The Hormuz Crisis Proves Energy Independence Was Two Different Promises — and We Only Built Half

One month into the closure of the Strait of Hormuz, the world's largest energy supply disruption in modern history is producing a clean, brutal experiment in what "energy independence" actually means. The results are not flattering to anyone who used the phrase in a stump speech.

Let me set the scene. On February 28, the United States and Israel launched coordinated strikes on Iran. Iran responded by effectively shutting down the Strait of Hormuz, the 21-mile-wide chokepoint through which roughly 20% of the world's oil supply normally passes¹. Tanker traffic dropped to near zero. The IEA's executive director called it "the greatest global energy security challenge in history"². Brent crude surged past $126 a barrel. The IEA coordinated a record 400-million-barrel release from strategic reserves¹⁴. And President Trump told the world that the closure "doesn't really affect" the United States³ because "we have so much oil."

Trump was wrong. But understanding precisely how he was wrong, and how he was partially right, matters enormously for what comes next.

The price signal is inescapable. The core mechanism is simple: oil is a globally fungible commodity, meaning a barrel of Texas crude competes for the same price as a barrel from Kuwait. When Hormuz removes 20% of global supply, the price rises everywhere. U.S. gasoline prices jumped over 50 cents per gallon within two weeks³ of the closure. As Mark Finley at Rice University's Baker Institute put it, "if something goes wrong anywhere, the price goes up everywhere." By late March, the average U.S. gasoline price was approaching $4 per gallon¹², with California exceeding $5¹. The Dallas Fed estimated the closure could lower global GDP growth by 2.9 annualized percentage points⁴ in the quarter affected.

This price transmission is not a policy failure anyone could have fixed by drilling more. It is market structure. It was equally true in 1973, when the Arab Oil Embargo targeted specific countries but raised prices globally, and it is equally true in 2026. No amount of domestic production volume changes this. American producers sell at global benchmark prices. When those benchmarks spike, American consumers pay more. Period.

And the evidence from the OECD's March 2026 interim outlook⁵ confirms this across the board. G20 inflation is now projected at 4.0% in 2026, a full 1.2 percentage points higher than previously forecast. The UK received the largest growth downgrade among G20 economies⁶, with its 2026 forecast slashed by 0.5 points to just 0.7%. The eurozone was cut by 0.4 points to 0.8%⁷. These are price-transmission effects, not physical shortage effects, and they hit everyone.

But here is where I think the simple "energy independence was always a fiction" narrative gets important things wrong.

The U.S. is doing better. The question is: at what? The OECD actually upgraded the U.S. growth forecast by 0.3 percentage points to 2.0%⁸ for 2026, even as it was slashing the UK, eurozone, and Japan. U.S. core inflation, according to the OECD, is projected at 3.0% — unchanged from the December forecast — with the energy shock remaining "neatly contained in the commodity components." That divergence between the U.S. and the UK (growth upgraded vs. slashed, core inflation stable vs. surging) is meaningful. It suggests that the shale revolution and LNG infrastructure built over two decades are doing real work — just not the work that was advertised.

The work they are doing is physical supply security and geopolitical leverage. The U.S. entered 2026 producing a record 13.6 million barrels per day¹¹, holding an SPR of approximately 415 million barrels⁹, and possessing LNG export capacity that materially helped Europe survive Russia's gas cutoff in 2022. Trump authorized a 172-million-barrel SPR release¹⁰. American gas stations are not running out of fuel. There are no rationing lines.

Compare this with Australia, which holds just 36 days of petrol supply¹⁵ — less than half the IEA's recommended 90-day minimum — and has been non-compliant with IEA obligations since 2012¹⁶. Australia imports roughly 90% of its refined fuel, primarily from Asian refineries that themselves depend on Middle Eastern crude shipped through Hormuz. Petrol prices there have surged by approximately 50 cents per litre¹⁵, with analysts warning of potential rationing¹⁷ if the crisis extends. Or consider the UK, where petrol hit 141.74p per litre¹⁸ by mid-March, diesel climbed toward 180p, and the Bank of England shelved planned rate cuts¹⁹ because the inflation outlook shifted so dramatically. The UK's North Sea production peaked in 1999 and has declined steeply. It never built strategic reserves proportionate to its consumption.

So the supply-side investments were real, and they matter. But they do not constitute "energy independence" in any meaningful sense. They constitute energy resilience — a real but narrower thing that keeps the lights on and the trucks moving while the price shock hammers household budgets and corporate margins alike.

The distinction between resilience and independence is the crux of the whole debate. Politicians from George W. Bush onward sold production volumes as economic protection. Bush's 2006 State of the Union explicitly framed reducing oil dependence as a way to "protect our economy." That specific promise — the one voters heard, the one that sustained two decades of policy mandates and hundreds of billions in investment — has been empirically falsified by the current crisis. U.S. pump prices are tracking global Brent benchmarks in near-lockstep. The economic drag, while less severe than in the UK or Australia, is real and measurable.

The honest framing would have been: "We will build infrastructure that prevents gasoline lines and physical rationing, limits adversaries' ability to coerce us through supply cutoffs, and gives us geopolitical leverage during disruptions. But your gas prices will still spike when there is a major global supply shock, because that is how commodity markets work." That is a defensible policy. It is also one that no politician ever articulated, because it is not a bumper sticker.

And this rhetorical failure had a real cost. The political energy (pun intended) consumed by the production-volume framing crowded out the only intervention that genuinely severs the price transmission mechanism: reducing oil demand. Consider the contrast with Norway, where over 90% of new car sales are now electric²⁰ and road fuel demand has dropped measurably. Norway's conditions are exceptional — a $1.8 trillion sovereign wealth fund, hydroelectric grid, small population — and the model is not easily transferable²⁰, as multiple analyses have noted. But the principle is sound: you cannot transmit an oil price shock to a sector that no longer consumes oil. The IEA estimates that EVs displaced over 1.3 million barrels per day of oil demand globally in 2024²¹. That is real, structural insulation that production volumes cannot replicate.

I do not think the demand-elimination path was a realistic substitute for supply investment in the U.S. over the 2005-2025 window. The American vehicle fleet turns over slowly, the grid was majority fossil-fuel powered, and the political economy was never going to support Norway-scale EV mandates across a continent-sized nation. The shale revolution and LNG terminals were necessary regardless. But at the margin, particularly after private capital was already flooding into shale post-2010, the public R&D dollar and political attention dollar would have generated higher returns in demand-side infrastructure — grid modernization, EV charging networks, building electrification — than in additional extraction subsidies.

The OECD itself seems to agree. Its March 2026 outlook explicitly calls for "policies that improve domestic energy efficiency and lower reliance on imported fossil fuels²²" as the priority for "lower[ing] exposure to future geopolitical tensions." That is the OECD saying, as diplomatically as international organizations say anything, that production-focused independence was insufficient.

Here is what I think the real lesson of Hormuz is. It is not that energy independence was entirely a fiction — the supply security infrastructure is doing meaningful work right now, and countries that built it (the U.S.) are weathering this crisis significantly better than countries that didn't (Australia, the UK). But the promise as sold — that domestic production would protect Western economies from the economic pain of foreign supply disruptions — was structurally impossible and always was. The infrastructure was real. The promise was not.

What should readers watch for? Two things. First, the SPR. The U.S. is drawing down 172 million barrels from a reserve that was rebuilt to only 415 million after the Biden-era depletion. If this crisis extends into summer, the reserve drops to levels that leave the U.S. dangerously exposed to the next shock. The one-time buffer is being spent. Second, watch EV sales data in Q2 and Q3 2026. If $4 gasoline does for American EV adoption what $4 gasoline did in 2008 for fuel-efficient vehicle sales, we may finally see the demand-side transition accelerate meaningfully in the one market where it most needs to. That would be the silver lining: the Hormuz closure doing, through price signals, what twenty years of political promises failed to do through policy.