Is Solar Worth It in California? Honest Answers to Every Skeptical Question

Q: Why are people getting rid of solar panels?

Three main reasons people remove solar: (1) selling the home and the buyer doesn't want to assume the existing PPA or lease — the seller pays the buyout to close the deal; (2) the system was installed before NEM 3.0 changes and was undersized for current loads (added EV, heat pump, growing family) — sometimes more economical to replace than expand; (3) the system underperformed warranty production and the customer is exiting via the production guarantee. The fourth, less common reason: the homeowner financed via a 25-year loan and didn't realize how onerous early payoff would be at sale time. The vast majority of installed solar in California is NOT being removed — but the cases that are removing it tend to be loud.

Q: Why is it so hard to sell a house with solar panels?

It's not hard if the solar is owned outright — owned solar generally adds resale value. The hard sales involve PPAs, leases, or solar loans. PPA/lease customers don't own the equipment; they have a contractual obligation to pay the financier for ~20 years, and the buyer must agree to assume that contract. Many buyers (and lenders) push back on assumption, requiring the seller to buy out the contract before close. Buyout costs can be $10,000-30,000+. Solar loan customers technically own the system but the loan creates a UCC-1 fixture filing that confuses lenders and title companies. Bottom line: owned solar = asset; PPA/lease/loan solar = transaction risk to manage carefully.

Q: Why is my electric bill so high if I have solar panels?

Five common reasons your bill stays high after solar: (1) the system was undersized for your actual usage — installer sized off your bill, but your real consumption was higher (especially common for existing solar customers whose bills show NET usage, not gross); (2) you added loads after install (EV, heat pump, pool) that exceed system capacity; (3) you're on NEM 3.0 without a battery, so excess solar exports get credited at 25% of retail while you import at 100% during peak hours; (4) PG&E's true-up cycle settled with a balance owed because your annual production didn't cover annual consumption; (5) PG&E rates increased ~80% in 7 years — the system is producing the same kWh, but those kWh save against now-higher rates, which can mean the bill went down less than expected vs going down 100%. Get the system audited if numbers don't match expectations.

Q: What is the biggest downside to solar electricity?

The biggest downside is upfront capital — solar systems cost $25,000-50,000 installed for a typical California home, and even with the federal 30% credit (through Dec 31, 2025) and other stacked incentives, net out-of-pocket runs $15,000-35,000. Other downsides: (1) roof considerations — shade, orientation, age, or material can disqualify some homes; (2) production seasonality — California solar produces 50-70% less in December than July, while heating loads are highest in winter, so battery sizing matters; (3) NEM 3.0 economics changed export rates, requiring batteries for the math to work for new installs; (4) PPA/lease structures complicate home sales as covered above. Solar isn't free electricity — it's prepaid electricity. Whether prepaying makes sense depends on your specific situation.

Q: Why do people say no to solar panels?

Most common honest reasons: (1) the math doesn't pencil — bill is too low (under $150/month) to justify system cost over the payback period; (2) roof issues — heavy shade, wrong orientation, recently re-roofed (homeowner doesn't want to disturb), planning to re-roof soon; (3) ownership horizon — planning to move within 5 years and don't want PPA/lease complications at sale; (4) bad prior experience — pushy sales rep, math that didn't add up, friend who got burned; (5) prefer not to pay upfront and PPA/lease structures don't appeal philosophically. Some of these are good reasons (math doesn't work). Some are based on outdated information (sales rep experience from 2018 doesn't reflect 2026 product). I tell roughly 1 in 3 audits 'no' for legitimate reasons. The honest version of why people say no is part of the decision.

Q: When should you NOT install solar?

Don't install solar if: (1) your PG&E bill is under $150/month and you don't anticipate increased usage — system cost won't be recouped over reasonable timeframe; (2) heavy oak or pine shade covers your primary roof for most of the day — production won't meet system economics; (3) you're planning to move within 5 years and don't want to negotiate PPA assumption or pay buyouts at close; (4) your roof is 15+ years old and needs re-roofing within 5 years — paying twice for panel removal/reinstall hurts payback; (5) you're not a homeowner (renters can't install). Don't install solar through a PPA or lease if you don't fully understand the 20-year contract obligation, transferability terms, and buyout costs.

Q: When does solar make sense in California?

Solar makes sense when: (1) PG&E bill is $250+/month consistently — system cost is supported by displaced bill cost over payback period; (2) roof is south-facing or southwest-facing, with minimal shade during peak production hours (10am-4pm); (3) ownership horizon of 7+ years — payback typically 6-10 years for owned systems with current incentives; (4) usage is steady or growing (planned EV, heat pump, electrification) — solar over-sizing absorbs growth without future system expansion; (5) you can claim the federal 30% tax credit (have tax liability that uses it). Combine those factors and most El Dorado County homes I audit pencil for solar — typically 25-year savings of $80K-150K vs staying on PG&E.

By Mark O’Connor · Independent Energy Consultant · CA HIS #164591 SP · May 6, 2026

The Short Answer

For most California homes paying $250+/month to PG&E, solar pencils. For homes with smaller bills, heavy roof shade, or short ownership horizons, it doesn’t. Roughly 1 in 3 California homeowners I audit aren’t a fit, and I tell them so. This page works through the skeptical questions honestly — why some people remove solar, why solar homes can be hard to sell, why some bills stay high after solar, and what the actual downsides are.

Most solar content online sells you on solar. This page does the opposite — it walks through the real reasons people regret solar, the real reasons people remove it, and the real reasons people say no. If solar makes sense for your specific house, the honest version of those answers should make you more confident, not less. If it doesn’t, the same honesty should save you a lot of money.

Why Some People Remove Their Solar

The dominant narrative online is that California solar “doesn’t work anymore” or “people are ripping it off their roofs.” The honest version: a small but real number of people DO remove solar, almost always for one of these reasons.

1. Selling the home and the buyer rejected the PPA/lease assumption

If a homeowner installed via a PPA or lease (the financier owns the equipment, homeowner pays monthly for the electricity), the buyer at sale time must agree to assume the contract. Many buyers refuse. The financier can require a buyout to clear the obligation; buyouts run $10,000-30,000. Sellers sometimes pay the buyout to save the deal — effectively “removing” the solar from their financial life even though the panels stay on the roof. Owned solar (paid in cash or via a personal loan, no PPA/lease) doesn’t have this problem.

2. Pre-NEM-3 system was undersized and expansion didn’t pencil

Some customers installed solar in 2018-2022 sized for their then-current bill. They’ve since added an EV, a heat pump, or had a family expand — their actual usage is now 2-3x what the system was sized for. Expanding the existing system can trigger re-permitting that transitions them from NEM 2.0 to NEM 3.0, losing valuable grandfathering. In a few cases, customers concluded it was more economical to remove the original system entirely and install a new system designed for their current and projected future loads.

3. Underperforming production triggered the warranty exit

Most solar systems come with a production guarantee — the installer commits to the system producing X kWh/year, and pays the homeowner if it falls short. A small percentage of systems underperform consistently (shade growth from neighboring trees, panel degradation faster than spec, unforeseen site issues). When this happens and the warranty triggers, some customers exit via the production-guarantee provision rather than continuing to operate an underperforming system.

The frame: removal is uncommon, but it’s loud

Of California’s ~1.5 million residential solar installations, the actual removal rate is small (low single-digit percent over 10+ year horizons). But removal stories are dramatic and shareable, which makes them feel more common than they are. The vast majority of installed solar in California stays installed and produces as expected for decades.

Why Solar Homes Can Be Hard to Sell (and When They’re Not)

Owned solar generally adds resale value. Most studies find $4-15K added value depending on system size, with NEM 2.0 grandfathered homes commanding the higher end of that range. Owned solar isn’t the problem.

The problem is contract-encumbered solar:

PPAs (Power Purchase Agreements) — financier owns the system; homeowner has a 20-year obligation to pay for the electricity at contracted rates. Buyer must assume the contract. Many buyers refuse. Many lenders push back.
Solar leases — similar to PPAs but the homeowner pays a flat monthly rate regardless of production. Same transferability issues.
Solar loans — homeowner technically owns the system, but the loan is secured by a UCC-1 fixture filing. UCC-1 filings confuse title companies and lenders, who sometimes mistake them for property-wide liens.

The fix isn’t avoiding solar — it’s being explicit about the contract structure when listing or buying. A solar transaction intelligence report (something I’m building specifically for realtors) surfaces these issues at listing time, not at closing.

Why Some Bills Stay High After Solar

This is the most important question for anyone who already has solar and is wondering if they got a bad deal. Five common reasons your bill stays high:

1. The system was undersized

Common when the installer sized the system off your bill rather than your true gross consumption. For existing solar customers, your bill shows NET usage (imports minus exports), not gross. If a new installer sizes a battery add-on off the net number, the system will be 5-10x undersized. Confirm system sizing was based on actual gross consumption (or rep-confirmed production data) before signing.

2. You added loads after install

Common with EV adoption, heat pump conversions, pool additions, or growing families. The system that covered your 2020 usage doesn’t cover your 2025 usage. Expansion via add-on or replacement is the path; whether it triggers NEM tier transitions matters.

3. You’re on NEM 3.0 without a battery

Under NEM 3.0, exports earn ~25% of retail, while imports cost 100% of retail. Without a battery to time-shift midday solar into peak hours, the math doesn’t close cleanly. Full NEM 3.0 breakdown is here.

4. Annual true-up settled with a balance owed

PG&E’s solar billing operates on a 12-month cycle ending at your “true-up” date. If your annual production fell short of annual consumption, you owe the difference at year-end. This isn’t a bug — it’s the math working as designed when system size doesn’t match consumption.

5. PG&E rates went up

PG&E rates are up ~80% in 7 years. A system installed in 2018 producing the same kWh today saves against now-higher rates — which can mean the bill went down less than expected vs. going down 100%. Solar’s value is “displaced future PG&E cost,” and that displaced cost has been growing faster than projected.

The Biggest Downside to Solar Electricity

Honest list, ranked roughly by impact:

Upfront capital. Solar systems cost $25,000-50,000 installed. Even with the federal 30% credit through Dec 31, 2025 and stacked California incentives, net out-of-pocket runs $15,000-35,000. Compared to paying PG&E monthly with no upfront cost, that’s a real obstacle.
Roof / siting requirements. Heavy shade, wrong orientation, old roof, fragile roof material, or HOA restrictions can disqualify some homes regardless of bill size.
Production seasonality. California solar produces 50-70% less in December than July. Winter heating loads coincide with lowest production. Battery sizing has to account for this gap.
NEM 3.0 economics changed the design. Pre-2023 solar customers got 1:1 retail export economics. New customers (post-April 2023) get ~25% of retail on exports, requiring batteries for the math to work. Not a fatal change, but it changed the design playbook.
PPA/lease complications at sale. Owned systems are clean assets. Contract-encumbered systems can complicate home sales as discussed above.
Tax credit timing. The federal 30% credit ends Dec 31, 2025 under OBBBA. Customers needing tax liability to monetize the credit must coordinate with their CPA.

None of these are fatal for the right house. Combined, they explain why I tell roughly 1 in 3 audits “not a fit.”

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The Honest List: When Solar IS a Fit

Solar pencils when most of these are true

PG&E bill consistently $250+/month — system cost is supported by displaced bill cost over the payback period
South-facing or southwest-facing roof with minimal shade during peak production hours (10am-4pm)
Ownership horizon of 7+ years — payback typically lands at 6-10 years for owned systems with current incentives
Roof under 10 years old (or planning to re-roof at the time of solar install)
Steady or growing usage — planned EV, heat pump, or other electrification absorbs over-sizing as load growth
Tax liability sufficient to use the federal 30% credit — the credit is non-refundable, so it requires owed taxes to monetize
Comfortable with upfront capital (cash purchase) OR willing to use a transparent solar loan (NOT a PPA/lease)

The Honest List: When Solar is NOT a Fit

Don’t install solar if any of these are true

Bill consistently under $150/month — system cost won’t recover over reasonable payback period
Heavy oak or pine shade covers your primary roof for most of the day
Planning to move within 5 years and don’t want PPA/lease complications at sale
Roof needs re-roofing within 5 years — paying twice for panel removal/reinstall hurts payback
You’re a renter — can’t install on a property you don’t own
You don’t have tax liability to use the federal credit and you’re past Dec 31, 2025 timing
You’re considering ONLY a PPA/lease and don’t fully understand the 20-year contract obligation, transferability, and buyout costs

If any 2+ of these apply, the math probably doesn’t pencil. Three real levers for lowering your PG&E bill covers the alternatives.

The Bottom Line

Is solar worth it in California? Yes, for the right house. The right house is one with consistent $250+/month PG&E bills, a roof that gets full sun, an owner planning to stay 7+ years, and willingness to engage with the upfront capital decision honestly. Roughly 2 in 3 California homeowners I audit fit those criteria.

For the 1 in 3 who don’t fit, solar is the wrong answer. The honest version of why is part of the value — saves you from a 25-year contract you’d regret. The audit is free either way.

Frequently Asked Questions

Is solar worth it in California?

For most California homes paying $250+/month to PG&E, yes — but not for every home. The math depends on roof orientation, shade, usage pattern, ownership horizon, and incentive timing. Smaller bills under $150/month often don’t support the system cost. Roughly 1 in 3 California homeowners I audit aren’t a fit.

Why are people getting rid of solar panels?

Three main reasons: selling the home and buyer doesn’t want to assume the existing PPA/lease (seller pays buyout to close); the system was installed before NEM 3.0 changes and was undersized for current loads; the system underperformed warranty production. The vast majority of California solar is NOT being removed.

Why is it so hard to sell a house with solar panels?

It’s not hard if the solar is owned outright. The hard sales involve PPAs, leases, or solar loans. PPA/lease customers don’t own the equipment; they have a contractual obligation the buyer must assume. Many buyers and lenders push back. Buyout costs $10K-30K+. Owned solar = asset; PPA/lease/loan solar = transaction risk to manage.

Why is my electric bill so high if I have solar panels?

Five common reasons: undersized system (sized off net usage instead of gross), added loads since install (EV/heat pump/pool), NEM 3.0 without a battery, annual true-up settled with balance owed, or PG&E rates increased while production stayed flat.

What is the biggest downside to solar electricity?

Upfront capital is the biggest. Systems cost $25K-50K installed; net out-of-pocket runs $15K-35K after stacked incentives. Other downsides: roof requirements (shade, orientation, age), production seasonality (less in winter when heating peaks), NEM 3.0 economics requiring batteries for new installs, PPA/lease complications at sale.

Why do people say no to solar panels?

The math doesn’t pencil (bill too low), roof issues (shade, orientation, re-roofing soon), short ownership horizon, bad prior experience with sales reps, or preference against upfront capital. Some are good reasons; some are based on outdated information about 2018-era products.

When should you NOT install solar?

Don’t install solar if your bill is under $150/month, heavy shade covers your primary roof, you’re moving within 5 years, your roof needs re-roofing within 5 years, you’re a renter, or you don’t fully understand a PPA/lease’s 20-year contract terms.

When does solar make sense in California?

When PG&E bill is $250+/month, roof is south or southwest-facing with minimal shade, ownership horizon is 7+ years, usage is steady or growing, and you can claim the federal 30% credit. Most El Dorado County homes that fit these criteria pencil for solar — typically 25-year savings of $80K-150K vs staying on PG&E.

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Information is general and based on California residential solar economics as of May 2026. Specific incentive amounts, tariff structures, and pricing vary; verify current information with PG&E, your installer, and qualified tax professionals. Mark O’Connor is an Independent Energy Consultant (CA HIS #164591 SP), not a tax attorney, real estate agent, or financial advisor. This is not investment advice. Last updated: May 6, 2026.