Why Your Power Bill Will Keep Rising After the Hormuz Crisis Ends

The Short Version

Three things are stacked on top of each other right now:

1. A short-term oil shock from the Hormuz disruption that the EIA expects to ease by late 2026

2. A medium-term electricity price climb driven by AI data center demand that will continue through 2030 regardless of what happens overseas

3. A grid that is slower to expand than the demand sitting on top of it

The first one is the headline. The second two are the bigger problem for US homeowners over the next five years.

What the Hormuz Situation Actually Means for Your Bills

The EIA's April 2026 Short-Term Energy Outlook is the cleanest source on this. The numbers are blunt:

• Brent crude averaged $103/barrel in March 2026 and is forecast to peak at $115/b in Q2
• US retail gasoline is forecast to peak near $4.30/gal in April, averaging $3.70/gal for the year
• Diesel peaks above $5.80/gal in April, averaging $4.80/gal for 2026
• Saudi Arabia, Iraq, Kuwait, UAE, Qatar, and Bahrain collectively shut in 7.5 million barrels per day in March, projected to rise to 9.1 million b/d in April

Those numbers matter for two specific household decisions: the cost of running a gas or diesel generator, and the cost of LNG-linked natural gas if you heat with it.

But the EIA also says something less dramatic that matters more long-term: it expects production shut-ins to fall to 6.7 million b/d in May and return close to pre-conflict levels in late 2026. Brent is forecast to fall below $90/b in Q4 2026 and average $76/b in 2027.

In other words, the gas pump pain is real and immediate, but it is not permanent. If you have been waiting on a gas-powered generator decision because of Hormuz, the supply situation will likely look different by autumn.

What will not look different by autumn is your electricity bill.

The Bigger Story: Structural Electricity Inflation

Residential electricity prices in the US rose 11.5% in 2025 according to EIA data cited by the Environmental and Energy Study Institute. The EIA projects another 5.1% increase in 2026. EESI projects prices could be 40% higher by 2030 versus 2025.

That is not a war story. That is a structural story.

The driver is AI data center demand. The numbers from various sources agree on the scale even when they disagree on the exact percentage:

• Bloom Energy projects US data center electricity demand will roughly double from 80 GW to 150 GW between 2025 and 2028
• The Lawrence Berkeley National Laboratory estimates data centers could consume up to 12% of all US electricity by 2028
• PowerLines analyzed 51 investor-owned utilities and found planned electricity infrastructure spending of $1.4 trillion through 2030, more than double the previous decade
• PJM Interconnection capacity auction prices have surged from historical norms below $100 per megawatt-day to capped levels above $329 per megawatt-day for 2026/27 and 2027/28 delivery years

The thing to understand about that last number: PJM serves roughly 65 million people across 13 states from Illinois to North Carolina. When wholesale capacity prices triple, retail rates follow within a year or two.

Yale Climate Connections analyzed sector-by-sector EIA data and found that between 2020 and 2024, residential electricity prices rose 25% while industrial prices actually fell 2%. The residential side is absorbing most of the cost increase from infrastructure being built largely to serve commercial and industrial demand.

Why This Matters for the Buy-Now-or-Wait Decision

If you are a homeowner thinking about backup power or solar, there are usually two reasons to act: outage risk and cost reduction. Both are pointing in the same direction right now.

On outage risk: the Hormuz situation is acute but temporary. The grid stress from data centers is structural. PJM has roughly two terawatts of capacity stuck in interconnection queues - nearly twice the currently installed capacity. The North American Electric Reliability Corporation has revised its 10-year load growth forecast from 6.1% to 11.6%. New generation takes 4 to 5 years to come online; new data centers take about 2 years. The supply-demand gap is widening, and tighter supply means more frequent outages during peak demand events.

On cost reduction: if your electricity rates rise 5.1% this year, then again in 2027, and continue toward EIA's projected 40% increase by 2030, the math on a solar plus battery system gets better every year you wait - but only because grid power gets worse. The question is not whether the equipment pays back. It is whether you would rather lock in your generation cost now at 2026 prices or keep paying whatever the grid charges in 2030.

What This Means for What You Should Buy

This is where the categories diverge:

If you are worried about Hormuz-driven gas costs for a generator: the smart play right now is dual-fuel. Models like the Champion 3400W Dual Fuel and DuroMax XP5500EH run on either gasoline or propane. Propane prices are largely insulated from Middle East oil shocks because most US propane is a byproduct of domestic natural gas processing. When gas hits $4.30 and propane is steady, dual-fuel pays.

If you are worried about long-term electricity bill creep: the math points toward solar plus battery storage, even after the federal solar tax credit expired January 1, 2026. Mid-tier home batteries like the EcoFlow DELTA Pro 3 (4096Wh, 3600W output) or the Anker SOLIX F3800 (3840Wh, 6000W) paired with solar panels let you generate and store power at a fixed up-front cost rather than paying whatever utilities charge in five years.

If you want both: a portable power station like the EcoFlow DELTA 2 Max or Bluetti AC200L with a solar panel kit gives you outage protection now and a foundation for adding more capacity later. Most of these stations are LiFePO4, so they will still be working in 10+ years even if you cycle them daily.

The Bottom Line

The Hormuz crisis is what is making the news, but it is the smaller of the two stories affecting US homeowners right now. The EIA expects oil prices to normalize by late 2026. It does not expect electricity prices to normalize at all. Through 2030, the projected direction is up.

If you have been on the fence about home backup power or solar, the case for acting now is not about the next three months of headlines. It is about the next five years of utility bills.

*Sources: U.S. Energy Information Administration (Short-Term Energy Outlook April 2026, Electric Power Monthly), Environmental and Energy Study Institute, PowerLines (utility capex analysis April 2026), Lawrence Berkeley National Laboratory, Bloom Energy, PJM Interconnection capacity auction results, North American Electric Reliability Corporation, Yale Climate Connections analysis of EIA sector data, RBC Wealth Management Data Center Power Struggle report.*