The Energy War

It is just after midnight on February 28, 2026, and two hundred Israeli fighter jets are crossing into Iranian airspace. Operation Roaring Lion. Five hundred military targets across western and central Iran — air defenses, missile launchers, and the compound of Supreme Leader Ali Khamenei. Hours later, the United States begins its own strikes. Operation Epic Fury. Nuclear facilities in Isfahan. Ballistic missile infrastructure in Karaj. Radar installations in Qom and Tabriz. The President of the United States describes this as the start of "major combat operations."

By dawn, Khamenei is dead. Iran fires ballistic missiles at Israel and at American facilities in Bahrain, Kuwait, Qatar, and the UAE. Iranian state media announces that the Strait of Hormuz is "effectively shut." Ships in the waterway report radio broadcasts from the Iranian Navy: transit is banned.

Twenty million barrels of oil pass through the Strait of Hormuz every day. One-fifth of global petroleum consumption. One-quarter of all seaborne oil trade. The narrowest point of the Strait is thirty-three kilometers wide. At the moment those radio broadcasts begin, it becomes the most consequential chokepoint on Earth — not for the twentieth-century reason, but for the twenty-first.

Oil does not power artificial intelligence. The chapter will return to that sentence. But first, it must explain why oil matters anyway.

China imports 11.55 million barrels of crude oil every day. Over seventy percent of its total consumption. Ninety percent arrives by sea, and the overwhelming majority of that seaborne oil passes through two chokepoints: the Strait of Hormuz and the Strait of Malacca. A quarter of China's daily oil supply transits Hormuz directly — from Saudi Arabia, Iraq, Iran, and the Gulf states that cluster around the Persian Gulf like refueling stations on a highway that now runs through a war zone.

The numbers tell the story of a nation that understood its vulnerability and prepared for it — up to a point. Throughout 2025, China stockpiled crude at a rate of 430,000 barrels per day, accumulating 1.5 billion barrels of reserves in government, commercial, and underground storage. One hundred and thirty days of import coverage at current consumption rates. Eleven new storage facilities under construction. In the six days before the strikes — February 15 through 20 — Iran loaded 20.1 million barrels at its Kharg Island export terminal, nearly three times January volumes. The presumed destination was China. Whether this represented foreknowledge or prudence or both, it was a government and its largest customer behaving as though the countdown had already begun.

But stockpiles are a buffer, not a strategy. One hundred and thirty days sounds like a long time until you consider what those days cost: 11.5 million barrels per day multiplied by whatever price the market sets after the world's most important oil chokepoint goes dark. Pre-strike, Brent crude sat at seventy-two dollars per barrel. Post-strike projections range from eighty to one hundred thirty, depending on how long the Strait stays closed. At the severe end, the Dallas Federal Reserve estimates a 1.3-percentage-point increase in annualized inflation. Analysts at JP Morgan and CSIS project prices above one hundred twenty dollars if production facilities are also damaged. A prolonged closure is what economists call a "guaranteed global recession trigger."

Now return to the important sentence: oil does not power artificial intelligence.

This is technically true, and it is precisely the kind of technical truth that obscures a deeper reality. In the United States, oil generates less than one percent of electricity. American data centers run on domestically produced natural gas — the country hit record production of 107 billion cubic feet per day in 2025 — supplemented by nuclear power, renewables, and a growing fleet of behind-the-meter gas generators bolted directly onto data center campuses. VoltaGrid and Oracle are installing 2.3 gigawatts of gas generation for the Stargate complex in Texas. Meta is deploying 366 megawatts of modular gas units for a single facility in El Paso. The interconnection requests for on-site gas generators jumped 160 percent year over year. The US does not need imported oil to run its AI infrastructure. It does not need imported anything.

China's data centers are seventy percent coal-powered. Coal is domestic. The electricity that trains and runs Chinese AI models comes, overwhelmingly, from Chinese mines. So on the narrow question — does oil power the chips? — the answer is no, in both countries.

But chips do not exist in a vacuum. They exist in an economy. And the economy that designs, fabricates, ships, packages, installs, cools, maintains, and finances those chips runs on oil.

Here is the mechanism. An oil price spike of thirty to sixty dollars per barrel cascades through transportation, manufacturing, petrochemicals, plastics, agriculture, construction materials, cooling equipment, chip shipping, and labor costs simultaneously. It is not a targeted disruption. It is a tax on everything. Training a frontier AI model costs upward of one hundred million dollars. That number rises when the economy enters recession, when capital markets tighten, when logistics chains slow, when construction materials cost more, when the engineers who build data centers demand higher wages because their groceries cost more. Oil does not power AI. It powers the civilization that produces AI. And if you disrupt the oil, you disrupt the civilization, and the AI investment dries up — not because the electrons stopped flowing but because the money did.

The asymmetry is breathtaking. The United States produced a record 13.6 million barrels of oil per day in 2025. It exported a record 111 million metric tons of liquefied natural gas — the first country to surpass one hundred million. It imports oil, yes, primarily from Canada and Mexico through pipelines that do not traverse a war zone. Its data centers run on gas and nuclear. Its AI infrastructure is, in energy terms, functionally self-sufficient.

China is not. China imports seventy percent of its oil and forty-five percent of its natural gas. Both transit chokepoints that the United States or its allies can threaten. China's data center fleet runs on domestic coal, which is secure — until you realize that coal mining and transportation require diesel fuel, that grid instability forced power rationing as recently as 2021, and that the broader economy that funds the hundred-billion-dollar annual AI investment runs on imported energy the way a human body runs on blood.

Cut the blood supply and the brain stops working. Not because the brain needed blood to think, but because the heart needed blood to beat.

There is a historical pattern here, and it is older than artificial intelligence.

In September 2019, drones and cruise missiles struck Saudi Aramco's Abqaiq and Khurais processing facilities and knocked out 5.7 million barrels per day of production — the single largest daily oil supply disruption in recorded history. Oil jumped fifteen percent overnight. And then Saudi Aramco repaired the damage, restored production, and prices returned to pre-attack levels within two weeks. The lesson appeared to be that modern oil infrastructure is surprisingly resilient.

The lesson was wrong — or rather, incomplete. What Abqaiq proved was that temporary disruptions produce temporary price spikes. Repair the damage, restore the flow, calm the markets. The danger is not a single strike. The danger is a sustained conflict that prevents restoration. A government in survival mode. A strait closed not for hours but for weeks. A retaliatory spiral in which the rational constraints — Iran's own exports transit Hormuz; closure cuts off Iran's own revenue — evaporate because the strikes that killed the Supreme Leader have already destroyed the rational-actor framework. This is what strategists call "death ground" reasoning. A nation that believes it has nothing left to lose does not optimize for revenue.

The Iran-China energy relationship tells you who gets hurt. In 2025, Iran delivered 1.38 million barrels per day to China — thirteen percent of China's total imports, roughly ninety percent of Iran's total exports. Payment in yuan, routed through a covert financial vehicle called Chuxin, bypassing the dollar-denominated SWIFT system entirely. Shadow tankers made over 1,500 trips from Iran to China in a single year. A parallel oil economy, invisible to the institutions designed to regulate global trade, now severed at the wellhead by American bombs.

This is the logic that governs every front in this war: whoever controls the flow controls the race. Energy does not need to power AI directly to matter. It needs only to power the economy of whoever is building AI — and that economy can be disrupted, taxed, starved, or redirected by anyone who holds the chokepoints. The United States holds the chokepoints. China holds the demand. The asymmetry is the weapon.

And on January 3, 2026 — five weeks before the strikes on Iran — the United States exercised that weapon on a second front. Operation Absolute Resolve. Strikes on Caracas. The capture of Nicolás Maduro. And the announcement that the world's largest proven oil reserves, 303 billion barrels beneath Venezuelan soil, would now be sold under American control "indefinitely."

Iran's oil, struck at the wellhead. Venezuela's oil, seized at the terminal. The word "coincidence" is doing a lot of work.