California Homeowners

How much could solar panels save you?

Enter your electric bill and utility provider to get a personalized savings estimate, payback period, and 25-year projection. No email required.

$130K
avg. 25-year CA savings
6–8 yrs
typical payback period
5.8 hrs
avg. daily peak sun hours
1 Your home and usage

Affects rate, net metering policy, and incentives.

Under NEM 3.0, PG&E, SCE, and SDG&E now credit solar exports at roughly $0.05-0.08/kWh rather than full retail rate. Pairing solar with battery storage significantly improves your savings under this policy.
$200 / month
$50$800

Use your average across all seasons.

South-facing roofs produce ~15% more than west-facing in California.

EV charging adds roughly $750/year to your effective energy cost, increasing recommended system size.

2 Available incentives

Incentive amounts are estimates. Verify current availability with your utility before purchasing.

Your estimate
Waiting for
your details

Enter your bill and utility provider, then click Calculate to see your personalized solar savings estimate.

Estimates use 2026 California utility rates and average solar production data. Actual savings depend on roof orientation, shading, usage patterns, and financing. Get 3 quotes from licensed installers for accurate numbers.

Why California is ideal for solar

With 5.8 average daily peak sun hours and some of the highest electricity rates in the country, California homeowners see faster solar payback than almost anywhere else in the US. High PG&E and SDG&E rates mean every kilowatt-hour your panels produce is worth more.

Understanding NEM 3.0

PG&E, SCE, and SDG&E customers now earn about $0.05-0.08/kWh for excess solar sent to the grid, down from full retail rate under NEM 2.0. SMUD and LADWP customers still benefit from full retail net metering, making solar economics stronger for those utilities.

What incentives are still available in 2026

The federal IRA solar tax credit expired for residential installations at the end of 2025. State programs like SGIP for battery storage and DAC-SASH for income-qualifying households remain active. Utility rebates vary by provider. Always verify current availability before purchasing.

How to get the best solar quote

Get at least 3 bids from licensed California contractors. Compare price per watt (not just total price), panel brand and efficiency, inverter type, warranty terms, and whether the installer handles interconnection paperwork. SEIA data shows prices vary up to 30% for the same system.

2026 California Guide

Is solar worth it in California in 2026?

California leads the nation in residential solar adoption and for good reason. Despite changes to net metering policy under NEM 3.0, most California homeowners with moderate to high electric bills still see compelling economics from solar. The key is understanding what has changed, what has not, and how to size your system correctly for 2026.

How NEM 3.0 changed the solar equation

In April 2023, California's major investor-owned utilities (PG&E, SCE, and SDG&E) transitioned from net metering to a Net Billing Tariff, commonly called NEM 3.0. Under the old system, excess solar you sent to the grid earned credits at your full retail electricity rate. Under NEM 3.0, those export credits are roughly $0.05-0.08/kWh, about 75% less than the retail rate.

This change significantly affects solar-only systems, but pairing solar with battery storage largely restores the economics. A battery allows you to store excess solar production during the day and use it during peak pricing hours (typically 4-9pm), when grid electricity costs the most. SMUD and LADWP customers are not subject to NEM 3.0 and still receive full retail rate credits for their solar exports, giving them a meaningful economic advantage.

The federal tax credit situation in 2026

The federal residential clean energy tax credit (IRA Section 25D) for solar panels expired December 31, 2025 and is no longer available for new residential solar installations in 2026. If you installed solar before that date, you can still claim the credit on your 2025 federal tax return.

Despite the expiration, solar panel costs have dropped significantly over the past decade. The average installed cost in California is now around $2.52/watt, meaning a typical 8-9 kW system runs $20,000-23,000 before any remaining state or local incentives. California's high electricity rates mean payback periods of 6-9 years remain achievable for most homeowners even without the federal credit.

State and local incentives still available

California's Self-Generation Incentive Program (SGIP) Residential Solar and Storage Equity pathway remains active with $280 million in funding under AB 209, offering $3,100/kW for paired solar and $1,100/kWh for battery storage. As of early 2026, the budget is fully reserved but new applications are accepted on a waitlist. The DAC-SASH program provides up to $3/watt for income-qualifying homeowners in disadvantaged communities, funded through 2030.

California's property tax exclusion for solar systems remains in effect for systems installed and receiving Permission to Operate before January 1, 2027. This means your home's assessed value does not increase when you install solar, even though it typically adds $15,000-30,000 in market value. No application is required.

How system size is calculated

The right system size depends on your annual electricity usage and your location's peak sun hours. California averages 5.8 peak sun hours per day, though this varies by region. Fresno and Bakersfield see closer to 6.5 hours while coastal areas may see 5.0-5.5. A properly sized system aims to offset 80-100% of your annual usage.

Under NEM 3.0, slightly undersizing your system (offsetting 70-80% of usage) can actually improve your economics for PG&E, SCE, and SDG&E customers, since you earn low credits on exports anyway. Talk to your installer about the optimal offset percentage for your rate plan and usage pattern.

What to look for when getting quotes

Get at least three bids. Compare price per watt rather than total system price (since different installers may propose different system sizes). A competitive 2026 price in California is $2.30-2.70/watt installed. Ask specifically about the interconnection timeline with your utility, the equipment warranty (look for 25-year panel warranties), the workmanship warranty (10 years minimum from reputable installers), and whether the installer is NABCEP certified. Ask which inverter type they are proposing and why, as string inverters, microinverters, and power optimizers each have different performance profiles depending on your roof configuration.

Go deeper

The California Solar
Buyer's Guide

Ready to start getting quotes? This 20-page guide gives you everything you need to hire the right installer, avoid contract traps, and maximize your incentives.

+NEM 3.0 explained simply
+20 installer vetting questions
+3-bid comparison worksheet
+Solar contract red flags
+2026 incentive tracker
+Instant PDF download
Get the guide $7 → One-time · Instant PDF download

20

pages

$7

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Frequently asked questions

How accurate is this solar savings estimate?
This calculator uses 2026 California utility rates, average regional solar production data (5.8 peak sun hours/day statewide average), and typical system costs to produce an estimate. Real savings vary based on your specific roof orientation and shading, local microclimate, usage patterns, rate plan, and financing choice. Treat this as a reliable starting range before getting installer quotes.
Is solar still worth it in California after NEM 3.0?
For most California homeowners with moderate to high electric bills, yes. The economics are most compelling for SMUD and LADWP customers who still receive full retail net metering. For PG&E, SCE, and SDG&E customers under NEM 3.0, pairing solar with battery storage significantly improves the return by allowing you to use stored solar during peak pricing hours rather than exporting it at low credits. Solar-only systems under NEM 3.0 still make sense but the payback period is longer than under the old net metering policy.
What incentives are available for California solar in 2026?
The federal IRA residential solar tax credit expired December 31, 2025. State programs still available include SGIP for battery storage (waitlisted but accepting applications), DAC-SASH for income-qualifying households in disadvantaged communities, and California's property tax exclusion for solar systems installed before January 1, 2027. Some utilities offer additional bill credits or time-of-use optimization programs. Verify current availability with your utility and installer before purchasing.
How long does solar installation take in California?
Physical installation typically takes 1-2 days. However, the full process from signing a contract to turning your system on takes 2-4 months in most California markets. This includes permitting with your city or county (2-6 weeks), utility interconnection approval (4-8 weeks), and final inspection. SMUD has historically processed interconnections faster than PG&E. Your installer should manage this entire process on your behalf.
Should I add battery storage with my solar?
For PG&E, SCE, and SDG&E customers under NEM 3.0, battery storage significantly improves the economics by letting you store daytime solar production and use it during peak pricing hours (4-9pm) when grid electricity costs the most. For SMUD and LADWP customers still on full retail net metering, the financial case for storage is less urgent though still valuable for backup power during outages. Battery prices have dropped 40% or more over the past five years, improving the payback on storage considerably.
Does solar increase my home value in California?
Yes. Studies consistently show homes with solar sell for 3-4% more than comparable non-solar homes. On a $500,000 California home that's $15,000-20,000 in added value. California's property tax exclusion means this added value does not increase your property tax bill, provided your system received Permission to Operate before January 1, 2027. The exclusion applies automatically with no application required.
What if I have a shaded roof or north-facing panels?
Significant shading or a north-facing roof reduces solar production meaningfully. If shading reduces your output by more than 20-25%, the economics may not make sense without removing the shade source. Microinverters or power optimizers (like Enphase or SolarEdge) can partially offset shading losses by allowing each panel to operate independently. A reputable installer will conduct a shade analysis before proposing a system and will be honest if your roof is not well-suited for solar.