In short: Nebraska is served entirely by public power, and homes paid about 13.8 cents per kWh in July 2026, a quarter below the U.S. average (EIA). On ordinary days outages were brief, about 74 minutes in 2024. Major storms pushed the total to 10.7 hours. Backup here is about the big storm, not the everyday flicker.
Nebraska at a glance
- Residential electricity price: 13.78¢/kWh in July 2026, against a U.S. average of 18.31¢. A year earlier it was 12.84¢, and the January to July 2026 average was 12.90¢ (EIA Electric Power Monthly, September 2026; preliminary).
- Outages (2024): 642 minutes per customer including major events, but only 74 minutes without them. Customers averaged 1.23 interruptions, or 0.59 without major events (EIA-861).
- Solar resource: Omaha averages 4.16 kWh/m² a day, and the center of the state 4.42 (NASA POWER, 2001–2020). That is roughly 1,220 kWh per installed kW a year in Omaha, our estimate, with a little more out west.
- Net metering: yes. Under LB 436 (2009), every utility must offer net metering for systems up to 25 kW until it reaches 1% of peak demand. Netting is monthly at retail, and any monthly surplus is credited at the utility’s avoided cost (Nebraska Legislature).
- Plug-in (balcony) solar law: none as of October 2026.
- EVs and charging: 11,800 battery EVs and 5,500 plug-in hybrids through 2025. The state had 782 public ports, 302 of them DC fast, at 326 locations (AFDC, October 3, 2026).
- Main utilities: Omaha Public Power District (44% of customers), Lincoln Electric System (16%), Nebraska Public Power District (10%) and Southern Public Power District (3%). All are public power: districts or municipal utilities (EIA-861, 2024).
- Weather hazards (FEMA NRI, December 2025): winter weather, ice storm, tornado and strong wind are all rated relatively high. Cold wave is relatively moderate, wildfire and heat wave relatively low, and FEMA expects no hurricane losses.
- Planned shutoffs (PSPS): not confirmed. NPPD’s 2026 retail service rules reportedly mention a Public Safety Power Shutoff, but we could not read the document to confirm it. We found no program at OPPD or LES.
Backup power in Nebraska
Nebraska shows one of the widest gaps in our data between ordinary days and storm days. Without major events, the average customer lost about an hour and a quarter of power in 2024, which is excellent. With major events, the total was about 10.7 hours, almost nine times as much. Divide the minutes by the interruptions and the average outage ran close to nine hours (our arithmetic on EIA’s figures). In practice, most years bring a few short blinks, and occasionally a storm takes power out for most of a day or longer.
FEMA’s ratings suggest what causes those storms: tornadoes, damaging straight-line winds, ice storms and winter weather, all relatively high. So plan for the long outage, and skip paying for features you only need for short ones:
- Long storm outages: a generator is the most cost-effective way to cover a day or more. That can be a standby unit on natural gas or propane, or a portable one with a transfer switch. Size it for the furnace, sump pump, fridge and well pump with the generator sizing tool.
- Quiet, automatic backup: a home battery covers the first hours with no fuel and no noise. Paired with solar, it can stretch into days in sunny weather. Check the loads with the battery backup calculator.
- Storm kit: a portable power station keeps phones, a weather radio, lights and a CPAP running in the basement while a storm passes.
After a tornado or ice storm, generator carbon monoxide is a real danger. The Consumer Product Safety Commission’s rules: outdoors only, at least 20 feet from the house, exhaust pointed away from windows, doors and vents, and never in a garage, basement or shed. Keep battery-powered CO alarms on every level. Have a licensed electrician install the transfer switch or interlock.
Solar in Nebraska
Cheap public power makes rooftop solar a slow payback in Nebraska. Each installed kW in Omaha makes about 1,220 kWh a year by our estimate. At 13.78¢ that is worth roughly $168 a year if every kWh replaces retail power (an estimate), or about $1,010 a year for a 6 kW system. Monthly surplus is credited only at avoided cost, so size the system to your monthly use. Few homes have done it: EIA counted 2,807 residential net-metered systems in 2024.
Also note that net metering is guaranteed only until a utility’s net-metered systems reach 1% of its peak demand. A proposal to raise that to 3% (LB 506) was not enacted. Before you sign, ask OPPD, LES, NPPD or your local district whether it still has room under the cap.
Confirmed state help (check the program page, amounts change): the Dollar and Energy Saving Loans (DESL) program from the Nebraska Department of Environment and Energy offers low-interest loans through participating lenders. Homeowners can finance up to $125,000 for solar, with terms up to 10 years, and the program financed 334 loans in fiscal 2025. The federal 25D credit ended for systems completed after December 31, 2025.
Run your roof through the solar potential tool, compare quotes with the solar cost guide and read how net metering works. More in the solar hub and on incentives. Nebraska has no plug-in solar law.
Home batteries in Nebraska
EIA’s 2024 count shows just 10 of Nebraska’s 2,807 net-metered solar homes with a battery. With low prices and monthly retail netting, a battery adds little to bill savings. It is bought for backup, and in a state where outages are rare but long, it competes directly with a generator. For a home that wants silent, automatic power for a few hours, a battery fits. For a day-long ice storm, a generator or a battery-plus-solar system works better. Compare costs on the battery cost page and see options in the batteries hub. Ask NDEE whether a battery installed with solar can be financed under DESL. We found no separate state battery program.
EV charging in Nebraska
Cheap public power makes Nebraska one of the least expensive places to charge at home. About 30 kWh per 100 miles (a fueleconomy.gov-style assumption) at 13.78¢ is about $4.15 per 100 miles, roughly $500 for 12,000 miles a year (an estimate; winter raises it). The public network has 782 ports for 11,800 battery EVs, about 15 cars per port, and almost 40% of the ports are DC fast. Try the EV charging cost calculator.
Drive on another fuel? See every alternative fuel station in Nebraska: hydrogen, propane, natural gas, E85 ethanol, biodiesel and renewable diesel.
The federal 30D credit ended September 30, 2025, and 30C ended for chargers placed in service after June 30, 2026. A Level 2 charger needs a 240 V circuit from a licensed electrician. Ask your public power district whether it offers an EV rate. See the EV charging hub.
Off-grid, small wind and micro-hydro
Nebraska has the strongest wind in our state data. NASA’s 50 m average is about 7.5 m/s at the center of the state and 7.1 m/s near Omaha, far above the Department of Energy’s rough 4.5 m/s threshold for grid-tied small turbines. Our hint is “good at open rural sites” (an estimate). On farms and acreages with open ground, a small turbine deserves a serious look. In town, trees and buildings usually rule it out. DESL loans cover small wind as well as solar. Measure on site before buying. We have no state micro-hydro data. Read the off-grid guide, plus wind energy and hydroelectric power.
Licensing and permits in Nebraska
Nebraska licenses electricians and electrical contractors statewide through the State Electrical Division (State Electrical Board). There is no separate solar license. Check a license with the State Electrical Division search. Omaha and Lincoln also run their own electrical licensing and permits. Elsewhere, permits come from your city or county or the state electrical inspection. Every grid-tied system needs interconnection approval from your public power utility.
Local guides in Nebraska
Utilities, rates, outage records, permit offices and local programs for each area:
Where we cover in Nebraska
- Omaha: Omaha, Bellevue, Papillion, La Vista, Fremont
- Lincoln: Lincoln
- Central Nebraska: Grand Island, Kearney, Norfolk
Local pages will follow as we verify local information and installers.
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Nebraska energy FAQ
Does Nebraska have net metering?
Yes. LB 436 (2009) requires every utility to offer net metering for systems up to 25 kW until net-metered capacity reaches 1% of its peak demand. Use and production are netted monthly at retail, and any monthly surplus is credited at the utility’s avoided cost. A bill to raise the cap to 3% (LB 506) was not enacted.
Who supplies electricity in Nebraska?
Nebraska homes are served by public power: public power districts and municipal utilities rather than investor-owned companies. In EIA’s 2024 data the largest are Omaha Public Power District, Lincoln Electric System and Nebraska Public Power District. Rates and solar rules are set by each utility’s board, so ask yours directly about net metering room and any rebates.
How can I finance solar in Nebraska?
The state’s Dollar and Energy Saving Loans (NDEE) offer low-interest financing through participating lenders, up to $125,000 for solar with terms up to 10 years. Small wind and other renewables qualify too. Check the NDEE page for current rates and lenders, because terms change. There is no federal solar credit after 2025.
Is a generator or a battery better for Nebraska outages?
Ordinary outages are short (about 74 minutes a year in 2024), but storm outages are long (10.7 hours with major events). For day-long storm outages a generator usually costs less per hour of backup. A battery is quieter and automatic and suits shorter gaps, or longer ones when paired with solar.
Sources
Prices: EIA Electric Power Monthly, Tables 5.6.A and 5.6.B, September 2026 release (July 2026, preliminary). Reliability, utilities and solar counts: EIA-861, 2024. Sunlight and wind: NASA POWER, 2001–2020. Hazards: FEMA National Risk Index, December 2025. EVs and chargers: AFDC, registrations through 2025 and stations read October 3, 2026. State rules: Nebraska Legislature (LB 436), Nebraska Department of Environment and Energy (DESL), and the State Electrical Division, checked October 3, 2026. Small wind: U.S. DOE Small Wind Guidebook.