Grounded in Axios Reporting Energy Crisis Workbench

U.S. Consumer Energy Shock Transmission Explorer

Tracing how Persian Gulf escalations and crude oil spikes cascade through refining crack spreads, natural gas generation, and logistics freight to deliver a $100B+ consumer pocketbook hit.

National Consumer Shock
$103.4B
Total 12-Month Extra Outlay
Avg. Household Extra Cost
$782.50
Per Year (~$65.21 / mo)
Retail Pump Price Delta
+$0.92/gal
Gasoline + Diesel Pass-through
Monthly Utility Bill Hike
+$22.40/mo
Electricity & Heating Gas Rates
Energy Shock Transmission Cascade
From Global Upstream Crude to Final Retail Demand Centers
+$36.00 / Bbl Premium
National $100B Shock Breakdown $103.4B Total
Sector Mechanism Shock Total
Pass-Through Empirical Rule: Every $10/bbl crude increase passes roughly 24¢/gal to retail pump fuel, lifts natural gas peaking heat rates by ~3.8%, and creates a 0.13% CPI indirect goods transport surge.
Your Household Wallet Impact $782.50 / yr
Expense Category Monthly Extra Annual Hit
Indirect Goods Inflation Impact: +0.48% CPI
Axios Reporting Grounding & Energy Geopolitics Context

Strait of Hormuz Chokepoint

Approximately 20–21 million barrels per day (about 20% of global petroleum liquids consumption) flow through the Strait of Hormuz. When military tensions escalate between Iran and allied forces, tanker insurance rates skyrocket and shipping diversions tighten global prompt crude balances immediately.

Refinery Crack Spreads & Inventories

Higher crude costs do not stay in the oilfield. U.S. refiners face elevated 3:2:1 crack spreads when maritime disruptions threaten distillate and heavy crude feedstocks. This spreads the price spike from pure gasoline to diesel, jet fuel, and petrochemical feedstocks.

Why the $100 Billion Figure?

Axios reported analysis showing that an uncontained Iran conflict sustaining oil above $100–$115/barrel draws over $100 billion from American consumers within 12 months. $58B hits vehicle fuel tanks directly, $24B elevates residential utilities, and $18B enters consumer goods via freight logistics.

Crude to pump cost transmission

Read the explanation

Entered crude price one hundred fourteen minus baseline seventy-eight gives thirty-six dollars per barrel. Assigned reserve draw point eight times coefficient three point five mitigates two point eight, leaving thirty-three point two. Bars compare before and after at fifteen pixels per dollar per barrel. These coefficients are source assumptions and do not establish actual policy effectiveness. Net crude delta thirty-three point two multiplies pass-through point zero two four to give point seven nine six eight dollars per gallon. Crack spread twenty-four minus baseline eighteen gives six, multiplied by point zero one eight gives point one zero eight. Source adds the two to point nine zero four eight. Bars share six hundred pixels per dollar per gallon. Pump prices are modeled, not live verified quotes. Source electricity increment thirty-three point two times point zero zero zero three two equals point zero one zero six two four dollars per kilowatt hour. Before regional multipliers, nine hundred eighty monthly kilowatt hours imply ten point four one one five two dollars; hypothetical double consumption doubles that component. Bars share twenty-four pixels per dollar. This excludes heating and regional terms and is not the total household bill. Complete original JSON and native reset/resize/footer checks remain separate from forecast validity.

Super generates helpful tools and automates fact-checking across the internet proactively. If you enjoyed this tool, build your own with Super and share it with a friend.