The average electric bill in California is not just high by national standards. It is rising faster than almost anywhere else in the country, and Fresno homeowners are feeling it more than most. PG&E territory carries some of the steepest residential electricity rates in the state, and Central Valley summers, with months of triple-digit heat driving air conditioning demand around the clock, make those rates hit harder here than they do in coastal cities with milder climates.
Understanding why bills keep climbing, what the actual numbers look like for Fresno households, and what options exist to stop the increase from compounding year after year is the most practical thing a homeowner can do before the next rate cycle hits.
Where the Average Electric Bill in California Actually Stands Right Now
California’s statewide average residential electricity rate reached approximately 34.71 cents per kilowatt-hour (kWh) as of December 2025, according to U.S. Energy Information Administration data. That is nearly double the national average of around 17 cents per kWh. For context, the average California household consuming around 491 kWh per month was paying roughly $170 per month at that rate on a statewide basis.
Fresno is a different story. PG&E’s bundled residential rate in Fresno sits in the low-40-cent-per-kWh range as of early 2026, according to NRG Clean Power’s Fresno electricity rate analysis. With the average Fresno household consuming significantly more than the statewide average due to summer cooling loads, monthly bills in the $200 to $350 range are common for Central Valley homes during peak season. WattBuy reports the average electric bill in Fresno at approximately $333 per month, reflecting both the high per-kWh rate and the heavy air conditioning demand that defines summers in the valley.
PG&E customers also begin paying a Base Services Charge of approximately $24 per month starting March 2026, a fixed grid-connection fee that applies regardless of how much electricity a household uses or produces.
The Four Forces Driving California Electricity Rates Higher Every Year
California’s electricity costs did not reach their current level by accident. Four structural forces have driven rates upward for years and continue to do so.
Wildfire mitigation and infrastructure hardening
PG&E has committed to burying more than 1,000 miles of powerlines in high fire-risk areas as part of its wildfire safety program, a figure it confirmed reaching in 2025 filings with the SEC. The utility plans an additional 700 miles of underground powerlines and 500 miles of overhead safety system upgrades in 2025 and 2026 alone. These are necessary investments, but they are capital-intensive, and California regulators allow utilities to recover those costs through customer rates. Wildfire prevention has been one of the largest single drivers of rate increases in recent years.
Aging grid infrastructure upgrades
Beyond wildfire work, PG&E is simultaneously replacing tens of thousands of aging overhead poles, upgrading distribution equipment, and modernizing substations across its service territory. These improvements increase reliability and safety, but they represent billions of dollars in capital expenditure that flows through to residential rates over time. PG&E’s five-year capital plan through 2028 totals $63 billion.
California’s renewable energy mandates
California has committed to 100% clean electricity by 2045, and building toward that goal requires substantial investment in renewable generation, transmission, and grid-level storage. Those costs are socialized across ratepayers. The state’s electricity is becoming cleaner, but the transition has a price, and that price shows up in monthly bills before the long-term savings of a decarbonized grid materialize.
Rate structure and the electricity demand cycle
California’s time-of-use rate structure charges the most for electricity during evening peak hours, typically 4 to 9 p.m., when solar production has ended and grid demand spikes from households cooking, cooling, and charging devices simultaneously. Standard residential customers pulling heavily from the grid in those hours pay a premium that compounds through the year, particularly for PG&E customers in the Central Valley where evening cooling demand remains high well into September.
What Rising Rates Mean Specifically for Fresno and the Central Valley
The statewide average electric bill obscures what is happening in inland California. Coastal cities benefit from marine layer cooling that keeps air conditioning demand moderate. Fresno, Clovis, and the surrounding Central Valley have no such buffer. Summers regularly push 100 degrees or above for weeks at a time, and residential air conditioning systems run for the better part of six months.
The combination of PG&E’s above-average per-kWh rate and the valley’s above-average cooling load means that Fresno homeowners are among the most exposed households in California to electricity rate increases. A 10% rate increase that adds $17 to the average California bill adds closer to $30 to $40 for a Central Valley household running a central air conditioner through a long summer.
By the end of 2024, PG&E customers were paying an average of $60 more per month on electricity bills than they had the year before, according to rate advisory data. The Utility Reform Network (TURN) projected that by early 2025, the average household would be paying approximately $720 more per year for electricity than in 2023. For Fresno households with high baseline usage, the actual increase was steeper.
How Solar Stops the Rate Increase Cycle for Fresno Homeowners
Solar energy does not just lower a bill. It replaces the portion of electricity that would otherwise be purchased from PG&E at whatever rate PG&E charges at the time. Every kilowatt-hour a solar system produces and a household consumes directly is a kilowatt-hour that the utility cannot charge for, at this year’s rate or any future year’s rate.
That distinction matters because electricity rates compound over time. California’s average electricity rate grew from 14 cents per kWh in 2006 to over 34 cents per kWh by 2024, a 142% increase over 18 years, according to rate trend data. A homeowner who locked in solar energy costs in 2006 at the equivalent of 14 cents per kWh avoided paying 34 cents per kWh in 2024. Each year of rate escalation widens the gap between what grid customers pay and what solar customers pay for the same electrons.
In practical terms: a Central Valley homeowner paying $250 to $350 per month for electricity today may reduce that bill by $100 to $300 per month with a properly sized solar system, according to NRG Clean Power’s solar savings analysis. The higher the current bill, the more solar has to offset, and the more meaningful the reduction.
A 6 kW solar system producing 8,000 to 9,000 kWh per year in Central Valley sunlight can save $2,400 to $3,000 annually at current PG&E rates, with savings growing each year rates increase. Over a 25-year system lifespan, total savings commonly reach six figures for California homeowners who sized their systems correctly and maintained them.
What Fresno Homeowners Going Solar in 2026 Need to Know About the Rate Environment
Several changes in 2025 and 2026 affect how solar performs financially for new and existing customers.
The Solar Billing Plan has replaced NEM 2.0 for new installations
Homeowners who installed solar before April 15, 2023, remain on NEM 2.0 billing and receive export credits close to the retail rate. Systems installed after that date are on the Solar Billing Plan (NEM 3.0), where export credits average approximately 25% of the retail rate. This makes self-consumption, meaning using solar electricity directly in the home rather than exporting it, far more valuable than it was under NEM 2.0. Proper system sizing and pairing with battery storage are the most effective ways to maximize value under NEM 3.0.
The Base Services Charge adds a new fixed monthly cost
Starting March 2026, all PG&E residential customers pay a Base Services Charge of approximately $24 per month. This charge cannot be offset by solar credits. It applies to solar customers the same as non-solar customers. The per-kWh usage rate is lower to partially offset it for average users, but low-usage customers and solar customers who have dramatically reduced their grid consumption will feel the fixed charge more acutely.
Battery storage has become strategically important under NEM 3.0
Under NEM 3.0, the highest-cost electricity a household buys from PG&E arrives during the 4 to 9 p.m. peak window when solar is no longer producing. A battery that charges during peak solar production hours and discharges during the evening peak can prevent a household from purchasing any electricity at the most expensive rate, significantly improving annual savings over a solar-only system.
Frequently Asked Questions About California Electric Bills and Solar
What is the average electric bill in California per month?
The statewide average sits around $170 per month based on the December 2025 rate of 34.71 cents per kWh and typical consumption of 491 kWh. However, PG&E customers in the Central Valley typically pay significantly more, with Fresno averages closer to $300 to $333 per month, driven by higher per-kWh rates and heavy summer cooling loads.
How much does the average California household use in kWh per day?
The statewide average is roughly 16 kWh per day based on 491 kWh per month. Central Valley households with central air conditioning running through a long summer often consume 25 to 40 kWh per day or more during peak months, significantly above the statewide average.
Why is my PG&E bill so high compared to other states?
PG&E’s rates reflect a combination of wildfire mitigation costs, aging infrastructure upgrades, California’s renewable energy mandates, and the general cost of operating in one of the most regulated utility environments in the country. PG&E customers pay among the highest per-kWh rates in California, which already has the second-highest electricity costs in the contiguous United States.
Will PG&E rates keep going up?
PG&E made five rate reductions between 2024 and early 2026, and its residential bundled rates were 13% lower than January 2024 as of early 2026. However, the utility’s $63 billion capital plan through 2028 and ongoing wildfire infrastructure work mean continued rate pressure is likely. California’s electricity rates have increased by an average of 4 to 8 percent per year over the past decade, and most energy analysts expect that long-term trajectory to continue even with short-term decreases.
Is solar still worth it in California under NEM 3.0?
Yes, particularly for Central Valley homeowners with high electricity bills. The key shift under NEM 3.0 is that the value now comes primarily from self-consuming solar energy during the day rather than exporting surplus to the grid for credits. For households with high daytime energy use, or those pairing solar with battery storage to shift evening consumption, solar remains one of the strongest financial decisions a California homeowner can make given the rate environment.
Every Year You Wait Is Another Year of Rate Increases You Cannot Take Back
California’s electricity rates have risen 142% since 2006. The next ten years are unlikely to look different from the last ten. Every month a Fresno homeowner continues purchasing electricity from PG&E at the going rate is a month they are paying whatever PG&E charges rather than what solar locked in. The structural reasons rates keep climbing, wildfire work, grid investment, renewable mandates, are not going away. What can go away is a household’s exposure to them.
Pacific Solar has helped Fresno and Central Valley homeowners take control of their electricity costs for over 40 years. If your PG&E bill is consistently high and you want to understand exactly what solar would do to it, contact Pacific Solar for a free assessment. The math is specific to your home, your usage, and your roof, and it is worth knowing.