Why Bills Keep Rising and How Solar Can Help (California Electricity Rates 2026)
- Mar 16
- 11 min read
Updated: Apr 28
For many California homeowners, opening the monthly utility bill has become a source of genuine anxiety. That's not an overreaction — the numbers actually support it.
Over the past decade, residential electricity rates across California's major utilities have risen 60–90% depending on the region. Over the same period, the national average increase was roughly 31%. (Source: Center for Jobs, California Energy Price Data, December 2025, citing U.S. EIA data) California isn't just expensive relative to other states — it's been getting more expensive at a pace that significantly outstrips general inflation.
I spent 8 years supplying solar, electrical, and HVAC equipment to contractors across Los Angeles. One of the most common questions I heard from homeowners wasn't about panel brands or system sizes. It was: "Why does my bill keep going up?" They weren't looking for a sales pitch. They wanted to understand the actual cause. And once they understood it, the follow-up question — whether solar made sense for their situation — became a lot easier to answer honestly.
This guide covers why California electricity rates have risen so sharply, what's likely to happen to them over the next decade, and how solar actually fits into the picture — including the situations where it doesn't.
Table of Contents
What Are California Electricity Rates in 2026?
California electricity rates in 2026 remain among the highest in the country, and the gap between California and the national average continues to widen.
Current Rates by Utility
Utility | Average Residential Rate | Peak TOU Rate |
SCE (Southern California) | $0.30–$0.38/kWh | $0.40–$0.45/kWh (4–9 PM) |
PG&E (Northern/Central CA) | $0.28–$0.36/kWh | $0.38–$0.43/kWh (4–9 PM) |
SDG&E (San Diego) | $0.34–$0.42/kWh | $0.45+/kWh (summer peak) |
Sources: SCE Rate Advisory (January 2026), PG&E and SDG&E rate schedules; CPUC Public Advocates Office Q2 2025 Electric Rates Report
SDG&E consistently ranks among the most expensive utilities in the country. Summer peak pricing above $0.45/kWh is not unusual in San Diego County. SCE customers saw a 12.9% rate increase effective October 1, 2025, bringing the average residential rate to $0.353/kWh. (Source: SCE Rate Advisory, January 2026)
What This Means for a Typical Household
California's average residential electricity consumption runs roughly 500–700 kWh per month. At current rates:
500 kWh household (SCE territory): $150–$190/month
700 kWh household (SCE territory): $210–$266/month
Home with AC + EV charging: $300–$400+ during summer months
The Fixed Base Service Charge introduced in late 2025 (roughly $24/month) was designed to reduce volumetric charges for lower-usage households. For medium-to-high usage homes, overall bills have not changed significantly as a result.
In inland areas like the Inland Empire or Central Valley, where summer temperatures regularly push past 100°F, monthly bills of $400 or more during cooling season are not unusual. California electricity rates in these regions hit hardest precisely when the grid — and household budgets — are under the most stress.
Why Have California Electricity Rates Risen So Much?
California electricity rates didn't increase for a single reason. Several structural cost drivers have compounded over time, and most of them are embedded in the rate structure in ways that aren't going away quickly.
1. Wildfire Mitigation and Liability Costs
After the catastrophic fire seasons of 2017–2020, PG&E and SCE faced billions of dollars in liability. A significant portion of those costs has been passed through to ratepayers. On top of liability, ongoing wildfire prevention investment — undergrounding power lines, replacing aging poles, installing smart sensors, funding PSPS (Public Safety Power Shutoff) operations — continues to add to the rate base.
According to Baker Home Energy (citing CPUC data), wildfire-related expenses make up approximately 15% of SDG&E's revenue requirement and 21% for PG&E as of 2025. These aren't one-time charges. They reflect a multi-year investment program that will continue appearing in bills.
2. Aging Infrastructure Replacement
Much of California's electrical infrastructure was built in the 1950s through 1970s. Transformers, local distribution networks, and substations are reaching end-of-life simultaneously, requiring large-scale replacement. This isn't discretionary spending — it's required maintenance that utilities can only fund through rates.
The timing compounds the problem. Infrastructure replacement cycles that should have been spread over decades are now compressed, creating a concentrated period of capital spending that shows up in rate increases.
3. Renewable Energy Transition Costs
California's mandate to reach 100% clean electricity by 2045 requires significant transmission infrastructure expansion — new lines capable of moving solar and wind energy from remote generation zones (desert solar farms, offshore wind) to population centers. The cost of the energy itself has fallen. The cost of the infrastructure to deliver it has not.
4. The Cost-Shift Problem
Households with rooftop solar use less grid electricity while still relying on the grid for delivery infrastructure. The cost of maintaining that infrastructure doesn't disappear — it shifts to households without solar, which disproportionately includes lower-income households and renters.
California's new Fixed Base Service Charge was a partial attempt to address this imbalance. The debate about how to equitably distribute grid costs is ongoing, and the structural tension isn't resolved.
Will California Electricity Rates Keep Rising?
Many homeowners are hoping rates will stabilize. The structural picture suggests continued upward pressure is more likely.
Demand Growth Drivers
EV adoption
California's ban on new internal combustion engine vehicle sales takes effect in 2035. As EV penetration increases, electricity demand increases. The California Energy Commission projects total electricity consumption to grow roughly 50% by 2045. (Source: CEC, 2023 Integrated Energy Policy Report)
AI data centers
AI model training and inference require significant continuous power. CEC's 2024 demand forecast projects CAISO peak demand to grow 15% from 46,094 MW in 2025 to 52,940 MW by 2030, with data center load cited as a primary driver. (Source: CEC, 2024 Demand Forecast)
Home electrification
Gas heating systems being replaced with electric heat pumps, induction cooktops, and electric water heaters all increase per-household electricity demand. This is occurring across California as part of state-level decarbonization policy.
Extreme weather
During heat waves, utilities must purchase expensive short-notice power to meet peak demand. Those costs flow back into rates through cost-recovery mechanisms.
What the Forecasts Actually Say
The CPUC's 2021 whitepaper on utility affordability projected the following annual average rate increases from 2020 to 2030: PG&E at approximately 3.7% per year, SCE at approximately 3.5% per year, and SDG&E at approximately 4.7% per year. (Source: CPUC, Utility Costs and the Affordability of the Grid of the Future, 2021)
CEC's 2024 demand forecast notes that all three major IOUs have pending General Rate Case applications with proposed increases averaging 10% or more annually, though approved increases are typically lower than requested.
Applying the CPUC's own projections: at 3.5% annually, a rate of $0.35/kWh today reaches approximately $0.49/kWh in ten years. At SDG&E's projected 4.7% pace, it reaches approximately $0.55/kWh. A household currently paying $300/month could be paying $420–$475/month a decade from now if nothing changes on their end.
These aren't dramatic projections. They're the extension of trends that official forecasting bodies have already documented.
How Solar Actually Helps With Rising California Electricity Rates
Solar's relationship to California electricity rates changed significantly when NEM 3.0 took effect in April 2023. Understanding that shift is necessary to evaluate whether solar makes sense for a specific household.
What Changed Under NEM 3.0
Under NEM 2.0, excess daytime solar exported to the grid earned credits close to the retail rate — effectively using the grid as a free battery. Under NEM 3.0, export credits dropped by roughly 75%. Excess solar sent to the grid now earns $0.02–$0.08/kWh, while buying electricity back in the evening costs $0.35–$0.45/kWh.
A solar-only system under NEM 3.0 produces meaningfully less financial benefit than it did before 2023. The economics improve substantially when battery storage is included.
What Changes With Battery Storage
A battery stores excess daytime solar instead of exporting it at low credit rates. That stored energy gets used during the 4–9 PM peak window — the most expensive hours on California TOU rate schedules — instead of purchasing from the grid at $0.35–$0.45/kWh.
The result: a solar-plus-battery system can reduce grid dependence during peak hours by 70–90% in well-designed installations. Annual savings of $2,700–$4,300 are realistic for a typical California home under current SCE rates, compared to $1,500–$2,500 for solar only.
For homes with EVs, the savings extend further. Charging from stored solar instead of grid electricity at off-peak rates saves an additional $1,200–$1,500 annually for a household driving 14,000–15,000 miles per year.
Solar as a Rate Hedge
One aspect of solar economics that's frequently underestimated: the value of a solar installation grows as rates increase. A system that saves $0.35/kWh today saves $0.49/kWh ten years from now if rates follow the CPUC's projected trajectory. The payback period calculated at today's rates understates the actual long-term value of the system.
This doesn't make solar the right choice for every household. But it does mean that evaluating a solar installation only at current electricity prices underestimates what it's worth over a 20–25 year system lifespan.
Under NEM 3.0, battery storage is central to making the financial case for solar work — not just for backup power, but for the everyday economics of self-consumption. For a full breakdown of how battery storage affects California solar costs and payback, this guide covers solar battery costs in California in 2026 in detail.
When Solar Doesn't Make Sense
Not every California homeowner should install solar. Being direct about this matters.
Significant roof shading
Large trees, adjacent buildings, or chimneys casting shadow over most of the roof for significant portions of the day reduce system output substantially. Microinverters mitigate partial shading, but they don't eliminate the impact of heavy shading on overall production.
Roof with less than 10 years of remaining life
Solar panels are designed for 25–30 years of service. Re-roofing after installation requires removing and reinstalling the entire system — typically $3,000–$8,000 in additional cost. If the roof needs replacement within the next decade, that work should happen first.
Moving within 5 years
Solar adds home value, but not reliably enough to recover full system cost on a short timeline. Payback periods of 7–10 years mean short-term homeowners rarely come out ahead financially.
Monthly electricity bills below $100
Solar economics depend on having a meaningful electricity expense to offset. A household using 300 kWh per month or less rarely generates enough savings to justify the system cost.
Financing only available above 8.5% APR
At high interest rates, monthly loan payments can exceed monthly electricity savings, particularly in early years. Confirming financing terms before committing is essential.
For a more detailed look at whether the overall solar investment still makes financial sense in California given the changed incentive landscape, this guide breaks down whether solar is still worth it in California in 2026 without the federal tax credit.
What You Can Do Right Now — With or Without Solar
Whether you're planning a solar installation or not, there are concrete steps available today that reduce exposure to rising California electricity rates.
Switch to a TOU Rate Plan
SCE, PG&E, and SDG&E all offer Time-of-Use rate plans. Shifting discretionary electricity use — laundry, dishwasher, EV charging — to off-peak hours (typically before noon or after 9 PM) reduces the bill without changing consumption.
For EV owners, this is particularly impactful. Charging during peak hours (4–9 PM) at $0.40–$0.45/kWh versus overnight at $0.15–$0.20/kWh is a difference of $600–$1,000 per year for a typical driving pattern. For a full breakdown of EV charging costs and how to reduce them under California's current rate structure, this guide covers why EV charging costs run high in California in 2026 and five ways to reduce them.
Install a Smart Thermostat
Air conditioning and heating represent a significant share of California household electricity use, particularly in inland regions. Smart thermostats like Nest or Ecobee automatically reduce HVAC load during peak pricing windows. Some California utilities offer $50–$150 rebates for qualifying device installations.
Request a Free Energy Audit
PG&E and SCE offer free or low-cost home energy audits. These identify where electricity is being wasted — insulation gaps, inefficient appliances, air sealing opportunities — and often uncover straightforward improvements that reduce monthly consumption by 10–20%.
Check CARE and FERA Eligibility
The CARE (California Alternate Rates for Energy) program offers eligible low-income households a 30–35% discount on electricity rates. FERA (Family Electric Rate Assistance) provides an 18% discount for moderate-income households. Eligibility is determined by income thresholds; check directly with your utility.
Final Thoughts
California electricity rates have risen for structural reasons that are unlikely to reverse quickly. Wildfire liability, infrastructure replacement, renewable transmission buildout, and growing electricity demand are all embedded in the rate structure. Official forecasting from the CPUC and CEC projects continued increases through 2030 and beyond.
Solar is one response to this situation — and under NEM 3.0, it works best when paired with battery storage. For households where the conditions are right, it provides a meaningful hedge against rates that will almost certainly be higher in five and ten years than they are today.
For households where the conditions aren't right — shaded roofs, short time horizons, low usage — the better path is TOU rate optimization, EV charging schedule adjustments, and energy efficiency improvements. These don't require a large capital commitment and can produce real savings immediately.
The most useful thing a California homeowner can do right now is understand what's driving their bill and what options actually apply to their situation. That's what this guide is for.
FAQ
Q: Why are California electricity rates so much higher than the national average?
A: Several structural factors have compounded over time: wildfire mitigation and liability costs (making up 15–21% of major utilities' revenue requirements), aging infrastructure replacement, transmission expansion for renewable energy delivery, and cost shifts related to rooftop solar adoption. These costs are embedded in the rate structure and reflect years of accumulated investment rather than any single policy decision.
Q: Will California electricity rates keep rising over the next decade?
A: The CPUC's own projections anticipate annual increases of 3.5–4.7% through 2030 for the state's major utilities. CEC's 2024 demand forecast projects peak demand to grow 15% by 2030, driven by EV adoption, data center growth, and home electrification. The structural drivers of rate increases — infrastructure investment, demand growth, extreme weather costs — are not resolving in the near term.
Q: Is solar still worth it in California under NEM 3.0?
A: For many households, yes — particularly when battery storage is included. The financial case under NEM 3.0 depends more on self-consumption during peak hours than on export credits. Households with high evening electricity use, EV charging needs, or significant exposure to peak TOU rates benefit most from a well-designed solar-plus-battery system.
Q: Can solar panels power my home during a PSPS outage?
A: Solar panels alone cannot provide power during a grid outage. For safety reasons, grid-tied inverters shut down automatically when the grid goes down. Using solar during an outage requires battery storage. A properly sized battery system can run refrigerator, lighting, internet, and essential circuits for 8–24 hours or more depending on battery capacity and household load.
Q: What can I do to lower my electricity bill before installing solar?
A: Switching to a TOU rate plan and shifting electricity use to off-peak hours is the most immediately impactful step for most households. EV owners who charge during peak hours can save $600–$1,000 annually by moving to overnight charging. CARE and FERA income-based discount programs are worth checking for eligible households. A free utility-provided energy audit can identify efficiency improvements that reduce consumption without capital investment.
Q: How much can a solar-plus-battery system realistically save on California electricity rates?
A: Annual savings of $2,700–$4,300 are realistic for a typical California home under current SCE rates with a well-designed solar-plus-battery system. Homes with EV charging can add another $1,200–$1,500 in annual savings. Actual results depend on system size, rate schedule, usage pattern, and self-consumption performance.
** Electricity rates, incentive programs, and utility policies are subject to change. For current rate information, verify directly with your utility provider. For solar system costs and installation details, confirm with a licensed C-10 or C-46 contractor.
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About the author
Hi, I’m James Ree, founder of ElecGuys.
With 8 years of experience in electrical, HVAC, and solar wholesale in Los Angeles, I used to consult contractors and supply equipment for residential and commercial projects.
I now run this blog full-time to share clear, honest, and practical information with homeowners who are new to solar and home energy.
My goal is simple: to help you save money, avoid costly mistakes, and make smarter energy decisions.
Thanks for reading!
Disclaimer
Costs, rebates, and local regulations can change over time and vary by location. Always confirm details with your local utility provider and a licensed electrician or installer before making any final decisions.
