NationPro USA | Energy Insights
California homeowners are already accustomed to some of the highest electricity costs in the country. Now, a new forecast suggests the financial pressure on millions of PG&E customers could become considerably worse over the next several years.
According to estimates from the California Public Utilities Commission’s Public Advocates Office, a typical PG&E household could see its annual energy costs rise by $444 in 2027. By 2030, annual bills could be approximately $840 higher than current levels.
For the roughly 16 million Californians served by Pacific Gas & Electric, the projections highlight an increasingly important question:
How much more will homeowners have to pay for electricity they have little control over?
At NationPro USA, we believe this is precisely why homeowners should evaluate ways to take greater control of how their electricity is produced, stored and consumed.
Another Potential Wave of PG&E Rate Increases
The latest projections are particularly significant because California households have already experienced years of substantial utility increases.
PG&E customers have faced rising costs associated with infrastructure improvements, wildfire prevention and mitigation, grid modernization, transmission investments and other expenses required to operate California’s increasingly complex electrical system.
And homeowners ultimately experience many of those costs through their utility bills.
The Public Advocates Office estimates suggest:
- 2027: The typical household could pay approximately $444 more per year.
- 2030: Annual costs could be approximately $840 higher than today’s levels.
- Approximately 16 million Californians could potentially be affected by PG&E’s future rate trajectory.
If the projections prove accurate, California homeowners could once again experience substantial increases after already absorbing significant increases during the past several years.
$840 More Per Year Is $70 More Every Month
An additional $840 annually translates to approximately $70 per month.
That’s money that could otherwise go toward groceries, insurance, a mortgage, retirement savings or other household expenses.
And the larger concern isn’t simply what electricity might cost in 2030.
It’s what happens after 2030.
A homeowner who relies entirely on utility electricity remains exposed to future rate changes for as long as that home depends on the grid.
That uncertainty is one reason solar and battery storage have evolved from simply being environmental upgrades into tools for household energy cost management and independence.
The Difference Between Buying Electricity and Producing It
Traditional utility customers purchase virtually every kilowatt-hour their homes consume from the electrical grid.
When rates increase, their cost increases.
Solar changes that relationship.
Instead of purchasing all of a home’s electricity from the utility, properly designed rooftop solar allows homeowners to produce a portion of their electricity directly at their property.
Adding battery storage can provide another layer of control by allowing electricity produced during sunny periods to be stored and used later—including during expensive evening hours when solar production declines.
The objective isn’t necessarily to eliminate the grid.
It’s to reduce how dependent your household is on increasingly expensive grid electricity.
California's Solar Economics Have Changed
California homeowners considering solar should understand that today’s solar market is different from the market of several years ago.
Under California’s current net-billing structure, exported solar electricity generally isn’t valued the same way it was under earlier net-metering programs.
That has made self-consumption increasingly important.
Rather than designing a system primarily around sending excess electricity back to the utility, today’s strategy can focus more heavily on:
Solar panels → produce electricity during the day
Battery storage → captures excess production
Home → uses stored energy when utility electricity is more expensive
The combination can help homeowners consume more of the electricity their own property generates rather than purchasing that electricity from the utility.
Batteries Can Make Solar Even More Valuable
Battery storage has become an increasingly important component of California residential energy systems.
A properly designed solar-plus-storage system may allow homeowners to store excess daytime production and use that electricity later.
Depending on the system, rate plan and configuration, batteries can also help homeowners:
- Reduce electricity purchases during expensive peak periods
- Increase consumption of their own solar production
- Provide backup electricity during qualifying grid outages
- Reduce exposure to future utility price increases
- Gain greater control over when grid electricity is consumed
For many households, the conversation has therefore shifted from simply “Should I get solar?” to “How much control can solar and storage give me over my future energy costs?”
Consider the Long-Term Cost, Not Just Today's Bill
One of the biggest mistakes homeowners can make when evaluating solar is comparing the cost of a solar system only against today’s utility bill.
The more meaningful comparison considers what utility electricity could cost over the next 10, 15, 20 or even 25 years.
Consider a household paying $300 per month today.
If electricity rates continue increasing over time, that $300 bill doesn’t remain $300. The homeowner continues buying electricity at whatever rates exist in the future.
Solar changes the equation by allowing the homeowner to generate electricity from an energy-producing asset installed on the property.
The financial benefit will vary considerably based on system price, financing, roof characteristics, electricity consumption, utility rate plan, solar production and battery configuration. But rising utility rates can materially affect the long-term economics.
Energy Independence Is Becoming a Financial Strategy
For years, homeowners primarily associated solar with environmental benefits.
Then solar increasingly became a financial decision driven by the opportunity to reduce electricity costs.
California’s rapidly changing energy environment is creating another motivation:
Energy independence.
Homeowners are increasingly asking how they can become less vulnerable to utility rate increases, peak pricing and power outages.
Solar panels produce electricity.
Battery storage determines when some of that electricity can be used.
Smart energy management helps determine how efficiently the entire system operates.
Together, these technologies can give homeowners something a traditional utility bill cannot:
greater control over their household energy future.
Don't Wait Until the Next Rate Increase to Run the Numbers
The Public Advocates Office projections aren’t a guarantee of exactly what every PG&E customer will pay. Actual bills will depend on future regulatory decisions, electricity consumption, rate plans and other factors.
But the broader message is difficult to ignore.
California electricity remains expensive, and homeowners should understand what continued utility increases could mean for their household budgets.
A homeowner doesn’t have to guess whether solar makes financial sense.
The numbers can be calculated.
NationPro USA can evaluate your current electricity usage, roof, solar production potential and battery-storage options to estimate how much of your utility electricity could potentially be replaced with energy generated at home.
See What Energy Independence Could Look Like for Your Home
If you’re concerned about where PG&E rates could be headed, now is the time to understand your options—not after another rate increase arrives.
NationPro USA can provide a customized home energy analysis showing your solar and battery options, projected production and potential long-term energy savings.
Take control of your energy costs before the utility decides what you’ll pay next.
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Actual savings, solar production, battery performance and utility-bill reductions vary based on location, energy consumption, utility rates, system design, equipment, financing and other factors. Future utility rates are not guaranteed.