Vermont · 2026 solar

Solar Incentives in Vermont (2026)

Vermont's net metering adder and above-average rates make rooftop solar worthwhile even in a cloudier northern climate. Here are Vermont's 2026 solar incentives, electricity rates, net metering rules and typical payback — plus tools to run your own numbers.

SCReviewed by Sarah Chen, Energy Analyst Sources: DSIRE, EIA, IRS
Residential rooftop solar panels on a home in Vermont, generating clean electricity under the sun
Solar economics in Vermont are shaped by an average rate near ~23¢/kWh and moderate sunshine. Photo: American Public Power Association / Unsplash
Quick answerSolar in Vermont typically pays back in 8–10 years. With electricity rates around ~23¢/kWh, moderate sunshine, and the 30% federal tax credit, a 7 kW system costing ~$21,000 drops to about $14,700 net before Vermont's own incentives. Headline state perk: Net metering adder + above-average rates.
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Vermont solar at a glance

*National-average $3.00/W system after the 30% federal credit, before Vermont state incentives.

Is solar worth it in Vermont?

Vermont's net metering adder and above-average rates make rooftop solar worthwhile even in a cloudier northern climate. At an average residential rate of about ~23¢/kWh, every kilowatt-hour your panels produce is a kilowatt-hour you don't buy from the utility — and that avoided cost is what drives your payback. Combined with moderate sunshine, a standard 7 kW system in Vermont generally pays for itself in 8–10 years after the 30% federal credit, then delivers a decade or more of nearly free power.

To see your own number rather than this state average, plug your actual electric bill into the Solar Payback Calculator. If you're weighing how to pay, the Financing Calculator compares cash, loan and lease side by side.

Vermont solar incentives in 2026

Beyond the federal 30% Residential Clean Energy Credit, which applies everywhere, Vermont offers:

State programs change frequently. Always confirm current details and eligibility on the DSIRE database and with a licensed local installer before you sign anything.

Net metering in Vermont

Vermont uses Net metering with a renewable adder. Net metering is the second-biggest factor in your solar economics after your electricity rate, because it determines how much credit you earn for the excess power your panels send back to the grid. Generous, full-retail net metering shortens payback; reduced export rates lengthen it and increase the value of pairing your system with a home battery.

Run your Vermont solar numbers

Use your real electric bill for a personalized payback — free, no sign-up.

Open the Payback Calculator
Vermont FAQ

Frequently asked questions

Is solar worth it in Vermont?
Yes for most Vermont homeowners. With average electricity rates around ~23¢/kWh and moderate sunshine, a typical 7 kW system pays back in about 8–10 years after the 30% federal tax credit. Your exact result depends on your roof and usage — run it in the Payback Calculator.
What solar incentives does Vermont offer in 2026?
On top of the 30% federal Residential Clean Energy Credit, Vermont offers: Net metering with a solar adder that boosts the value of exported power; Sales tax exemption on residential solar equipment; Local utility incentives (e.g., Green Mountain Power) for storage. See the full list with current details on DSIRE.
How does net metering work in Vermont?
Vermont uses Net metering with a renewable adder. Net metering rules are the second-biggest driver of solar value after your electricity rate, because they set how much you earn for the excess power you export to the grid.
How much does solar cost in Vermont?
A typical 7 kW residential system runs about $21,000 before incentives at the 2026 national average of $3.00/W, or roughly $14,700 after the 30% federal credit — before any Vermont state incentives. Use the Tax Credit Calculator to confirm your federal credit.

Solar calculators for Vermont homeowners

📍 Nearby states

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Reviewed by Sarah Chen

Energy Analyst

Sarah has spent 12 years modeling US residential solar economics, including 4 years contributing to NREL's Distributed Generation Market Demand model. She holds a BS in Mechanical Engineering from UC Berkeley and reviews every calculator and state guide on GreenCalcs against current IRS, DSIRE and EIA data. Read our methodology →