Trevor has worked in home improvement and residential solar since 2016 and maintains the EcoGen Solar Cost Index.
There is nothing wrong with Nebraska’s solar rules. Every utility in the state must offer one-to-one net metering at retail, there is no coverage gap, no closing deadline and no punitive charge. The arithmetic still does not work for most households, and it is worth being clear why: this is a pricing problem, not a policy one. Nebraska has the most expensive installations in the country and among the slowest-rising power prices.
Good Rules Meeting Bad Numbers
Input | Nebraska | Where Nebraska stands nationally |
|---|---|---|
Installed cost | $3.48 per watt | 50th of 50, the most expensive in the country |
Typical system | 7.74 kW, about $26,938 | A mid-sized array at a large-array price |
Electricity price | 12.16¢ | 49th of 50, among the cheapest |
Five-year price growth | 1.37% a year | Among the slowest in the country |
Annual output per kW | 1,482 kWh | Genuinely good; better than Missouri, Montana or Mississippi |
The last row is the frustrating one. Nebraska gets real sun, 5.18 peak hours, and a panel here works harder than one in Minnesota or Missouri. It is simply attached to the most expensive installation in the country, displacing some of the cheapest power in it, while the price of that power barely moves.
To compare the Nebraska case against the whole country, start with our solar payback across the country.
Solar is partly a bet that electricity gets more expensive. At 1.37% a year, Nebraska is close to the bet not paying at all.
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Confirm which Nebraska public utility serves you
What That Means in Years
A typical Nebraska installation is 7.74 kW at about $26,938, producing roughly 11,471 kWh a year against household consumption of around 956 kWh a month.
How much of the output the house absorbs | Annual value | Break-even |
|---|---|---|
Almost all of it, tightly matched to consumption | $1,342 | 20.1 years |
Most of it, some months in surplus | $1,290 | 20.9 years |
Three quarters, regular surplus | $1,132 | 23.8 years |
These rows value every kilowatt-hour netted at retail at the 12.16¢ statewide average, which is ranking context rather than a billed rate. OPPD, Lincoln Electric System and NPPD each set their own residential rates, so rerun the annual value and the break-even with the rate on your own bill. EcoGen America calculations from the Nebraska figures in the EcoGen Solar Cost Index as of March 1, 2026, with monthly one-to-one netting at retail and net excess valued at 3¢, a little under OPPD’s published credit of 4.00¢ in summer and 3.52¢ the rest of the year, because each utility sets its own avoided cost. Simple payback before financing, rate rises and degradation. Even the top row, which describes an unusually well-matched system, sits at twenty years against equipment warranted for around twenty-five.
The 19.3-year figure in our Nebraska cost guide is the ceiling for this same system with every kilowatt-hour valued at 12.16¢ and no monthly surplus; the rows here run longer than it because surplus months earn avoided cost instead of retail. A system sized to annual consumption, as the typical one here is, lands in the first or second row; compare the installer’s monthly production estimate to the kilowatt-hours on your spring and autumn bills to see how many months run in surplus.
That is the position. A best case that consumes four fifths of the warranty period leaves very little room for a roof replacement, a move, a hail season or a panel underperforming. Most Nebraska households considering this are being shown numbers that assume none of those things happen.
The One Thing Nebraska Does Better Than Almost Everyone
Nebraska is the only state in the country where every electricity provider is publicly owned. There are no investor-owned utilities here at all: the Omaha Public Power District, Lincoln Electric System and Nebraska Public Power District are public bodies, and the smaller providers are public too.
That has a concrete consequence for solar. Under Nebraska Revised Statutes 70-2001 to 70-2005, brought in by LB 436 in 2009, the net metering obligation applies to all local distribution utilities. There is no cooperative or municipal exemption, because the distinction does not exist here. Compare South Dakota, where the state requires nothing of anyone, or Kansas and Montana, where the statute reaches only some providers and everyone else sets their own terms.
So a Nebraska homeowner gets a rare thing: an answer that is the same wherever in the state they live. Systems up to 25 kW, monthly one-to-one netting at retail, net excess credited at the utility’s avoided cost with monetary credits carrying forward. It is a good, clean arrangement. It is attached to numbers that do not work.
Each utility sets its own avoided cost and it moves with that utility’s supply costs, so no statewide figure exists; ask your district for its current avoided cost in writing.
One further difference from Montana and Delaware: Nebraska carries credits forward as money, not kilowatt-hours. A dollar banked in July is still a dollar in January, which sounds fine until you remember that the point of the exercise was to hedge against the price of electricity rising.
Who It Still Works For, and Who It Does Not
The list of exceptions is short.
- Someone who genuinely intends to stay twenty-five years in a house with a roof that will last that long, with high and steady consumption. Twenty years is survivable if you truly have twenty-five.
- Anyone who finds installation meaningfully below $3.48 per watt. This is the single most productive thing a Nebraska homeowner can do. Cost per watt is the term hurting you most, and it is the only one you can negotiate. Gather more quotes here than you would in a cheaper state.
- Someone whose reason is not financial. Outage resilience with storage, or emissions, are legitimate reasons that do not require a payback to justify them. Name that as the actual reason.
- Not a household expecting to move inside fifteen years. On the figures above the system has returned only about two thirds to three quarters of its cost by then, and Nebraska median home values of $263,100 do not support assuming a large resale premium.
- Not anyone shown a 30% federal credit. Section 25D is $0 for systems you buy and own whose installation is completed after December 31, 2025 under Public Law 119-21. A third-party owner may qualify for the separate Section 48E business credit under current deadlines, but Nebraska currently has no residential lease or PPA providers, so there is no route for that value to reach a Nebraska homeowner today. Nebraska has no state credit either, so the figures above assume nothing.
- Not an oversized system. Monthly surplus is paid at avoided cost, a fraction of retail, so capacity beyond your own use pays back far slower than the rows above. There is also each utility’s cap of 1% of its average monthly peak demand, so ask your own district where it stands before planning a timeline.
If the numbers here improve, it will be because installation prices fall, not because the rules change; the netting terms are as good as any state’s, and the 1% cap is the one weak point. That makes Nebraska a state where waiting is rational. Our Nebraska incentives guide covers what the state offers, and the Nebraska installer list covers who works here if you want to test the price.
Get more quotes than you think you need; cost per watt is the only term working against you that you can actually move.
Gather more quotes than you think you need
How OPPD’s Export Credit Decides Your Payback
OPPD’s export credit decides the payback for about 48% of Nebraska homes. Within each billing month your exports cancel your imports one for one at your retail rate. Whatever is left at month-end is credited in dollars at OPPD’s avoided cost, 4.00¢ per kilowatt-hour from June through September and 3.52¢ the rest of the year. The credit rolls forward and OPPD pays out any balance at the end of the calendar year, so surplus is sold cheap rather than lost. A system matched to your monthly bills keeps the 20-year payback; every surplus month stretches it. Ask the installer to model OPPD’s rate and export credit in writing.
Nebraska Solar FAQs
Are solar panels worth it in Nebraska?
For most households, no, and the reason is price rather than policy. Our modeling puts simple payback between about 20.1 and 23.8 years against equipment warranted for around 25. Nebraska has the most expensive installations in the country at about $3.48 per watt, among the slowest electricity price growth at 1.37% a year, and power that ranks 49th of 50, among the cheapest, at 12.16¢. The net metering terms themselves are as good as any state’s.
Why is solar so expensive in Nebraska?
Installed cost here runs about $3.48 per watt, the highest in the country, which puts a typical 7.74 kW system at around $26,938. That is a mid-sized array at a large-array price. Because cost per watt is the term hurting the Nebraska case most, and the only one a homeowner can negotiate, gathering more quotes here is worth more than it would be in a cheaper state.
Does Nebraska have net metering?
Yes, and unusually it covers everyone. Nebraska Revised Statutes 70-2001 to 70-2005, brought in by LB 436 in 2009, require all local distribution utilities to offer it for systems up to 25 kW, with monthly one-to-one netting at retail and net excess credited at the utility’s avoided cost. Because Nebraska is the only state where every provider is publicly owned, there is no cooperative or municipal exemption, so the answer is the same wherever you live.
What does Nebraska pay for excess solar power?
The utility’s avoided cost, with monetary credits carrying forward. Each utility sets its own avoided cost and it moves with that utility’s supply costs, so no statewide figure exists; ask your district for its current avoided cost in writing. Note also that Nebraska carries credits forward as money instead of kilowatt-hours, so a banked credit does not keep pace if electricity prices rise.
Should I wait to install solar in Nebraska?
Waiting is a more rational strategy here than in most states. The netting terms are already as good as any state’s and the 1% cap is the one weak point, so improvement is unlikely to come from policy; it would have to come from installation prices falling. That means a homeowner who waits is not risking a closing window, and each utility’s cap of 1% of its average monthly peak demand is worth asking your own district about before you plan any timeline.
References & Research Sources
EcoGen America reviewed Nebraska Revised Statutes 70-2001 to 70-2005, enacted by LB 436 in 2009, for the requirement that all local distribution utilities offer net metering to qualifying facilities up to 25 kW, for monthly one-to-one netting at retail, for the crediting of net excess at the utility’s avoided cost with monetary credits carrying forward, and for each local distribution utility’s aggregate cap of 1% of its average monthly peak demand. Each Nebraska utility sets its own avoided cost, so no statewide residential figure exists and an assumed 3¢ is used for net excess in the calculations. Nebraska is the only state in which every electricity provider is publicly owned, including the Omaha Public Power District, Lincoln Electric System and Nebraska Public Power District, which is why the statute carries no cooperative or municipal exemption. We also reviewed EIA Electric Power Monthly for the 12.16¢ residential price and the five-year growth rate of roughly 1.37% a year, and IRS guidance on the Public Law 119-21 termination of Section 25D. Output of 1,482 kWh per kilowatt per year, 5.18 peak sun hours, the 7.74 kW system size, the $26,938 installed cost and the $3.48 per watt figure are EcoGen America figures, $3.48 per watt as of March 1, 2026; the comparisons naming Nebraska as the most expensive and slowest-growing are national rankings from the same dataset. The payback figures are our own calculation and are simple payback before financing, rate escalation and degradation. Sources accessed between June 10 and August 18, 2026.
