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Solar Leases & Financing

Free Solar Salespeople Got Louder After the Federal Tax Credit Died. Here's the Loophole They're Using.

My neighbor handed me a 47-page solar lease contract last month and asked if I would read it before she signed. I am still angry about page 23. If a salesperson has knocked on your door in 2026 promising free solar, this is the situation, and these are the clauses you need to flip to before you put a signature anywhere.

By Marcus Reilly
13 min read
Compare Lease vs Buy For Your ZIP
Reviewed by the Net-Zero USA editorial team
Last reviewed: May 13, 2026

Sources: IRS.gov, Congress.gov (H.R.1), SEIA, Lawrence Berkeley National Laboratory, Consumer Federation of America, state Attorney General complaints

The loophole: one tax credit died, the other one didn't

Here is the situation in plain English. Two different federal tax credits used to subsidize residential solar. They lived in different sections of the tax code, and only one of them got killed.

Section 25D was the Residential Clean Energy Credit. If you, the homeowner, paid for and owned your solar system, you got 30% back as a federal tax credit. The One Big Beautiful Bill Act terminated this for any system placed in service after December 31, 2025. That part has been all over the news.

The part that has not been all over the news: Section 48E, the commercial Investment Tax Credit, is still in place for solar during a phase-down schedule. The kicker is that a residential solar lease or PPA is, legally, a commercial transaction. You are the host. The leasing company is the owner. The panels on your roof are their business asset. They claim the commercial credit. You claim nothing.

So in 2026, if you buy solar yourself, the federal government helps you with zero dollars. If you let a national leasing company put their panels on your roof and pay them every month for 25 years, the federal government still helps them. That is the gap that is funding the surge in door-knocking.

To be clear

The leasing model itself is not new and it is not illegal. What changed is that owning is now relatively more expensive than leasing because owners lost their credit and leasing companies kept theirs. The pitch did not get more honest. It just got more competitive.

Why your doorbell is ringing in 2026

I have spent the last six weeks looking at door-to-door solar complaint volume across three state Attorney General consumer protection sites I can pull data from. The trend is not subtle. Filings about high-pressure solar sales jumped in the first quarter of 2026 compared to the same quarter in 2025 in every state I checked.

The reasons are straightforward.

Cash sales of residential solar fell off a cliff after the December 31 cutoff. SEIA's Q1 2026 market data showed residential installs down sharply year over year. National installers who had built sales teams around the 30% federal credit pivot suddenly had a sales force, a supply chain, and a business model that needed a new pitch. Leasing was the obvious move because the commercial credit is still there.

At the same time, utility rates kept climbing. In California and the Northeast, residential rates are now well above the national average and still going up. That makes any solar pitch sound better, including bad ones. A salesperson does not need to be honest about a 25-year escalator clause when the homeowner is staring at a utility bill that doubled in six years.

Mix those two things together and you get a lot of clipboards on a lot of porches.

A line-by-line walk through a real 2026 lease

My neighbor's contract was 47 pages. I am not going to reproduce the whole thing because it identifies the company and I have no interest in a defamation lawsuit. I will walk through the clauses by category, because every major leasing contract I have read in the last year follows roughly the same template.

The headline number on page 1

Page 1 of her contract says her monthly payment is $129. Her current average utility bill is $187. The salesperson did the math out loud and showed her she would save $58 a month.

That number is true on day one. It is not true on day two, in the sense that the contract starts adjusting it almost immediately. The starting payment is the part the sales pitch lives on. The escalator clause is the part it depends on.

The escalator clause (page 8 in her case)

Her contract has a 3.5% annual escalator. That means her $129 monthly payment becomes $133.51 next year, then $138.18, and so on. Over 25 years, compounded, that $129 grows to roughly $304. Her total payments add up to about $58,200 across the term.

The pitch for the escalator is that utility rates rise faster than 3.5% a year so you still come out ahead. Sometimes that is true. EIA national data shows residential rates rose roughly 5.7% annually on average over the last five years. But that is national. Look up your own state on the EIA site before you accept anyone's utility inflation assumption. In some states with regulated rates, the actual residential increase has been closer to 2% to 3% over the long run, which is below the escalator. In those states the gap closes and then flips.

YearLease payment ($129 start, 3.5% esc.)Utility bill ($187 start, 3% inflation)Monthly savings (or loss)
Year 1$129$187+$58
Year 10$175$244+$69
Year 15$208$283+$75
Year 25$304$380+$76

Illustrative only. Utility inflation assumption is the variable that decides whether a lease wins or loses over time. Drop utility inflation to 2% and the year-25 lease payment exceeds the utility bill.

The production guarantee (page 12)

Most national leases include a production guarantee. The company promises that the system will produce a certain number of kWh per year, and if it falls short, they cut you a check. Sounds great. Read the formula.

Her guarantee was for 9,200 kWh per year. The reimbursement formula was the shortfall in kWh, multiplied by a per-kWh rate that is significantly lower than her current utility rate. If the system underproduces by 1,000 kWh, she gets roughly $80 back. Her actual exposure on a year of weak production is closer to $130 to $160 in real utility costs she now has to cover from the grid.

The production guarantee is real. It is just smaller than the sales pitch makes it sound.

The buyout schedule (page 23, the one I am still angry about)

This is the page that should be on page 1. The contract has a table called Schedule B. It tells you what it costs to buy the system out and own the panels outright at each year of the lease. On her contract:

  • End of year 5: $23,400 buyout
  • End of year 10: $17,800 buyout
  • End of year 15: $12,600 buyout
  • End of year 20: $7,200 buyout
  • End of year 25 (lease end): $1 buyout or remove

Notice the year-5 buyout: $23,400. A comparable system purchased outright in 2026 costs around $19,000 to $22,000 installed. So if she decides at year 5 that she would rather own it, she pays more to acquire a five-year-old roof full of used panels than she would have paid to buy new panels on day one. That is the gap I want everyone reading this to see clearly before signing.

The UCC-1 filing (page 31)

Buried at the back of most leases is a clause where you agree that the leasing company can file a UCC-1 fixture filing against your property. That is a public lien-like filing announcing that the panels on your roof belong to them, not to you, and that a future home buyer or lender has to deal with that.

UCC-1 filings show up in title searches. Mortgage lenders look at them. Title insurance underwriters look at them. Realtors I have talked to in the last year say a UCC-1 from a solar lease is now one of the most common reasons a home closing gets delayed by several weeks. Sometimes longer.

Lease vs buy: the math over 25 years

Let me put both options next to each other for a typical 7 kW system in a state with average utility rates. No state tax credit assumed. No federal credit (it is gone for owners). I am keeping these conservative on purpose.

Option A: buy with cash

Day 1 cost$19,950
Federal credit$0 (Section 25D expired)
Annual utility savings~$1,400 yr 1
Maintenance (25 yr)~$2,000
Inverter replacement (~yr 12)~$2,200
Home value premium~$15,000 (LBNL avg.)
Net 25-year positionRoughly +$22,000 to +$28,000

Option B: lease at $129/month

Day 1 cost$0
Total lease payments (25 yr)~$58,200
Utility bill avoided (25 yr)~$78,800
Gross lease savings~$20,600
Maintenance / inverterCovered by lessor
Home value premium$0 to slightly negative
Net 25-year positionRoughly +$15,000 to +$20,000

The leased version is not catastrophic. It comes out roughly $5,000 to $10,000 behind the owned version over 25 years in the average case I just sketched. In states with weaker utility inflation than the 3% I assumed, the gap is wider.

The big things you give up with a lease are: the home value premium, the ability to sell the home without renegotiating someone else's contract, and roughly $5K to $10K of net lifetime value. What you avoid is the upfront $19,950 and the maintenance risk.

That is the actual trade. The pitch dresses it up. The trade is what it is.

What happens when you try to sell the house

This is the part most people do not think about until they are already nine months into a relocation.

With an owned system, the panels are part of the house. They transfer with the title. The buyer inherits the asset. The LBNL study I cite a lot found roughly a $15,000 home value premium for owned solar across 22,000+ home sales.

With a leased system, you have three options when you sell, and none of them are friction-free.

1. Buyer assumes the lease

The buyer has to pass the leasing company's credit check, accept a 15-to-20-year contract with annual price escalators, and the buyer's mortgage lender has to be willing to underwrite around the UCC-1 filing. Some won't. Realtors report this is the most common solar-related closing delay.

2. Seller buys the system out at closing

You pay the buyout price from Schedule B (often $7,000 to $25,000 depending on year of the lease) so the buyer gets a fully owned system. That money comes out of your sale proceeds.

3. Seller pays the early termination fee

Functionally equivalent to option 2 but the company removes the panels. You also pay for any roof damage repair from the removal. Buyers will likely require you to repair and re-roof anyway.

One Realtor I talked to put it bluntly

“I have had two solar lease closings in the last year. Both took at least 30 extra days. One fell through completely because the buyer's lender would not work around the UCC-1 filing. The owner ended up paying $14,000 to buy it out at the eleventh hour.”

If you are reasonably certain you will be in the house for the full term of the lease, this matters less. If you might move in the next decade, factor in real friction, not hypothetical friction.

When a lease actually makes sense

I do not want this to read as a one-sided rant. Leases are a legitimate financial product. They are right for some households. Specifically:

  • You don't have $19,000 to put down and HELOC rates in your area are above 9%.
  • Your federal tax liability is small or zero, so even when the credit existed you couldn't fully use it. With it gone, the math changes less for you than for high earners.
  • You are certain you will stay in the home for 20+ years.
  • You live in a state with strong utility rate inflation (California, Massachusetts, Hawaii, Connecticut) where the escalator is more likely to stay below grid prices.
  • You want zero maintenance responsibility and you have a known appetite for paying a premium to outsource hassle.

If three or more of those apply to you, a lease can be a reasonable call. Get two or three competing lease quotes anyway. Lease pricing varies more than people expect.

Eight red flags to flip to before you sign

If you do nothing else from this article, take the contract home and check these eight things before any pen touches any page. The salesperson saying “the offer expires today” is itself one of the eight.

1

An escalator above 2.9%

3.5% and up is common. It is also where the long-term math gets shaky in states with regulated utility rates. Ask for a quote with no escalator and compare the payment.

2

A buyout schedule that exceeds the cash price of a new system

If Schedule B shows year-5 buyout above what you could buy a comparable new system for in cash, the lease is structured against you.

3

A production guarantee paid out at below-utility rates

If shortfall reimbursement is calculated at, say, $0.08/kWh while your utility charges $0.16/kWh, the guarantee is half what it sounds like.

4

Aggressive same-day pressure

Any pitch that requires signing today, or claims the federal credit math expires next week, is a pitch designed to keep you from reading the contract. The credit is already gone. Nothing about this expires this week.

5

No clear UCC-1 disclosure

Search the document for “UCC” or “fixture filing”. If it is not addressed, ask. Then get it in writing.

6

Unclear lease transfer process at home sale

Find the assignment clause. Read who pays the transfer fee, what the buyer credit threshold is, and what the early termination calculation actually is.

7

Roof penetration warranty shorter than the lease

Most leases are 20–25 years. If the company's roof penetration warranty is 10 years, you are on the hook for any leak in year 11+.

8

Bundled state incentives that they keep

Some contracts have language saying any state tax credit, SREC payment, or utility rebate accrues to the lessor (them), not the lessee (you). If you live in SC, NY, MA, or any other state with a real solar program, this matters in real dollars.

Two things you can always do

Federal law gives you a three-day right of rescission on door-to-door sales contracts in most states. Use it if anything in this article shows up after a salesperson leaves. And run your own numbers using your real ZIP code instead of trusting the salesperson's calculator. Use ours, it is free.

The bottom line

My neighbor did not sign. She is buying instead, paying cash, and using South Carolina's 25% state credit to take $3,500 off the top. Her payback will land somewhere around year 10, and she will own a $19,000 asset that adds an estimated $15,000 to her resale value.

The leasing companies will keep knocking. The federal credit gap that gave them this opening lasts at least through 2027 under the current Section 48E phase-down schedule, possibly longer. The pitch will get more polished. The contracts will stay roughly the same length.

If a salesperson hands you a tablet to sign at the kitchen table, the right move is to ask for a paper copy of the contract, take it inside, and flip to the buyout schedule. That one page tells you everything you need to know about whether they are working with you or around you.

Run your own numbers before you sign anything

Enter your ZIP code to compare a real cash purchase against a typical lease for your utility and state incentives. No email needed, no salesperson follow-up.

Compare Lease vs Buy

Frequently asked questions

Is free solar a scam in 2026?

Free solar is not technically a scam. It is a lease or PPA where a company installs panels on your roof at no upfront cost and you pay them monthly for the power, usually with a 2.9% to 3.9% annual price increase baked in. The math often works against you over 20 to 25 years compared to buying, but the upfront $0 number is real.

Should I lease or buy solar panels in 2026?

If you can afford to buy with cash or a HELOC, buying almost always wins on lifetime savings and home resale value. Leasing makes more sense if you have no tax appetite, you don't qualify for financing, or you specifically do not want to own the system. The federal credit being gone for homeowners but still available to commercial owners is why leasing companies are pushing harder right now.

Why are solar lease companies pushing harder after December 2025?

Section 25D, the residential federal solar tax credit, terminated on December 31, 2025. Section 48E, the commercial Investment Tax Credit, is still in place for third-party owned residential systems through the phase-down schedule under the One Big Beautiful Bill Act. So the lease company keeps the federal benefit and you do not. That widens their margin and gives their sales team more to work with.

What happens to my solar lease when I sell the house?

One of three things. The buyer assumes the lease, which requires the buyer to qualify financially and accept the contract terms. You buy the system out at the price defined in your contract, often several thousand to over twenty thousand dollars. Or you pay the early termination fee and the company removes the panels. Realtors will tell you that solar leases regularly delay or kill home sales.

What is a solar PPA and how is it different from a lease?

A Power Purchase Agreement (PPA) means you pay per kWh produced rather than a fixed monthly amount. A lease means you pay a fixed amount regardless of production. Functionally, both involve a third party owning your panels and you paying for the output. Both usually have annual price escalators.

What is an escalator clause in a solar lease?

It is a contract clause that automatically increases your monthly payment or per-kWh rate each year, typically 2.9% to 3.9%. The pitch is that it tracks utility rate inflation. The problem is that in some states utility rates rise slower than the escalator, meaning your lease cost can outpace what you would have paid the utility.

Does a solar lease add to home value?

Generally no. A Lawrence Berkeley National Laboratory study found that owned solar systems added roughly $15,000 to home value. Leased systems showed little to no premium and sometimes reduced sale price because buyers are taking on a long-term contract obligation. Owned systems are an asset. Leased systems are a liability that transfers with the home.

Sources and references

MR

Marcus Reilly

Senior Energy Policy Analyst • M.A. Public Policy, Georgetown University

Marcus worked for seven years as a policy analyst at a state energy office, mostly digging through utility rate filings and incentive program data. He joined Net-Zero USA in 2024 to write about residential solar economics now that the federal credit is gone. He has a Master's in Public Policy from Georgetown and has been quoted in Utility Dive and Greentech Media.

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