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Oil Doesn't Just Fuel Your Car. It Fuels the Internet.

Tyler

Tyler

Co-Founder & CEO

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Oil Doesn't Just Fuel Your Car. It Fuels the Internet.

Simple question: what happens to your business if the internet slows to a crawl?

Not disappears. Not collapses in some dramatic Hollywood fashion. Just slows. Degrades. Becomes unreliable in ways that are hard to pin down. Your cloud-based systems hesitate. Your AI-powered tools throw errors. Payments queue. Customer support tickets pile up. Video calls stutter. The operational fabric of your company frays at the edges.

As the conflict in Iran escalates in early 2026 and the Strait of Hormuz remains effectively closed to commercial shipping, a cascade of consequences is quietly gathering force. It runs directly from a 21-mile waterway in the Persian Gulf to the power infrastructure that keeps your data centers alive, and from there into the chips, servers, and digital infrastructure that powers the global economy.

Most business leaders are focused on fuel prices at the pump or inflation headlines. Very few are connecting the dots all the way through to what this means for digital infrastructure reliability. This piece is my attempt to draw that line clearly, with data, with scenarios, and with the urgency the situation deserves.

The Hidden Fuel Dependency of the Digital Economy

We tend to think of data centers as clean, modern infrastructure: humming servers in temperature-controlled rooms powered, increasingly, by solar panels and wind turbines. The reality is considerably messier.

According to the International Energy Agency's landmark 2025 Energy and AI report, data centers consumed approximately 415 terawatt-hours (TWh) of electricity globally in 2024, roughly 1.5% of total global electricity consumption. That figure is projected to nearly double to 945 TWh by 2030. But what's in that electricity mix is the critical issue.

Global Data Center Electricity Mix 2024

Fossil fuels account for approximately 56% of all electricity consumed by global data centers today. Coal is the single largest source at 30%, with natural gas contributing 26%. In the United States, natural gas is the dominant source for data center power, followed by renewables and nuclear.

The implication is direct: when fossil fuel prices spike, as they are doing right now in response to the Iran conflict, the cost of keeping data centers running spikes with them. Electricity prices in the U.S. have already risen 36% since 2020. Goldman Sachs reported a 6.9% year-over-year increase in 2025 alone. That is more than double the headline inflation rate.

The Strait of Hormuz: A 21-Mile Chokepoint That Controls the Digital Economy

In late February 2026, the United States struck Iran, triggering an active military conflict that rapidly escalated into something the head of the International Energy Agency described as "the greatest global energy security challenge in history." Iran's response included closing the Strait of Hormuz, a 21-mile-wide waterway through which flows approximately 20% of the world's oil supply and a significant portion of global LNG shipments.

Commercial shipping operators, major oil companies, and marine insurers have effectively withdrawn from the corridor. Iran struck Qatar's Ras Laffan LNG complex on March 18th, causing a 17% reduction in Qatar's LNG production capacity. Experts estimate the damage will take three to five years to fully repair.

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Iran Conflict Energy Market Impacts (as of April 2026)

  • Brent crude oil peaked at $126/barrel, the fastest price surge in any modern conflict
  • LNG prices up 54% in Asia and 63% in Europe within weeks of conflict escalation
  • Dutch TTF natural gas benchmark nearly doubled to over EUR 60/MWh by mid-March
  • European gas storage sat at just 30% capacity entering the disruption
  • Qatar's Ras Laffan LNG complex: 17% capacity loss with a 3 to 5 year repair timeline
  • Worst-case scenario: $200/barrel oil, given a 40% probability by Macquarie analysts

The critical point for business leaders to understand is this: energy and digital infrastructure are not separate supply chains. They are the same supply chain, viewed from different angles. When Brent crude surges, natural gas prices follow. When natural gas prices surge, electricity generation costs surge. When electricity costs surge, data center operating costs surge. And when data center operating costs surge, those costs get passed to you.

The Secondary Shock: How Energy Prices Disrupt the Chip and Server Supply Chain

The energy impact doesn't stop at the power bill. There's a second, slower-moving wave that most business leaders aren't thinking about at all: the impact of rising energy costs on the production, manufacturing, and global transport of semiconductors, servers, and data center hardware.

Chip Fabs Are Among the Most Energy-Intensive Facilities on the Planet

A single large semiconductor fabrication facility (TSMC, Samsung, Intel) consumes as much as 100 megawatt-hours of electricity. That is more energy than a major oil refinery. A 2024 analysis found that the combined energy consumption of 28 major semiconductor companies was equivalent to the electricity demand of a city of 25.2 million people.

These fabs depend on stable, affordable electricity. Energy is the dominant Scope 2 emissions contributor for chipmakers, and it directly determines fab operating costs. When electricity prices spike, as they are across Asia and Europe right now, fab operating costs rise immediately. Those costs cascade into chip pricing and, eventually, into the cost of every server, router, and GPU shipped globally.

Shipping and Logistics: Oil Prices Hit Twice

Oil's role in the semiconductor supply chain isn't limited to electricity generation. It also directly drives the shipping costs that move raw materials, wafers, finished chips, and assembled servers across the globe. Shipping costs on Asia-to-U.S. routes have already nearly doubled in the current environment, according to supply chain analysts. Cargo ships rerouting around the Strait of Hormuz to the Cape of Good Hope add thousands of miles and weeks to delivery schedules.

For data center operators in the middle of aggressive build-out programs, and nearly every major hyperscaler qualifies, this means longer lead times and higher costs for the hardware they need. A January 2026 Bloom Energy report projected that U.S. data center energy demand would nearly double from 80 to 150 gigawatts between 2025 and 2028. That build-out requires an enormous ongoing flow of new server hardware, networking equipment, and cooling infrastructure. All of it is now getting more expensive and harder to source.

Not All Regions Are Equal: Asia's Disproportionate Exposure

One of the most important dimensions of this crisis is that it is not uniformly distributed. Some regions are dramatically more exposed than others. The regions facing the greatest energy vulnerability are also home to some of the world's fastest-growing data center markets.

Asia-Pacific Fossil Fuel Import Dependency

Approximately 80% of Asia's crude oil imports come from the Middle East. Japan, the world's second-largest LNG importer, depends on imported fossil fuels for 87% of its total energy consumption. South Korea sits at 81%. These are not marginal dependencies. They represent the foundational energy infrastructure of two of the world's most advanced economies.

Japan

Japan faces what analysts describe as the most direct exposure to Hormuz disruption among major economies. Following the 2011 Fukushima disaster, Japan shut down its nuclear reactors and increased its reliance on fossil fuels, with the fossil fuel share of its grid rising from 64.5% in 2010 to 68.8% in 2024. Japan is also one of Asia's fastest-growing data center markets. The combination of surging data center demand and acute energy import vulnerability creates a compounding risk that Japanese business leaders should be urgently assessing.

South Korea

More than 80% of South Korea's energy comes from fossil fuels. The country is simultaneously a major semiconductor manufacturer, with Samsung and SK Hynix operating massive fabs there, and a rapidly growing data center hub. Energy cost shocks hit South Korea twice: once in data center operations, and again in semiconductor manufacturing costs that ripple through to global chip pricing.

India

India's gas demand has grown more than 30% in recent years, and the country is in the middle of a massive data center expansion. India's exposure to Middle Eastern energy disruption is significant, both through direct LNG and oil imports and through the knock-on effects on electricity prices for its growing digital infrastructure sector.

Australia

Australia's data center market is projected to grow from approximately 0.3 GW in 2024 to between 2.2 and 3.2 GW by 2035. While Australia is less directly exposed to Hormuz disruption given its own energy resources, it faces a different challenge: slow regulatory approval processes, high development costs, limited grid capacity, and deep integration with global hardware supply chains that are now under serious stress.

The Wider Asia-Pacific Crisis

The Asia-Pacific region added nearly 2,300 MW to its data center development pipeline in the first half of 2025 alone. Electricity consumption from data centers is projected to climb from 320 TWh in 2024 to 780 TWh by 2030, a 165% increase. This explosive growth is now colliding directly with the energy supply shock emerging from the Hormuz crisis.

Scenario Analysis: What Happens at 60, 90, and 180 Days

I've found that business leaders respond best to scenarios rather than abstract risk language. So let me be direct about what the evidence suggests across different conflict durations. The economics here are not speculative. They are drawn from Goldman Sachs, Oxford Economics, Macquarie, and the IEA.

Oil analysts have established a rough rule of thumb: for basically every additional month of Hormuz closure, expect approximately a $10 to $15 move in oil prices. The compounding effect on energy costs, data center operations, and the broader digital economy builds quickly.

Scenario Comparison: Conflict Duration vs. Economic and Digital Infrastructure Impact

At the 90-day mark, the consequences start becoming structural rather than cyclical. Oxford Economics modeled oil averaging $140/barrel for two months as a breaking point for the global economy, sufficient to push the eurozone, the UK, and Japan into economic contraction. That is not a scenario to plan for after it happens. That is a scenario to stress-test against now.

At six months, we enter genuinely uncharted territory. The Uptime Institute has already documented that 50% of data centers experienced at least one impactful outage, with power remaining the leading cause. Add sustained energy cost inflation, hardware supply disruption, and potential rationing in energy-constrained markets, and the outage risk profile changes materially.

The Taiwan/TSMC Shadow: The Second Scenario No One Wants to Discuss

Everything I've described so far is already happening. But there is a second scenario that business leaders should consider, one that has not yet materialized but that the Iran conflict has made more, not less, likely to be contemplated by adversarial powers watching how the West responds: a conflict involving Taiwan and TSMC.

I am not predicting this. I am saying that any honest assessment of digital infrastructure risk in 2026 should include it.

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The TSMC Dependency: Numbers That Should Keep Every CTO Awake

  • TSMC manufactures over 60% of the world's semiconductors
  • TSMC produces 92% of the world's most advanced chips (7nm and below)
  • A disruption to Taiwan's semiconductor output could cost the global economy $2.5 trillion annually
  • A Chinese blockade of Taiwan would cause global GDP to decline an estimated 2.8% in year one
  • Taiwan's economy would contract by approximately 40%
  • There is no rapid replacement: building equivalent fab capacity takes 5 to 10 years

Every AI server, every GPU cluster, every data center expansion being planned today depends on a continuous flow of advanced chips. The vast majority of those chips originate in Taiwan. The Iran conflict has already demonstrated the fragility of energy supply chains. A Taiwan conflict would be the equivalent event for the semiconductor supply chain, except worse: unlike oil, there is no strategic reserve for advanced chips, and there is no alternative production capacity that can be rapidly activated.

Taiwan's semiconductor ecosystem faces what analysts describe as an acute dependence on energy imports, limited stockpiles of essential materials, and an unparalleled concentration of advanced fabrication capacity. Even a partial disruption would introduce multi-year delays in data center hardware availability globally.

The Compounding Scenario: Iran and Taiwan Together

The scenario that keeps supply chain strategists up at night is not Iran alone, and not Taiwan alone, but both simultaneously. Energy disruption from the Middle East drives up operating costs for every fab and data center globally. A parallel Taiwan disruption removes the hardware pipeline that data centers need to expand. The result is a system squeezed from both ends: energy costs on one side, hardware unavailability on the other.

Why Data Center Reliability Is a Business Continuity Issue, Not an IT Issue

There's something important that often gets buried in the technical discussion: data center reliability is not an IT problem. It is a business continuity problem, and in 2026, it should be a board-level issue.

The Uptime Institute's 2024 and 2025 surveys document that 54% of data center operators reported their most recent significant outage cost more than $100,000. Nearly one in five operators faced losses exceeding $1 million. And those are normal operating conditions, not geopolitically stressed ones.

Consider what $1 million in outage costs means for your customers. Consider what it means for payment processing, for healthcare systems, for logistics networks, for financial services. All of it runs on data center infrastructure that is now more exposed than at any point in the modern era.

The lead times for critical grid infrastructure, high-voltage transformers being the clearest example, are already stretched to 2 to 4 years. Singapore's transmission network requires a $2 billion investment and a 5-year construction timeline just to add 50 kilometers of high-voltage lines sufficient to support next-generation data centers. This is infrastructure that cannot be expedited by throwing money at it. It is constrained by physics, regulatory timelines, and supply chains that are themselves under stress.

What Business Leaders Should Be Doing

I am not writing this piece for shock and awe. I'm writing it because the leaders who come through periods like this well are the ones who mapped the risks before the crisis arrived, not during it. Here is what I believe deserves some attention:

  • Map your cloud and data center provider geography. Know where your critical infrastructure is physically located. Providers with heavy exposure to Japan, South Korea, and Southeast Asia carry a different risk profile right now than those with diversified or North American-dominant footprints.

  • Stress-test your SLAs against an energy cost shock scenario. Read the force majeure language in your cloud and colocation contracts. Understand what your providers' obligations are in the event of sustained energy price spikes or supply disruptions.

  • Assess your hardware refresh and procurement pipeline. If you are planning data center hardware upgrades or AI infrastructure deployments in 2026 or 2027, assume longer lead times and higher costs. Order earlier, build in buffer, and explore whether you can accelerate strategic purchases before costs escalate further.

  • Evaluate your energy hedging posture if you operate your own infrastructure. Companies with owned or leased data center capacity should be reviewing their energy procurement strategy immediately, including fixed-price contracts, renewable PPAs, and backup generation options.

  • Incorporate geopolitical scenario planning into your risk framework. The Iran conflict and the latent Taiwan risk are not black swan events. They are the natural consequence of a global system with known concentration risks. Your board should be stress-testing against them.

Conclusion: The Digital Economy Runs on Fossil Fuels, and the Wells Are Under Pressure

There is a through line running from the Strait of Hormuz to your company's operational resilience that most business leaders have not yet drawn. I hope this piece helps draw it.

The Iran conflict is not just an energy story. It is a digital infrastructure story, a semiconductor story, a supply chain story, and ultimately a business continuity story. The 56% fossil fuel dependency of global data centers, the acute LNG exposure of Japan and South Korea, the shipping cost inflation hitting chip supply chains, the TSMC concentration risk sitting quietly in the background. These are all threads in the same fabric.

The world's digital economy has been built on assumptions of stable energy, stable supply chains, and stable geopolitics. All three of those assumptions are under strain simultaneously in 2026. The leaders who acknowledge that and plan accordingly will be the ones who emerge from this period with a competitive advantage.

The lights haven't gone out yet. But they are flickering. And the time to prepare is before the darkness arrives, not after.

Sources and Further Reading