Why California’s Electricity Prices Keep Rising

And Why So Many Homeowners Are Turning to Solar + Battery Backup

California has entered what many experts call the new Age of Electricity — a time defined by soaring power demand, painful utility rates, and an expanding grid straining under the weight of EV adoption, severe heat waves, wildfire protections, and AI-driven data-center growth. And while corporations and utilities scramble to secure cheaper long-term power, everyday homeowners are left absorbing the cost through their monthly bills.[1][2]

But there’s a quieter truth behind the headlines:

The same tools tech companies use to stabilize their energy costs are now available to California residents — and often with $0 out of pocket.

Electricity Demand Is Exploding — And So Are Bills

• California’s grid operator expects peak demand to jump 15% between 2025 and 2030, while annual electricity consumption climbs over 20% due to EVs, electrification, extreme weather, and the rapid expansion of data centers.[1]

• Residential customers already pay some of the highest rates in the nation — 30–32¢ per kWh in 2025, more than double the U.S. average.[3][4]

• A typical California electric bill now sits around $290 per month, and utilities like PG&E and SCE have increased rates 25–40% in just a few years.[3][5]

This is why so many households feel the squeeze — even when using the same amount of power (or less) than they did a decade ago.

Why Demand Hits California Households Hardest

As electricity demand grows faster than new supply, utilities are forced to invest billions in:

• New wires, substations, and transformers

• Wildfire resilience and undergrounding

• Clean-energy infrastructure

• Public-purpose mandates

Those costs don’t stay with the utility — they get folded into your monthly per-kWh rate.[1][3]

Even if your home is energy-efficient, you’re still underwriting the grid rebuilding effort.

The Solar Shift: Why Utilities and Tech Giants Want Low-Cost, Long-Term Power

Solar isn’t just “green.” It’s cheap, predictable, and fuel-free, making it one of the strongest tools for controlling long-term energy prices.

• Utility-scale solar is now one of the lowest-cost sources of new electricity in history.[2][6]

• It offers stable, fixed pricing that protects companies from natural-gas volatility and future grid-rate increases.

• Data centers — which consume 10–50x more energy per square foot than normal buildings — rely on long-term solar contracts (PPAs) to keep energy costs predictable over 15–25 years.[7]

And no company is leaning into this more than META (Previously Facebook).

META, AI Data Centers, and the Rise of Solar PPAs

META has committed to matching all operations with renewable energy — and as AI accelerates, the company is doubling down on solar power:

• New agreements with AES to secure 650 MW of solar capacity for their AI and data-center operations.[8][9]

• Long-term Power Purchase Agreements (PPAs) that let META buy solar power at rates that are typically lower and more stable than retail utility rates.[7][2]

A PPA is simple:
The developer pays for the equipment.
The company pays only for the power — at a predictable price.

Sound familiar?

It should. Because this exact model is now available to California homeowners.

Third-Party Ownership (TPO): How Homeowners Access the Same Advantage

In a TPO or PPA structure:

• A solar financing company pays for the entire system

• They own, operate, and maintain it for 25 years

• You simply buy the electricity it produces — at a lower rate than the utility and sell back what you didn't use or need.[10][11]

No debt.
No maintenance.
No equipment risk.
Just predictable clean power.

Utilities, corporations, and data centers all rely on TPO models because they provide low-cost, fixed-rate energy with no capital outlay.[10][2]

Now homeowners get the same opportunity.

What This Means for California Households

The same pressures pushing corporations toward solar — volatile rates, high demand, and uncertainty — are driving households to look for better options.

Solar + battery storage through a PPA gives homeowners:

• Lower energy costs from day one

• Protection from future rate hikes

• Blackout and PSPS backup power

• No upfront cost

• No maintenance or equipment bills

• Predictable pricing for 25 years

And as more of California’s electricity supply comes from low-marginal-cost solar power, homeowners who secure long-term fixed rates now stand to benefit most over time.[4][11][1]

Bottom Line: You Don’t Need to Absorb These Rising Costs

Major corporations are locking in long-term solar power because the grid is changing — and prices are climbing faster than utilities can stabilize them.

Homeowners deserve the same protection.

If you’ve noticed your bill creeping higher each year, or you feel like your rates keep rising even when your usage stays the same, your home may be a good candidate for solar + battery under a $0-down PPA.

The fastest way to know? A simple 5-minute virtual review.

See what your home qualifies for:

👉https://myhomesolution.org/contact-us-vpp-powerprogram-sce-pge-sdge-solar-batterybackup-tesla-enphase

A calm, clear path forward is only one appointment away.

1. Energy Institute at Haas.
“Reining In California’s Runaway Electricity Rates.”
University of California, Berkeley. September 15, 2025.
https://energyathaas.wordpress.com/2025/09/15/reining-in-californias-runaway-electricity-rates/

2. Green Ridge Solar.
“How Solar Energy Powers Data Centers and AI Growth.”
2025.
https://greenridgesolar.com/solar-energy-powers-data-centers-ai/

3. EcoFlow.
“Electricity Cost in California: Why Rates Keep Rising.”
2025.
https://www.ecoflow.com/us/blog/electricity-cost-in-california

4. EnergySage.
“California Electricity Prices: Local Cost Data and Trends.”
2025.
https://www.energysage.com/local-data/electricity-cost/ca/

5. Southern California Edison (SCE).
“Rate Advisory & Time-of-Use Pricing Updates.”
2025.
https://www.sce.com/save-money/rates-financing/sce-rate-advisory

6. Renewable Energy Institute.
“Renewable Energy Capacity Expected to Triple Worldwide by 2035.”
2025.
https://www.renewableinstitute.org/renewable-energy-capacity-estimated-to-triple-worldwide-by-2035/

7. CarbonCredits.com.
“Meta Invests in 650 MW of Solar to Power AI and Data Centers.”
2025.
https://carboncredits.com/meta-invests-in-650-mw-of-solar-energy-to-power-ai-and-data-centers/

8. Solar Power World.
“Meta Signs on for 650 MW of New Solar Projects to Power Data Centers.”
May 2025.
https://www.solarpowerworldonline.com/2025/05/meta-signs-on-for-650-mw-of-new-solar-projects-to-power-data-centers/

9. SolarQuarter.
“AES Corporation Signs Major Solar Agreements to Power Meta’s Data Centers.”
May 22, 2025.
https://solarquarter.com/2025/05/22/aes-corporation-signs-major-solar-agreements-to-power-metas-data-centers/

10. City Renewable Energy Network.
“Understanding Third-Party Ownership (TPO) in Community Solar.”
2025.
https://cityrenewables.org/community-solar/understand-ownership-models/third-party-ownership/

11. Solar Power World.
“How Third-Party Owned Rooftop Solar Projects Work.”
November 2025.
https://www.solarpowerworldonline.com/2025/11/how-do-third-party-owned-rooftop-solar-projects-work/