Vermont Electricity Rates, Providers & Generation
In Vermont, the average residential electricity rate is 23.15¢ per kilowatt-hour, ranking 41st nationally; the typical home spends $173 per month on electricity; 37% of generation comes from renewable sources.
Rate trend
Average residential electricity rate in Vermont, last 22 months.
How Vermont generates electricity
Generation mix from in-state power plants over the most recent twelve months, by fuel category.
- Renewable
- Nuclear
- Fossil
- Other
| Fuel | Share | Generation |
|---|---|---|
| renewable | 28.6% | 2.2 TWh |
| conventional hydroelectric | 15.4% | 1.2 TWh |
| all renewables | 13.2% | 1.0 TWh |
| estimated total solar | 6.3% | 483.3 GWh |
| estimated total solar photovoltaic | 6.3% | 483.3 GWh |
| biomass | 5.2% | 397.7 GWh |
| wind | 4.7% | 362.2 GWh |
| onshore wind turbine | 4.7% | 362.2 GWh |
| wood and wood wastes | 4.4% | 340.6 GWh |
| estimated small scale solar photovoltaic | 3.2% | 246.1 GWh |
| solar photovoltaic | 3.1% | 237.2 GWh |
| solar | 3.1% | 237.2 GWh |
| landfill gas | 0.6% | 46.5 GWh |
| municiapl landfill gas | 0.6% | 46.5 GWh |
| renewable waste products | 0.6% | 46.5 GWh |
Electricity providers in Vermont
6 utilities and retail providers serving residential customers, ordered by customer count.
| Provider | Type | Customers | Annual sales | Avg rate | Avg bill |
|---|---|---|---|---|---|
| Green Mountain Power Corp | Investor-owned | 226,675 | 1.6 TWh | 22.09¢ | — |
| Vermont Electric Cooperative, Inc | Cooperative | 35,964 | 240.9 GWh | 23.26¢ | — |
| City of Burlington Electric - (VT) | Municipal | 17,861 | 90.0 GWh | 18.88¢ | — |
| Sunrun Inc. | Behind-the-meter | 2,381 | 17.3 GWh | 24.58¢ | — |
| Tesla Inc. | Behind-the-meter | 1,588 | 7.5 GWh | 20.35¢ | — |
| SunPower Capital, LLC | Behind-the-meter | 335 | 972 MWh | 35.41¢ | — |
Power plants in Vermont
Largest in-state electricity generators by annual net generation, with associated CO2 emissions where available.
| Plant | County | Fuel | Capacity | Generation | CO₂ | CO₂/MWh |
|---|---|---|---|---|---|---|
| Bellows Falls | — | WAT | 41 MW | 304.5 GWh | — | — |
| Wilder | — | WAT | 36 MW | 192.4 GWh | — | — |
| Vernon Dam | — | WAT | 36 MW | 190.6 GWh | — | — |
| J C McNeil | — | WDS | 60 MW | 184.8 GWh | 44.1 k tonnes | 238 kg |
| Ryegate Associates, LLC | — | WDS | 22 MW | 160.8 GWh | 0 kg | 0 kg |
| Kingdom Community Wind | — | WND | 65 MW | 155.2 GWh | — | — |
| Harriman | — | WAT | 34 MW | 125.9 GWh | — | — |
| Deerfield Wind LLC | — | WND | 30 MW | 90.7 GWh | — | — |
| Sheldon Springs Hydroelectric | — | WAT | 25 MW | 74.8 GWh | — | — |
| Sheffield Wind | — | WND | 40 MW | 60.4 GWh | — | — |
| Mcindoes | — | WAT | 10 MW | 56.1 GWh | — | — |
| Coventry Clean Energy Corporation | — | LFG | 8 MW | 51.9 GWh | 2 kg | 0 kg |
| Essex Junction 19 | — | WAT | 16 MW | 50.8 GWh | 110.9 tonnes | 2 kg |
| Highgate Falls | — | WAT | 12 MW | 49.8 GWh | — | — |
| Milton | — | WAT | 7 MW | 48.3 GWh | — | — |
| Chace Mill Winooski One | — | WAT | 8 MW | 36.3 GWh | — | — |
| Peterson | — | WAT | 6 MW | 36.3 GWh | — | — |
| Proctor | — | WAT | 7 MW | 34.8 GWh | — | — |
| Huntington Falls | — | WAT | 6 MW | 33.3 GWh | — | — |
| Gilman Mill | — | WAT | 5 MW | 28.1 GWh | — | — |
| Coolidge Solar 1, LLC | — | SUN | 20 MW | 26.2 GWh | — | — |
| Georgia Mountain Community Wind Farm | — | WND | 10 MW | 23.6 GWh | — | — |
| Fairfax Falls | — | WAT | 4 MW | 23.2 GWh | — | — |
| Searsburg | — | WAT | 4 MW | 21.6 GWh | — | — |
| Gorge 18 | — | WAT | 3 MW | 20.5 GWh | — | — |
| Newport | — | WAT | 4 MW | 19.8 GWh | — | — |
| Clark Falls | — | WAT | 3 MW | 19.8 GWh | — | — |
| Beldens | — | WAT | 6 MW | 18.5 GWh | — | — |
| Weybridge | — | WAT | 3 MW | 16.0 GWh | — | — |
| Waterbury 22 | — | WAT | 6 MW | 15.9 GWh | — | — |
| Middlesex 2 | — | WAT | 3 MW | 14.1 GWh | — | — |
| Vergennes 9 | — | WAT | 2 MW | 12.4 GWh | — | — |
| Pittsford | — | WAT | 4 MW | 10.4 GWh | — | — |
| Searsburg Wind Turbine | — | WND | 6 MW | 9.6 GWh | — | — |
| Marshfield 6 | — | WAT | 5 MW | 9.1 GWh | — | — |
| GMP Solar/Storage-Ferrisburgh Hybrid | — | SUN | 7 MW | 9.1 GWh | — | — |
| GMP Solar/Storage-Milton Hybrid | — | SUN | 7 MW | 8.3 GWh | — | — |
| Glen | — | WAT | 2 MW | 8.2 GWh | — | — |
| GMP Solar - Panton Hybrid | — | SUN | 6 MW | 8.2 GWh | — | — |
| GMP Solar/Storage-Essex Hybrid | — | SUN | 7 MW | 7.8 GWh | — | — |
| Canaan | — | WAT | 1 MW | 7.3 GWh | — | — |
| GMP Solar - Hartford | — | SUN | 5 MW | 7.2 GWh | — | — |
| Saint Albans Solar | — | SUN | 5 MW | 7.0 GWh | — | — |
| Elizabeth Mines Solar 1 | — | SUN | 5 MW | 6.9 GWh | — | — |
| GMP Solar - Williamstown | — | SUN | 5 MW | 6.8 GWh | — | — |
| GMP Solar - Williston | — | SUN | 5 MW | 6.8 GWh | — | — |
| Silver Lake (VT) | — | WAT | 2 MW | 6.6 GWh | — | — |
| West Charleston | — | WAT | 1 MW | 6.3 GWh | — | — |
| East Barnet | — | WAT | 2 MW | 6.0 GWh | — | — |
| Morrisville | — | WAT | 2 MW | 5.6 GWh | — | — |
Frequently asked questions
What is the average electricity rate in Vermont?
The average residential electricity rate in Vermont was 23.15¢ per kilowatt-hour as of 2026, according to U.S. Energy Information Administration data, ranking 41st among the 50 states and DC.
What is the average electricity bill in Vermont?
The average monthly residential electricity bill in Vermont was $173 in 2026. This figure is calculated from total annual residential revenue divided by average customer count over twelve months, using EIA Form 861 data.
Can I choose my electricity provider in Vermont?
No. Most residential customers receive electricity from a regulated utility serving their area.
What share of Vermont's electricity comes from renewable sources?
In 2026, 36.9% of electricity generated in Vermont came from renewable sources (wind, solar, hydroelectric, geothermal, and biomass), based on EIA Form 923 data.
About this data
All numbers on this page come from public datasets published by the U.S. Energy Information Administration, the U.S. Environmental Protection Agency's eGRID program, and the U.S. Census Bureau. Rate and bill figures are from EIA Form 861 (annual) and Form EIA-861-M (monthly). Generation data is from EIA Form 923. Plant inventory and retirement schedules come from EIA Form 860. Emissions are from EPA eGRID, the most recent published edition.
Data is refreshed weekly. EIA typically publishes annual data with a 10-month lag — for example, full-year 2026 data became available in late 2027.