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US Energy Map (2026): Rates, Solar, EV & Heating by State

One map, four layers, all 50 states: the electricity rate (EIA, July 2026), the solar payback it produces for an 8 kW system with the federal credit at $0, what the median EV (34.3 kWh/100 mi across the 67 tracked here) costs per 100 miles at that rate, and what electric resistance heat costs per million Btu. The layers move together because one number drives them all — the rate. Toggle, tap a state for its card, or compare any two states side by side.

· Source: EIA Electric Power Monthly Table 5.6.A (July 2026 data) · next EIA update ~Oct 23

Energy math is intensely local, and nothing shows it faster than color. The map below carries four layers — solar payback, the electricity rate itself, what the median EV costs per 100 miles, and what electric resistance heat costs per million Btu — every one computed from each state’s average EIA residential rate (July 2026), with the expired federal credit correctly at $0 on the solar layer. Toggle a layer, hover any state for all four numbers at once, or pick two states below the map to compare them side by side.

Toggle a layer, hover or tap any state. Solar payback: 8 kW system, federal credit $0. EV layer: the median of the 67 EVs tracked here (34.3 kWh/100 mi) charged at the state's average rate. Electric-heat layer: resistance heating (COP 1) per million Btu. Rates: EIA Table 5.6.A, July 2026.

Compare two states

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All 50 states as a table
Electricity rate, solar payback, median EV cost and electric-heat cost by state — July 2026 EIA rates, 8 kW system, federal solar credit $0.
StateRate (¢/kWh)Solar payback (yrs)Median EV ($/100 mi)Electric heat ($/MMBtu)
Alabama 16.4 18.6 5.63 48
Alaska 28.8 21.6 9.89 84
Arizona 15.4 16.9 5.28 45
Arkansas 14.3 23.0 4.92 42
California 33.6 9.7 11.53 99
Colorado 17.0 11.4 5.83 50
Connecticut 24.2 17.6 8.29 71
Delaware 18.5 11.7 6.34 54
Florida 15.0 10.6 5.16 44
Georgia 16.3 23.1 5.58 48
Hawaii 48.0 8.6 16.46 141
Idaho 13.7 22.7 4.71 40
Illinois 19.2 23.0 6.59 56
Indiana 16.7 24.2 5.74 49
Iowa 16.0 27.6 5.48 47
Kansas 15.3 22.1 5.24 45
Kentucky 13.8 22.6 4.74 40
Louisiana 12.7 25.4 4.36 37
Maine 32.4 8.0 11.12 95
Maryland 21.4 10.4 7.34 63
Massachusetts 30.5 8.3 10.46 89
Michigan 23.1 19.7 7.91 68
Minnesota 17.4 16.6 5.99 51
Mississippi 14.5 24.5 4.99 43
Missouri 16.1 23.3 5.52 47
Montana 15.0 15.2 5.14 44
Nebraska 13.8 20.8 4.73 40
Nevada 12.8 20.8 4.38 37
New Hampshire 26.6 17.1 9.12 78
New Jersey 25.2 9.2 8.64 74
New Mexico 16.1 10.5 5.52 47
New York 29.9 7.9 10.26 88
North Carolina 15.2 21.4 5.20 44
North Dakota 13.4 41.6 4.60 39
Ohio 19.4 21.3 6.67 57
Oklahoma 14.3 24.0 4.92 42
Oregon 16.0 16.4 5.48 47
Pennsylvania 21.7 10.2 7.45 64
Rhode Island 28.3 8.5 9.70 83
South Carolina 15.5 22.6 5.31 45
South Dakota 15.4 39.7 5.27 45
Tennessee 13.7 21.2 4.70 40
Texas 15.9 10.7 5.45 47
Utah 13.1 23.8 4.50 38
Vermont 23.8 15.4 8.15 70
Virginia 17.6 11.7 6.02 51
Washington 14.7 18.5 5.05 43
West Virginia 15.8 20.6 5.41 46
Wisconsin 19.1 14.8 6.54 56
Wyoming 14.4 18.1 4.93 42
All 66 modeled metros as a table
City-level solar payback and the electricity rate shown on each city's page, for all 66 modeled metros.
CityStatePayback (yrs)Rate shown on page (¢/kWh)
Albany New York 15.9 29.9
Albuquerque New Mexico 10.3 16.1
Atlanta Georgia 23.8 16.3
Augusta Georgia 23.7 16.3
Austin Texas 17.8 15.9
Bakersfield California 10.3 33.6
Baltimore Maryland 11.8 21.4
Bellingham Washington 18.9 14.7
Bend Oregon 14.4 16.0
Boston Massachusetts 12.4 30.5
Buffalo New York 16.5 29.9
Charlotte North Carolina 22.3 15.2
Chicago Illinois 31.3 19.2
Cleveland Ohio 24.3 19.4
Colorado Springs Colorado 14.0–22.5 17.0
Columbus Ohio 20.7 19.4
Corpus Christi Texas 10.5 15.9
Dallas Texas 10.7 15.9
Denver Colorado 12.7 17.0
Detroit Michigan 21.4 23.1
El Paso Texas 10.3–19.7 15.9
Eugene Oregon 18.3–29.4 16.0
Eureka California 12.4 33.6
Everett Washington 23.8–37.6 14.7
Flagstaff Arizona 16.1 15.4
Fresno California 10.5 33.6
Grand Junction Colorado 12.6 17.0
Hilo Hawaii 11.2 48.0
Honolulu Hawaii 9.0 48.0
Houston Texas 11.2 15.9
Jacksonville Florida 14.3–23.1 15.0
Kahului Hawaii 10.8 48.0
Kaneohe Hawaii 12.3 48.0
Las Vegas Nevada 17.9 12.8
Los Angeles California 7.1–12.0 33.6
Lubbock Texas 9.3 15.9
Medford Oregon 15.4 16.0
Miami Florida 11.5 15.0
Minneapolis Minnesota 16.4 17.4
Nashville Tennessee 20.8–32.7 13.7
New York City New York 7.0 29.9
Orlando Florida 9.7–18.8 15.0
Philadelphia Pennsylvania 14.0 21.7
Phoenix Arizona 10.7–19.0 15.4
Pittsburgh Pennsylvania 10.9 21.7
Portland Oregon 14.5 16.0
Raleigh North Carolina 20.3 15.2
Reno Nevada 19.7 12.8
Riverside California 8.2–14.8 33.6
Rochester New York 15.5 29.9
Rockford Illinois 31.0 19.2
Sacramento California 9.8–17.5 33.6
Salt Lake City Utah 23.7 13.1
San Antonio Texas 27.3 15.9
San Diego California 10.1 33.6
Savannah Georgia 23.3 16.3
Seattle Washington 18.6 14.7
Spokane Washington 19.8 14.7
Springfield Illinois 20.9–33.0 19.2
Springfield Massachusetts 12.8 30.5
Syracuse New York 16.7 29.9
Tacoma Washington 24.1 14.7
Tampa Florida 10.7 15.0
Tucson Arizona 16.4 15.4
Worcester Massachusetts 10.8 30.5
Yakima Washington 19.3 14.7

Rate column is the figure the city page displays — statewide average unless the page prices its own utility; the city page states its basis.

Read the colors, not the map shape

The striking thing is what the greens and reds don’t line up with. The fast-payback green tiles cluster in the Northeast and on the coasts — not the sunniest places in the country — while sun-drenched states in the Southwest and South glow amber and red. That’s the whole lesson of 2026 solar economics in one picture: a high electricity rate shortens payback far more than extra sun hours do, because every kilowatt-hour you offset is simply worth more where power is expensive.

Go deeper

The map is the quick view; the numbers behind it are in the full 50-state payback ranking , and each state tile links to its own cost and payback page . To see where your home lands rather than your state’s average, run your bill and rate through the 2026 savings calculator , and check which state incentives still apply now that the federal credit is gone.

How we calculated this

Each state tile carries four numbers from the same front matter as its state page: payback = net cost ÷ year-1 saving (federal credit $0); rate = EIA EPM 5.6.A residential average; EV $/100 mi = 34.3 kWh (median of 67 EPA-listed models) × rate; resistance heat $/MMBtu = 293.07 × rate.

Sources: U.S. Energy Information Administration (EIA) electricity rates · DSIRE incentive records · public IRS/OBBBA guidance. Figures are modeled estimates, not quotes or tax advice. See our methodology.

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