The electrostate cometh: how the Iran war is handing China the energy future
Stories Beyond Carbon · Edition 8
In 1973, an oil embargo handed Japan the American car market. In 2026, a war in Iran may be handing China the global energy market. It may be prophetic.
EXECUTIVE SUMMARY
The 2026 Iran war has produced the largest oil supply disruption in recorded history. More than 10 million barrels per day curtailed. Brent at $114. Qatar's Ras Laffan LNG complex partially destroyed. The IEA's 32 member countries have agreed to release 400 million barrels from emergency reserves — the largest coordinated action ever — and it is not enough. This crisis arrives at the precise moment China dominates every link in the clean energy supply chain. Over 80% of solar panels. 55.6% of EV batteries. Chinese solar at $0.033/kWh, cheaper than new fossil generation in most markets worldwide. BYD outselling Tesla. Battery packs at $84/kWh and falling. The parallel to 1973 is striking, but the stakes are larger. Japan captured 21% of the U.S. car market in four years and never gave it back. China is positioned to do the same across solar, batteries, EVs, and critical minerals, not in one market but globally. For ESG and sustainability professionals, every assumption about fossil fuel price floors, supply chain resilience, and technology adoption curves in emerging markets is being rewritten in real time.
I. The Week Europe Started Doing the Maths
On Sunday morning, as the Iran war entered its fourth week, I read two things before coffee. The first was Trump's threat to "obliterate" Iran's power plants if the Strait of Hormuz is not reopened within 48 hours. The second was a message from a construction client I advise in Lyon: "Bo, 18 diesel vans due for renewal in Q3. Do we accelerate and switch to electric? The board wants a recommendation by Tuesday."
That same week, Brent crude stood at $114 a barrel and climbing. A German property developer I work with in Frankfurt had paused a gas boiler procurement and reopened the tender for heat pumps. A London-based fund manager forwarded me a BloombergNEF note on Chinese battery pack prices with a one-line message: "Are we thinking about this wrong?"
They were asking same question. Not whether the energy transition is coming, but whether it has already arrived and we just hadn't repriced it.
The Strait of Hormuz carries roughly 20 million barrels of oil per day, about a fifth of global consumption, through a passage barely 34 kilometres wide and it normally handles more than 150 vessel transits per day. Within 72 hours of Iran's naval blockade following Operation Epic Fury on February 28, that figure collapsed by roughly 70%. By mid-March, flows had slowed to what the Council on Foreign Relations described as "a trickle."
The IEA estimated that at least 10 million barrels per day of supply had been curtailed, roughly 8 million barrels of crude plus 2 million of condensates and natural gas liquids, 3 times the volume removed from markets during the 1973 Arab oil embargo. Brent touched $119.50 intraday on March 9; by the weekend of March 22, with Iran threatening indefinite closure and Trump issuing his ultimatum, it had settled around $114 with no sign of retreating. Goldman Sachs warned that if depressed flows persist and 2 million barrels per day of capacity are permanently lost, Brent could exceed its 2008 record of $147.50, with elevated prices potentially lasting through 2027. Onyx Capital Group's CEO Greg Newman told CNBC that $200 oil was "not ridiculous at all."
The damage reaches well beyond crude. On March 2, Iranian drones struck Qatar's Ras Laffan Industrial City, the world's largest LNG production facility, responsible for roughly 20% of global LNG supply. QatarEnergy halted all production and declared force majeure. A second wave of strikes on March 18 damaged facilities producing 17% of Qatar's total LNG export capacity, some 12.8 million tonnes per year, with repairs estimated at three to five years and $20 billion in lost annual revenue. Dutch TTF gas benchmarks surged over 30% in a single overnight session. European gas storage sat at just 30% capacity after a brutal winter.
On March 11, the IEA's 32 member countries agreed to a coordinated release of 400 million barrels from emergency stockpiles, more than double the 182.7 million barrels released after Russia's 2022 invasion of Ukraine and the largest such action in the agency's history. IEA Executive Director Fatih Birol called it a response to "the greatest global energy security challenge in history." But by March 20, the agency had pivoted to demand-side recommendations: work from home, drive slower, fly less. A tacit acknowledgement that supply-side measures alone cannot close a gap this wide.
European Commission President Ursula von der Leyen was blunt at the Nuclear Energy Summit in Paris on March 10: "For fossil fuels, we are completely dependent on expensive and volatile imports. They are putting us at a structural disadvantage to other regions. The current Middle East crisis gives a stark reminder of the vulnerability it creates."
None of the disruptions I've seen approached this scale. Von der Leyen's framing, while accurate, understates the strategic implication: the vulnerability she describes is not a temporary condition. It is the permanent architecture of European energy dependence on global fossil fuel trade routes. The question is what replaces it.
II. Detroit Lobbied. Honda Leapfrogged. Sound Familiar?
The 1973 Arab oil embargo remains the textbook case. When OPEC quadrupled oil prices from $3 to $12 a barrel, American consumers abandoned Detroit's V8 gas guzzlers almost overnight. Japanese automakers, Toyota, Honda, Datsun, had spent years perfecting fuel-efficient compacts that American manufacturers had dismissed as toys. Japan's share of U.S. auto sales surged from roughly 9% in 1976 to 21% by 1980. By that year, Japan had overtaken the United States as the world's largest automobile producer for the first time. Japanese brands never relinquished the position they captured during those 4 years.
But the oil shock alone does not explain Japan's victory. What sealed it was a regulatory catalyst that exposed a deeper structural divide: the U.S. Clean Air Act of 1970, the Muskie Act, which required 1975 model-year cars to cut carbon monoxide and hydrocarbon emissions by 90%. Detroit's Big Three responded not with R&D but with lobbying. Ford's president publicly argued the standards would paralyse American auto production. GM ran anti-regulation advertising campaigns. When they finally complied, they bolted on catalytic converters: expensive, short-lived add-ons that actually worsened fuel economy during a crisis in which fuel economy was the one thing consumers cared about. By 1980, the Big Three posted a combined record loss of $4.2 billion. Chrysler survived only through a $1.5 billion government loan guarantee. The industry laid off 300,000 to 500,000 workers.
Honda took the opposite approach. Rather than treating the emission standard as a burden, Honda's founder Soichiro Honda personally led a team that attacked the combustion process itself. The result, the CVCC engine, needed no catalytic converter at all. It became the first engine in the world to meet Muskie Act standards on its own merits. The Honda Civic with CVCC won America's most fuel-efficient car title four years running. Japan had not just responded to the crisis. It had leapfrogged the incumbents entirely.
The parallel to 2026 is hard to miss. China's EV manufacturers did not try to out-engineer a century of Western combustion-engine patents (they know that would be a battle difficult to win). They bypassed the internal combustion engine altogether, just as Honda bypassed the catalytic converter. And today's EU emissions regulations and CO₂ fleet targets function as the modern Muskie Act: a regulatory ratchet that favours the challengers who have already solved the compliance problem by design.
When Western governments imposed trade barriers, then and now, the response was the same. In 1981, the Reagan administration forced Japan into "voluntary export restraints," capping exports at 1.68 million cars per year. The irony was devastating: the quotas limited volume but not value. Japanese automakers shifted upmarket, maximised profit per unit, and launched Lexus, Infiniti, and Acura, luxury brands that competed directly with Mercedes and BMW. Honda built the first Japanese factory on American soil, in Ohio in 1982, transforming from a product exporter into a capacity exporter. The trade barrier designed to contain Japan instead forced its industrial upgrade. Today, BYD is building a $4.6 billion factory in Hungary. CATL is constructing a 100 GWh battery plant next door. The EU's tariff wall may be writing the same script, forcing China's best manufacturers to localise, move upmarket, and embed themselves in European supply chains in ways that make them harder, not easier, to dislodge.
The mechanism repeated in 2022, when Russia's invasion of Ukraine triggered Europe's energy crisis and EU solar installations surged 50% year-on-year. By 2025, wind and solar generated more electricity than fossil fuels in the EU for the first time, 30% versus 29%, per Ember's European Electricity Review 2026. Way et al.'s 2022 paper in Joule explains why: solar, wind, and batteries exhibit persistent learning curves that make each crisis-driven adoption surge self-reinforcing. Carbon Tracker's analysis shows that once a technology captures 5–10 percent of a market, it typically races to 50 percent or more within a few years.
Here is the critical difference between 2026 and the 1970s: today's alternative is not merely more efficient. It is cheaper. IRENA's 2025 data confirmed that 91% of newly commissioned utility-scale renewable capacity delivered electricity at lower cost than the cheapest new fossil fuel option. Chinese solar PV achieves a levelised cost of $0.033 per kilowatt-hour, below new coal generation in most markets. Chinese battery packs average $84/kWh, 22% below the global average of $108/kWh, and still falling. In the 1980s, when oil prices collapsed, efficiency gains stalled because consumers lost the incentive. This time, the cost curves point in one direction regardless of what oil does next.
If you run energy procurement for a European manufacturer, that paragraph should give you pause. The total cost of ownership between gas-fired power and Chinese-supplied solar-plus-storage has just shifted by 30–40 percent in solar's favour. Not over a decade. Over three weeks in March.
In 1973, Detroit's response to disruption was to lobby Congress. Honda's response was to reinvent the engine. In 2026, the question for Europe is the same: lobby or leapfrog?
III. The Electrostate
The term appeared in The Economist in September 2020: "Unable to be a petrostate, China is becoming what one might call an electrostate." Bordoff and Erica Downs used it as the frame for their Foreign Policyanalysis six days after Operation Epic Fury. Their argument: the Iran war is "vindicating China's approach to energy security."
China manufactures over 80% of the world's solar panels at every stage of the supply chain, according to the IEA, including upwards of 90% of polysilicon and virtually all silicon wafers. It holds the top six positions in global wind turbine market share, a first. CATL commands 39% of the global EV battery market; add BYD's battery division and two Chinese companies produce 55.6% of the world's EV batteries. For 19 of the 20 most critical strategic minerals, China is the leading refiner, with an average market share of around 70%, per the IEA's Global Critical Minerals Outlook 2025.
In 2025, China became the first country to add more than 100 GW of wind capacity in a single year (119 GW). It installed roughly 315 GW of solar. Total wind and solar capacity reached 1,840 GW, 1.84 terawatts, more solar and wind capacity than the United States and the European Union have combined from all sources. China hit its own 2030 target six years early. Investment and production in clean energy contributed 13.6 trillion yuan ($1.9 trillion) to the Chinese economy in 2024, roughly 10% of GDP and growing three times faster than the economy overall.
Oil accounts for just 18.2% of China's total energy consumption. For the first time in 2024, non-fossil energy exceeded oil's share. More than half of all new cars sold in China are now electric. CNPC-linked researchers project that Chinese oil demand will plateau between 2025 and 2030, a structural peak, not a cyclical dip. As BloombergNEF managing director Ashish Sethia told E&E News: "The country has definitely pulled all these triggers in the last few years to be prepared for a moment like this."
In Rotterdam, logistics companies have quietly begun benchmarking Chinese electric trucks against their Volvo and DAF diesel fleet. In Milan, a real estate fund is modelling Chinese-supplied rooftop solar into its next CSRD disclosure. A year ago, these were hypotheticals. Today they are procurement decisions with board-level urgency.
China is not immune to the crisis. It remains the world's largest oil importer, and roughly 37.7% of all oil transiting the Strait of Hormuz was destined for Chinese ports before the war. But Beijing holds an estimated 1.2–1.3 billion barrels in strategic and commercial petroleum reserves, roughly 4 months of import cover. Now, it is time for the real test of resilience.
Everyone assumed China's Achilles heel was oil dependency. Beijing spent two decades making sure it wasn't.
IV. The Car That Costs Less Than a Used Corolla
In 2025, BYD outsold Tesla in pure battery-electric vehicles for the first time in a full calendar year: 2.26 million BEVs versus Tesla's 1.64 million, a gap of 620,000 units. Including plug-in hybrids, BYD sold 4.6 million new energy vehicles, surpassing Ford to become the world's sixth-largest automaker, with over a million units sold overseas.
BYD's weapon is price. The Seagull starts at approximately 56,800–69,800 yuan ($7,800–$9,650) in China. That is a fraction of the $47,962 average transaction price for a new vehicle in the United States. Exported to Europe as the Dolphin Surf at roughly €23,000, it undercuts the Tesla Model 3 by nearly half.
The oil price shock makes these economics devastating. At current fuel prices above $4 a gallon, a 25-MPG gasoline vehicle costs roughly $2,700 per year to operate; an equivalent EV costs $500–800. Electrek reported on March 20 that Manila BYD dealerships booked a full month of orders in just two weeks, with clients explicitly citing oil price hikes. Edmunds data showed a 20-plus percent jump in electrified vehicle consideration in the United States during the first week of March alone.
The EU's tariff wall, up to 35.3% on top of a 10% base duty, has proven remarkably porous. Chinese-produced EVs accounted for roughly 19% of total EU EV sales in 2025 according to Benchmark Mineral Intelligence estimates, despite the duties. The Centre for Economic Policy Research found the tariff effect on Chinese import shares was negative but small and not statistically significant. Chinese manufacturers absorbed the costs. Meanwhile, they pivoted to plug-in hybrids, not covered by the tariffs, which saw China-to-Europe exports surge over 500% in late 2024 and early 2025. The tariff strategy is, buying time for european manufacturers, now the real question is, how to use it before the window eventually closes.
V. Where the Real Market Is
This crisis is accelerating a leapfrog that was already underway, and it is happening faster than any institutional forecast predicted.
In Nigeria, petrol hit N1,300 per litre, up nearly 50% in a week, against a national budget premised on $64.85 per barrel oil. Bangladesh closed universities to conserve electricity. Pakistan mandated four-day government workweeks. Sri Lanka reintroduced weekly fuel rationing. South African fuel distributors began controlled allocation of diesel supplies. For these nations, Chinese EVs and solar panels are not a geopolitical choice. They are an economic lifeline. And for European practitioners with supply chains or operations in these markets, from Stellantis plants in Morocco to TotalEnergies projects in Mozambique, this shift has immediate implications for site-level energy planning.
In Latin America, Chinese EV exports surged 283 percent year-on-year in November 2025 alone, per China Customs data reported by Bloomberg and InsideEVs, with year-to-date growth at 65%. BYD captured over 40% of Brazil's EV market and is building a factory in Camaçari. In Southeast Asia, Chinese brands account for 80% of pure EV sales in Thailand. Indonesia's EV penetration reached roughly 15% in 2025, according to Ember's sector analysis, surpassing the United States. Vietnam's electric share has doubled in a single year, reaching levels comparable to some of the fastest-adopting European markets.
Pakistan offers a telling case. A joint report by Renewables First and CREA projects the country's solar boom will save an estimated $6.3 billion in 2026 at current energy prices. As Gary Dirks, a former BP China executive now at Arizona State University, put it: "More and more countries will be asking themselves: what is the balance of risk?" Ember found that 39 countries now have EV sales shares above 10%, up from just four in 2019, with the IEA documenting 60% year-on-year growth in emerging market EV sales in 2024 alone.
Having worked with venture builders and funds on African markets through Futureproof Solutions, I can tell you the conversation has shifted fundamentally. The question is no more "when will EVs be viable in our market?" but "which Chinese brand should we partner with, and how fast can we move?" The crisis has compressed a decade of debate into a quarter.
The Global South isn't waiting for permission to electrify. It's doing the maths.
VI. Pick Two
The United States and European Union simultaneously seek to accelerate the clean energy transition, maintain security of energy supply, and reduce dependence on Chinese technology. Pick any two. The war has, in my assessment, made pursuing all three at once impossible.
China controls over 80% of global solar manufacturing, 60–70 percent of refined lithium and cobalt, roughly 90% of rare earth processing, and the majority of the world's battery-grade graphite refining. Western diversification efforts, by the most optimistic estimates, will take 10–15 years to materially alter these ratios. The EU Institute for Security Studies put it plainly: "There is no doubt that the EU will be unable to go green without Chinese equipment or at least access to its supply chains."
As Latitude Media argued: "Twenty years of policy whiplash has left the U.S. structurally exposed to exactly the shock it helped create." While China invested over $625 billion in clean energy in 2025, U.S. renewable investment contracted. While Chinese EVs conquered emerging markets, 100% American tariffs kept domestic consumers paying $48,000 for new vehicles and over $4 a gallon for gasoline. Meanwhile, China overtook the United States as Germany's largest trading partner in 2025.
So what should Western policymakers actually do? From my experience advising across supply chain due diligence, CSRD reporting, and climate risk integration, from Paris to London to Casablanca, the answer is uncomfortable: stop pretending that tariffs are an energy strategy. They are a trade strategy. An energy strategy requires building domestic manufacturing capacity, securing critical mineral supply agreements outside China, and, crucially, accepting that the transition will involve Chinese technology for at least the next decade, because the alternative is not building at all.
The EU's Critical Raw Materials Act has been in force since May 2024, and the Council adopted further amendments on March 4 this year. The US Inflation Reduction Act's domestic content incentives continue to channel investment. But both operate on a 2030–2035 timescale. The market is moving on a 2026 timescale.
The West has a plan for 2035. China has a plan for Tuesday.
VII. What Could Go Wrong
The narrative of China's clean energy ascendancy carries real caveats, and the smartest analysts in Beijing know it.
China's own economic vulnerability is significant. Rising energy costs squeeze margins across manufacturing at a moment when the economy already faces deflationary pressure and a property crisis. Bruegel's analysis suggests roughly 0.5% GDP reduction per 25% oil price increase. Capital Economics projects Chinese growth could fall below 3% in a prolonged conflict.
Safety and quality present reputational risks. BYD recalled 115,000 vehicles over battery safety defects in October 2025. Xiaomi's SU7 suffered three fatal fire incidents in 2025, in Anhui, Guangdong, and Sichuan, sparking a $10 billion rout in Xiaomi's stock. Li Auto recalled over 11,000 Mega EVs after a spontaneous battery fire. China has announced plans for mandatory corporate reporting of EV fire incidents, but these reforms trail the pace of export expansion. For European practitioners preparing for upcoming CSDDD and product safety requirements, this is the tension to watch: Chinese EVs are cost-competitive, increasingly well-engineered, and arriving in volume, but the regulatory and reputational due diligence burden on importers and fleet operators is real.
After the 1973 and 1979 oil crises drove transformative efficiency gains in the United States, the oil price collapse of the mid-1980s extinguished most of that momentum. Ronald Reagan famously removed Jimmy Carter's solar panels from the White House roof. If the Iran conflict ends swiftly and oil returns to the $60–70 range, Goldman Sachs's base case for late 2026, the urgency for transition could dissipate.
But the structural economics are different this time. Solar PV is now 41% cheaper than the cheapest fossil fuel alternative, onshore wind is 53% cheaper. Battery pack prices have fallen 93% since 2010. Way et al.'s research shows these cost trajectories are self-reinforcing: every doubling of cumulative solar deployment drives roughly 20–24 percent cost reduction. The transitions of the 1970s depended on conservation, doing less with less. The transition of the 2020s offers consumers in Manila, São Paulo, and Lagos something simultaneously better and cheaper. That is harder to reverse.
The 1980s killed the last energy transition because the alternative was more expensive. This time, oil has to compete with free sunlight and a battery that costs less every quarter.
VIII. What Stays When the War Ends
The 2026 Iran war will eventually end. Oil prices will eventually moderate. But the structural shifts this crisis is accelerating will not.
The global fleet of EVs already displaces over 1.3 million barrels of oil consumption per day. Every week the crisis persists, another wave of purchase orders lands for vehicles that will never burn a gallon of gasoline. The 1973 oil embargo handed Japan's automakers a generation of competitive advantage not because Japanese cars were perfect, but because they were available, affordable, and better suited to the moment. China's clean energy industry occupies that position today, except with a manufacturing base orders of magnitude larger, cost advantages far more durable, and a domestic market that has already crossed the 50% tipping point.
Von der Leyen called Europe's fossil fuel dependence a "strategic mistake." She is right. But the deeper mistake would be to treat this crisis as a temporary disruption rather than a permanent repricing of the world's energy architecture.
So what does that mean in practice, this week, for the people reading this?
If you work in energy procurement or real estate in Europe, your assumptions about fossil fuel price floors broke. Any capex model that treats $60–70 oil as a baseline needs a stress test at $100–120. If you are speccing a new building in Paris, Milan, or Warsaw right now, the payback period on solar-plus-storage just shortened by 2-3 years.
If you work in ESG risk, supply chain due diligence, or sustainability reporting, Chinese supply chain dependency is no longer a theoretical concentration risk. It is a live, material exposure. With CSDDD compliance taking effect from 2029, the due diligence groundwork on your Tier 2 and Tier 3 suppliers starts today, not in three years.
If you advise governments, development banks, or investors in the Global South, the cost-benefit case for electrification just became dramatically easier to make. In my advising experience, the deals that will close fastest are the ones with Chinese technology providers who can deliver turnkey solar-plus-storage at prices no European or American competitor can match.
As Bordoff and Downs wrote in Foreign Policy: "If confidence in global oil and gas trade routes continues to erode while electrification accelerates, this crisis may be remembered as a pivotal moment in the shift toward an electrostate era."
The question is no longer whether the energy transition will accelerate. It is whether anyone other than China is prepared to lead it. The clients who act on this analysis in the next six months will look prescient. The ones who wait for the next quarterly review will be playing catch-up for a decade.
What this means for your organisation
The structural shifts analysed in this edition have direct implications for ESG strategy, supply chain due diligence, and climate risk management. Futureproof Solutions helps corporates and financial institutions translate geopolitical and regulatory change into operational decisions.
Tell us what you are working on. We will respond within 24 hours.
Bo Yu is the founder of Futureproof Solutions, a boutique sustainability and risk advisory firm serving corporates and financial institutions across Europe, Asia, and Africa. Stories Beyond Carbon explores the structural forces — geopolitical, economic, environmental — reshaping business and society. About Bo → · All editions →