Is home solar still worth it in 2026 without the 30% federal tax credit?

For many homeowners, yes — but the answer now depends heavily on where you live. Solar still pays off well in states that combine high electricity rates with strong incentives or full retail net metering (New York, New Jersey, Massachusetts, California, Maryland). It's a longer payback in low-rate states with weak export compensation (Ohio, Georgia). The federal credit's end lengthened payback periods by roughly 3 to 5 years across the board, but it did not make solar universally unworthwhile.

How much longer is the payback period now that the credit is gone?

As a rough guide, removing a 30% discount extends a typical payback period from around 8–10 years to roughly 11–15 years, depending on your state. A $21,000 system that effectively cost about $14,700 after the credit in 2025 now costs the full $21,000, so it takes proportionally longer to recover through electricity savings.

Is it better to lease solar now that owners get no federal credit?

Not automatically. Lease and PPA providers may still capture the commercial credit (Section 48E), and a competitive market can pass some of that value into lower payments — but you give up ownership, all state incentives, and the largest long-term savings. Compare a lease against an ownership quote on total 25-year cost before assuming leasing wins. See our financing comparison for the full breakdown.

Is Solar Still Worth It in 2026 Without the Federal Tax Credit?

The single most common solar question in 2026 has a new wrinkle: the 30% federal residential tax credit ended on December 31, 2025. For a decade it was the first number every quote subtracted. Now it’s gone — so is solar still worth buying? The honest answer is it depends far more on your state than it used to, and this guide walks through exactly what changed and how to tell where you land.

What actually changed

The Residential Clean Energy Credit (Section 25D) let homeowners claim 30% of their system cost against federal income taxes, and was scheduled to run through 2034. The One Big Beautiful Bill Act, signed July 2025, terminated it for systems purchased after December 31, 2025 — with no phase-down. It went from 30% to zero overnight.

The practical effect on a typical system:

	2025 (with credit)	2026 (no credit)
System price (~7 kW)	$21,000	$21,000
Federal credit	−$6,300	$0
Net cost	$14,700	$21,000

That roughly $6,300 didn’t disappear from the economy — it disappeared from your side of the ledger. The system produces exactly the same electricity; it just takes longer to pay for itself.

The three factors that now decide “worth it”

With the federal credit no longer equalizing every state, three variables determine your payback — and they vary enormously by location.

1. Your electricity rate (the biggest lever)

Every kWh your panels produce and use offsets a kWh you’d otherwise buy. The more expensive that grid kWh, the faster solar pays back. The spread across states is dramatic (EIA, April 2026):

California: 35.25¢/kWh — highest in the country
New York & Massachusetts: 29.45¢/kWh
U.S. average: 18.83¢/kWh
Nevada: 14.29¢/kWh — lowest in our guides

A system in Massachusetts recovers its cost roughly twice as fast as the identical system in Nevada, purely on rate. High-rate states absorbed the loss of the federal credit far better than low-rate ones.

2. Your state and utility incentives

The federal credit’s death made state programs the whole game — and they range from generous to nonexistent. From our state incentives overview:

New York: 25% state tax credit up to $5,000 + NY-Sun upfront rebate
New Jersey: guaranteed $76.50/MWh for 15 years (SuSI) + full retail net metering
Maryland: $1,000 rebate + strong SREC income ($50–$90 each)
Massachusetts: SMART production payments + 15% state credit
Georgia, Ohio, Texas: effectively nothing beyond electricity rates

In New York, state incentives now replace a meaningful chunk of what the federal credit used to provide. In Ohio, there’s nothing to soften the full sticker price.

3. How your exports are compensated

Net metering policy decides what your excess production is worth. Full retail net metering (Colorado, Florida, New Jersey, Pennsylvania) means every exported kWh cancels one you’d have bought. Reduced structures pay a fraction: California’s NEM 3.0 (~3–8¢), Arizona (~3¢), Georgia (~7¢). In weak-export states, a system sized for self-consumption — or paired with a battery — matters more than ever.

So, worth it or not? A state-by-state reality check

Combining those three factors, our 15 state guides sort roughly like this in 2026:

Still clearly worth it: New York, New Jersey, Massachusetts, California, Maryland — high rates and/or strong incentives carry the case even without the federal credit.
Worth it on fundamentals: Colorado, Florida, Pennsylvania — full retail net metering does the heavy lifting.
Worth it if you buy well and size right: Arizona, Nevada, Texas, North Carolina, Illinois — the math works, but installed price and self-consumption discipline decide it.
Longest payback, buy carefully: Georgia, Ohio — no incentives and partial export credit mean only a competitively priced system on a long ownership horizon pays off.

Note that none of these are “never worth it.” The federal credit’s end shifted timelines, not the fundamental physics of offsetting expensive grid power with 25+ years of production.

How to run your own number in 10 minutes

Don’t rely on national headlines — the answer is local. Work through this:

Get your real electricity rate. Divide your monthly bill by the kWh used (both are on your bill). Or use your state’s average as a starting point.
Estimate system cost. At the 2026 national average of about $2.58/watt, a system sized to your usage — our calculator does the sizing from your bill.
Subtract only real incentives. State rebates and credits that actually exist where you live. No federal credit for 2026 purchases.
Divide cost by annual savings for a rough payback in years, then compare that to how long you’ll stay in the home and the panels’ 25-year warranty.

Our calculator now does steps 2–4 automatically using April 2026 EIA rates and no federal credit — a realistic 2026 estimate rather than an outdated one. For the full method, see how to calculate your real ROI.

Two traps to avoid in 2026

Quotes that still subtract a “federal credit.” Any 2026 cash or loan quote showing an “after federal tax credit” price is using dead math — treat it as a red flag about that installer, per our red flags guide.
Assuming leasing is now the smart move. The 48E commercial credit may reach lease pricing, but you trade away ownership and every state incentive. Make leases compete against an ownership quote on total lifetime cost.

Bottom line

Solar in 2026 is worth it for a large share of U.S. homeowners — just not automatically, and not everywhere. The end of the federal credit lengthened paybacks by a few years and made your state the deciding factor. If you’re in a high-rate state with real incentives, the case is still strong. If you’re in a low-rate state with weak export compensation, it hinges on buying at a good price and staying long enough to collect. Either way, the only honest answer comes from running your own numbers — start with the calculator.