Solar panels in Burlington, VT: cost and payback (2026)
$25,600 installed at the Vermont average of $3.20 per watt.
- Payback
- 12.7 yrs
- Rate held flat
- Monthly offset
- $167
- At 21.5¢ per kWh
- Burlington Electric Department
- Municipal / public power utility
- 4 peak sun hours
- Federal credit: $0, ended
Sources: EIA Electric Power Monthly, Table 5.6.A (residential retail rates)NREL PVWatts / NSRDB (peak sun hours and production)DSIRE (state and utility incentives)
Solar panels in Burlington cost about $25,600 installed for an 8 kW system, and $25,600 net. There is no federal homeowner credit in that figure — the 30% credit ended for systems placed in service after December 31, 2025. At 21.5¢ per kWh that system offsets roughly $167 a month and pays itself back in 12.7 years — assuming Burlington Electric Department, which serves most of Burlington, credits what you export.
- 8 kW system, installed
- $25,600
- Federal credit (IRC 25D)
- $0 — ended
- Vermont state incentive
- None
- Net cost
- $25,600
- Serving utility
- Burlington Electric Department
- Monthly bill offset
- $167
- Payback
- 12.7 years
Cost, rate and sun hours are Vermont statewide figures from EIA and NREL — we do not publish a separate Burlington rate or sun-hour value we cannot source. The utility is the part that is genuinely local, and it is the part that changes the answer most. Incentives are modelled for today’s date, so nothing expired is counted.
Burlington Electric Department: what it means for solar in Burlington
- Serving utility
- Burlington Electric Department
- Ownership
- Municipal / public power utility
- Bound by the state net metering rule
- Generally not
Burlington Electric Department serves most of Burlington. It is municipal / public power utility — owned by the city or a public district and governed by its own board or council rather than the state commission — which means the statewide net metering rule generally does not bind it, and its export credit is set locally and can be changed locally.
Because Burlington Electric Department is municipal / public power utility, the Vermont rule below usually does not bind it, and its own board sets the terms. For reference, the statewide position is: Vermont has one of the country's strongest net metering programs, paying retail plus a small adder for systems that keep their renewable credits with the utility. Treat that as context, not as your contract.
Whichever it is, this is the first question to settle and the one installers are least specific about. Ask for the rider or tariff name, the per-kWh export credit, how long that credit is locked for, and the current interconnection turnaround — in the written quote, not in conversation. Service territories cut across city limits, so confirm against the name at the top of your own bill.
Cost by system size in Burlington
Within one city, quotes still spread. A steep or cut-up roof costs more in labour than a simple south-facing plane. A main service panel at capacity adds a four-figure upgrade before a single module goes up. Two storeys costs more than one. None of that shows up in a per-watt average, which is why the table below is a starting point rather than a quote.
- 6 kW15 panelsGross cost$19,200Net cost$19,200Yr 1 savings$1,507Payback12.7 yrs
- 8 kW20 panelsGross cost$25,600Net cost$25,600Yr 1 savings$2,009Payback12.7 yrs
- 10 kW25 panelsGross cost$32,000Net cost$32,000Yr 1 savings$2,511Payback12.7 yrs
Modelled, not quoted. Production is system size × 4 peak sun hours × 365 days × 0.8 for inverter, wiring, soiling and heat losses. Savings value that production at 21.5¢ per kWh and hold the rate flat for year one. Panel count assumes 400 W modules. Your roof, your shade and your usage move all of it.
No federal credit is in these numbers. The 30% homeowner credit (IRC Sec. 25D) ended for systems placed in service after December 31, 2025. Net cost above is gross cost minus whatever state or local money is still open — nothing else. If a quote knocks 30% off and calls it a federal credit, ask which statute they are citing.
Your roof, not the Burlington average.
Five questions about your shade, roof age and actual bill. See the arithmetic for your own address before anyone calls you.
Permits and approvals in Burlington
Two approvals, one landlord. The Burlington building department issues the electrical and structural permit, and Burlington Electric Department — which the city also owns — issues permission to operate. That is usually a shorter path than it is in an investor-owned territory, because both desks answer to the same government. It also means there is no state commission to appeal to if you do not like the answer; the recourse is the council or the utility board, in public, at a meeting.
Permit fees and turnaround vary by jurisdiction and we do not track them, so we are not going to print a number we cannot source. Make the installer put the permit cost and the expected wait for both approvals in the written quote instead of leaving them as a line you discover afterwards.
Incentives and the full state picture: solar panels in Vermont.
Questions from Burlington
How much do solar panels cost in Burlington?
A 8 kW system in Burlington models at $25,600 installed and $25,600 net, at the Vermont average of $3.20 per watt. There is no federal homeowner credit in that — the 30% credit ended for property placed in service after December 31, 2025. Quotes inside one city still vary by several thousand dollars depending on roof pitch, panel choice and whether the main service panel needs upgrading.
Who is the electric utility in Burlington?
Burlington Electric Department serves most of Burlington. It is municipal / public power utility — owned by the city or a public district and governed by its own board or council rather than the state commission — which means the statewide net metering rule generally does not bind it, and its export credit is set locally and can be changed locally. That matters more than it sounds: your utility, not your installer and not the state, sets what an exported kWh is worth and how long permission to operate takes. Service territories cut across city limits, so check the name at the top of your own bill.
Is solar still worth it in Burlington now the federal tax credit is gone?
On these numbers it pays back in about 12.7 years with no federal credit at all — $25,600 net against roughly $2,009 of electricity offset a year. Vermont runs no state rebate either, so $25,600 is the whole price. What decides it in Burlington is the 21.5¢ per kWh you pay now and what Burlington Electric Department credits your exports at, not the subsidy that ended.
Does shade in Burlington kill the numbers?
Heavy shade does, and no amount of panel technology fixes it. Partial afternoon shade usually costs a modest percentage of production, which the modelling above does not attempt to guess at. If mature trees cover the south face of your roof for most of the day, the honest answer is not to bother.
How many solar panels does a Burlington home need?
Around 20 panels for an 8 kW system at 400 W each, producing roughly 9,344 kWh a year on Vermont's 4 average peak sun hours. Size to your own annual kWh rather than your roof area — how Burlington Electric Department treats the surplus decides whether building past your usage is worth anything.
Where to look next
See your numbers before anyone asks for yours.
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