to 119 dollars per barrel, every barrel Europe imports carries that premium, regardless of origin.

This distinction has a critical policy implication. Diversifying gas suppliers was the correct response to 2022, and it succeeded. Diversifying oil suppliers does not protect against Hormuz, because oil is a globally fungible commodity priced on a single world market. There is no pipeline valve to turn. There is no bilateral relationship to renegotiate. The price is the price.

Ninety Days and Counting

Europe does have one line of defense built specifically for oil disruptions: strategic petroleum reserves. The International Energy Agency requires its member states to hold emergency stocks covering 90 days of net oil imports. These reserves exist precisely for moments like March 2026.

But the number 90 is less reassuring than it sounds.

First, the reserves are not held in one place or managed by one authority. Each EU member state maintains its own stocks, some government-held in salt caverns and tank farms, some mandated as "compulsory stocks" held by industry. Coordination for a release requires IEA negotiation among dozens of countries with different stock levels, different consumption patterns, and different political incentives. The IEA has coordinated emergency releases on only a handful of occasions: during the 1991 Gulf War, after Hurricane Katrina in 2005, during the 2011 Libya crisis, and twice in 2022 following Russia's invasion of Ukraine. The combined 2022 releases totaled approximately 182 million barrels across all participating states. They took weeks to organize, and they addressed a price spike, not a physical shortage.

Second, actual reserve levels vary considerably across Europe. The EU-wide average hovered around 85 to 90 days of net imports in early 2026, but individual countries ranged from well above the minimum to uncomfortably close to it. Some had drawn down stocks during the 2022 crisis and not fully replenished them. Others face the technical reality that reserve infrastructure ages: tank farms require maintenance, underground caverns need integrity monitoring, and aged product must be cycled.

Third, the arithmetic of drawdown depends on assumptions about how much supply is actually lost. If Europe needs to replace 2 million barrels per day from reserves, 90 days of total stock lasts roughly that period. If the gap is smaller because some Middle Eastern oil finds alternative routes or because demand falls, reserves stretch further. If the gap is larger because panic buying, hoarding, or refinery shutdowns compound the disruption, they deplete faster. The IEA's 90-day figure is a planning parameter, not a guarantee.

And unlike the 2022 gas crisis, where the supply gap was finite and substitution progressively closed it, the Hormuz disruption persists as long as the strait remains contested. Reserves buy time. They do not buy a solution.

The Refinery Problem Nobody Mentions

Assume, for the sake of argument, that Europe secures alternative crude supplies. West African grades, additional North Sea output, US exports. The barrels arrive at European ports. Problem solved?

Not quite. European refineries cannot simply swap one crude for another the way a car engine accepts different brands of gasoline. Refineries are complex chemical plants calibrated for specific crude grades. The critical variables are density (heavy versus light) and sulfur content (sour versus sweet). A refinery built to process medium-sour Middle Eastern crude from Saudi Arabia or Iraq has specific cracking and desulfurization units sized for that feedstock. Feeding it light-sweet crude from the US Permian Basin or the North Sea produces a different product slate: more gasoline, less diesel and fuel oil.

This matters because Europe has a chronic diesel deficit. The continent consumes far more diesel than its refineries produce, importing roughly 700,000 to 900,000 barrels per day of diesel and gasoil to make up the shortfall. Before 2023, much of that came from Russia. After EU sanctions banned Russian refined product imports in February 2023, Europe shifted to diesel from Middle Eastern and Indian refineries. Those flows now face the same Hormuz disruption.

So the diesel supply chain has been disrupted twice in four years. First, Europe lost Russian diesel and replaced it with Middle Eastern diesel. Now it risks losing the replacement. The Mediterranean refining complex, with major facilities along Italian, Greek, and Spanish coasts, was configured for Middle Eastern crude grades precisely because geography made those imports natural. Those refineries face the highest operational stress from feedstock substitution.

The refinery dimension of the crisis operates on a timescale that no emergency measure can compress. Reconfiguring a refinery for different crude grades takes months to years and hundreds of millions in capital investment. It is not a crisis response. It is an infrastructure decision that should have been made in 2023 and was not.

The Subsidy Hangover

When gas prices spiked in 2022, European governments reached for the same tool: subsidies. Germany created a 200-billion-euro Economic Stabilization Fund to cap gas and electricity prices. France froze regulated energy tariffs. Italy, Spain, and others deployed fuel tax cuts, heating supplements, and industrial support packages. In total, EU member states spent over 300 billion euros on crisis-related energy subsidies and price interventions in 2022 and 2023 alone, part of a broader package that approached 800 billion when including all energy support measures.

Those programs worked. They prevented the worst social and industrial damage. They also consumed enormous fiscal space.

The conditions that enabled that spending no longer exist. In 2022, the European Central Bank's policy rate was still near zero, and sovereign borrowing costs were historically low. EU fiscal rules had been suspended since 2020 under the general escape clause triggered by COVID-19. Governments could borrow cheaply without penalty.

By early 2026, all three conditions have reversed. ECB rates have been tightened through the hiking cycle and remain elevated. Sovereign borrowing costs for peripheral eurozone members have risen substantially. France's debt-to-GDP ratio exceeded 110 percent in 2025; Italy's approached 140 percent. And the reformed EU fiscal governance framework, which took effect in 2024, reimposed deficit limits and requires faster debt reduction trajectories.

A government that wants to repeat the 2022 subsidy playbook in 2026 faces a wall. Capital markets will charge higher interest on new borrowing. The European Commission will flag excessive deficit procedures. And the ECB, facing an inflationary oil shock, cannot cut rates to ease the fiscal burden, because cutting rates during a supply-driven price spike risks unleashing a wage-price spiral. The central bank and the treasury are pulling in opposite directions.

Some countries retain more fiscal room than others. Germany, despite its stabilization fund, still carries relatively moderate debt. The Netherlands and the Nordic states have headroom. But the countries most exposed to oil disruption, the Mediterranean economies with their Middle Eastern crude dependency and high debt ratios, are precisely the ones with the least capacity to subsidize their way out.

The Solidarity Gap

Perhaps the most underappreciated difference between 2022 and 2026 is psychological. When Russian gas stopped flowing, European voters understood why they were paying more for energy. Putin had attacked Ukraine. Standing with a besieged democracy required sacrifice. Eurobarometer surveys through 2022 showed majority support for sanctions in most EU member states even as energy bills doubled and tripled. The sacrifice had a moral framework. It had an emotional anchor.

The Hormuz crisis has neither.

This is not a war Europe chose. Most European publics never supported the US strikes on Iran. An ARD Deutschlandtrend poll in March 2026 found that 60 percent of Germans consider the Iran strikes unjustified. The pattern is consistent across the continent, recalling the 70 to 80 percent opposition rates seen across Europe during the Iraq War in 2003. Voters who accepted austerity for Ukraine solidarity have no equivalent reason to accept austerity for a conflict they consider illegitimate, initiated by an American president most Europeans distrust.

This solidarity gap has concrete policy consequences. A government that asks voters to turn down thermostats or accept fuel rationing needs a story that justifies the pain. "We stand with Ukraine" was such a story. "America bombed Iran and now oil is expensive" is not. The political space for demand-side measures, voluntary or mandatory, has shrunk to nearly zero. Any European leader who proposes fuel rationing in the context of the Iran war risks the same fate as Giorgia Meloni: association with an unpopular American war becoming a domestic political weapon.

The solidarity gap also blocks European coordination. In 2022, the EU managed to impose collective gas storage requirements, coordinate subsidy guidelines, and negotiate joint gas purchases precisely because member states agreed on the cause and the response. In 2026, they cannot even agree on whether to send warships to Hormuz, let alone on burden-sharing for economic pain caused by someone else's military operation.

What Would Actually Help

The infrastructure that would protect Europe against an oil supply disruption looks nothing like what was built after 2022. It would include expanded refined product storage, especially diesel and jet fuel. It would include refinery flexibility investments that allow crude grade switching. It would include pre-negotiated IEA drawdown protocols that can be activated within days rather than weeks. It would include demand reduction plans, tested and politically prepared, from speed limit reductions to public transport expansion.

Some of these tools exist in theory. The IEA maintains a list of Demand Restraint Measures that member states can deploy. They include the mundane and politically awkward: lower highway speed limits, car-free Sundays, restrictions on heating temperatures. These measures were never deployed at scale because no government wanted to test voter tolerance for visible austerity.

The EU, unlike the United States, has no centralized strategic petroleum reserve. The US SPR, despite drawdowns that left it at roughly 400 million barrels in early 2026, remains a single coordinated instrument under one government's authority. Europe's reserves are fragmented across 27 member states, each with different stock management practices and different political incentives for release.

None of this was built, negotiated, or politically prepared in the four years after 2022 because the 2022 crisis taught a specific lesson: gas is the vulnerability. That lesson was correct for its moment. It was disastrously incomplete as a diagnosis of European energy security.

Fighting the Last War

The pattern is older than Europe's current predicament. Militaries build fortifications against the last invader's route. Financial regulators redesign rules around the last crisis's mechanism. And energy policymakers, having survived a gas shock, fortified against gas.

The Brent-TTF divergence in March 2026 tells the story in two numbers. TTF gas rose from 32 to 59-74 EUR per megawatt-hour, a significant but not catastrophic increase. The gas defenses held. Brent crude rose from 65 to 100-119 dollars per barrel, a near-doubling that is transmitting into diesel, gasoline, jet fuel, petrochemicals, and every industrial process that touches petroleum. The oil defenses, such as they were, did not hold because they were never really built.

Europe will eventually muddle through this crisis, as it has muddled through others. Reserves will be drawn. Prices will allocate scarcity. Some demand will be destroyed by recession rather than policy. Voters will be angry, governments will scramble, and in the aftermath there will be another building program, another set of fortifications.

The question that this crisis poses is not whether Europe can survive it. The question is whether Europe will learn the right lesson from it, or whether it will once again spend the next four years building the perfect defense against the crisis that just ended, and remain unprotected against the one that has not yet begun.

Sources:
  • IEA Oil Market Report, March 2026
  • European Commission REPowerEU progress reports, 2022-2025
  • Eurostat energy import and dependency statistics
  • Bruegel energy crisis tracker (subsidy spending estimates)
  • GIE (Gas Infrastructure Europe) storage data
  • Bundesministerium für Wirtschaft und Klimaschutz (BMWK), LNG terminal commissioning data
  • IEA Emergency Response Review, coordinated stock release history
  • ECB Economic Bulletin, Q1 2026
  • Infratest dimap / ARD Deutschlandtrend, March 2026
  • Eurobarometer surveys on energy and security, 2022-2026
  • FuelsEurope refining capacity data
  • Bloomberg, Reuters market data (Brent crude, TTF gas)
  • EU Regulation 2022/1032 on gas storage
  • EU fiscal governance reform framework, 2024
  • S&P Global, IEEFA European LNG Tracker
  • ESMA report on August 2022 TTF gas price surge
  • Visual Capitalist, EU crude oil import data 2024
This article was AI-assisted and fact-checked for accuracy. Sources listed at the end. Found an error? Report a correction