Nebraska’s solar rules are fair; the numbers are the hard part. State law lets solar cancel power you buy in the same month at every utility. At OPPD, the largest utility, a typical owned system pays back in about 18.7 years, and in 16.5 to 19.3 years at OPPD, LES and NPPD (simple payback before incentives). When every exported kWh earns only an avoided-cost credit, as at Norris, it does not pay for itself within the 25 years panels usually last. Your price per watt is the lever.
Simple payback before incentives at OPPD, the largest utilityAbout 18.7 years
OPPD, LES and NPPD16.5 to 19.3 years
Typical owned 7.57 kW Nebraska system at $22,029 cash (Cost Index, September 2026). Each utility’s own EIA price less its monthly charge, its surplus credit, and the share of solar power its homes reported left over at month end. No upkeep or price rises counted. See the math.
- Monthly match: size the system so few months end with extra power.
- Utility: each public power board sets its own credit for surplus.
- Price per watt: the Index puts Nebraska at $2.91. Push below it.
2026 rules: new home systems get no 30% federal homeowner credit (IRS). Norris Public Power District moved new home systems to net billing on January 1, 2026; most other Nebraska utilities still net month by month.
How we checked this guide
The rules come from the Nebraska net metering statute and the rate documents of four public power utilities. The electricity price comes from the U.S. Energy Information Administration. The example system is the EcoGen Solar Cost Index typical Nebraska home. Where we had to assume a number, the page says so.
The writer and checker shown above are EcoGen staff. EcoGen is paid when homeowners request quotes, which is explained beside the quote form. Read our editorial standards.
Fair rules, slow savings: where your roof lands
Nebraska is all public power, and one state law, Neb. Rev. Stat. 70-2001 to 70-2005, covers every utility. That law is good for solar. Power you send out cancels power you buy in the same month, kWh for kWh, and a net metering home pays no added standby or demand fee. The trouble is the numbers. Power is fairly cheap here, and power left over at month end earns only the utility’s avoided cost. Read each row across.
Monthly fit
Worth a closer look
Monthly output sits close to your spring and fall bills, so little is left over at month end.
Pause and check
A system sized past your use, in surplus most months at the avoided cost.
Check next: the installer’s monthly kWh estimate next to 12 months of bills.
Price per watt
Worth a closer look
A cash price at or under $2.91 per watt, the Index figure.
Pause and check
A quote well above it, or a loan whose dealer fee raises the real price.
Check next: the cash price divided by the system’s watts.
Utility terms
Worth a closer look
Your utility still takes new net metering customers, or pays cash like LES.
Pause and check
It has hit the 1% limit or moved to net billing, as Norris did.
Check next: a written answer on net metering, surplus credit and monthly charges.
Time in home and roof
Worth a closer look
You plan to stay well past about 19 years on a roof with life left.
Pause and check
A likely move, or a roof replacement, before payback.
Check next: the roof’s age and the cost to remove and reinstall panels.
Reason for buying
Worth a closer look
Steady, high use all year, or a goal beyond money such as battery backup.
Pause and check
The only reason is a fast payback. Nebraska rarely gives one.
Check next: what you want solar to do, written down before comparing quotes.
Nebraska payback, worked out in full
Simple payback is the years your savings take to cover what you paid: net cost divided by yearly savings. A kWh (kilowatt-hour) is the unit on your bill. An export credit is what your utility pays for solar power you send to the grid. Here is the typical Nebraska system at OPPD, the largest utility, where almost all solar power is used at home or cancels power bought in the same month.
- Cash price
- $22,029
- Confirmed incentives
- $0
- Year-one production
- 11,219 kWh
- Used or netted in the month / left over
- 99.94% / 0.06%
- OPPD price, less its $30 monthly charge
- $0.10526/kWh
- Surplus credit, weighted by season
- $0.0372/kWh
- Upkeep and price rises
- Not counted
- Used-at-home value
11,219 × 99.94% × $0.10526$1,180/yr - Leftover value
11,219 × 0.06% × $0.0372$0.27/yr - Yearly savings
$1,180.12 + $0.27$1,180/yr - Simple payback before incentives
$22,029 ÷ $1,180about 18.7 years
Inputs: the EcoGen Solar Cost Index typical Nebraska system (7.57 kW, $22,029 cash, September 2026; 1,482 kWh per kW a year, so about 11,219 kWh in year one). No rebate counted. Power used at home or netted in the month is valued at 10.526¢: OPPD’s 13.855¢ EIA price for the 12 months to July 2026, less its $30 monthly charge. Power left over at month end earns OPPD’s credit, 4.00¢ from June to September and 3.52¢ the rest of the year, weighted by when panels produce. The 0.06% leftover share is what OPPD reported to the EIA, not measured at your meter; a system sized past your use leaves far more over. No upkeep and no price rises are counted.
Other utilities differ in price and in how much power is left over at month end. Here are the three largest from our per-utility figures, next to an older illustration of Norris, where every exported kWh earns only its 6.25-cent summer net billing credit.
| Utility | Surplus credit | Left over at month end | Yearly savings | Simple payback |
|---|---|---|---|---|
| NPPD | $0.0665/kWh | 14.9% | $1,336 | about 16.5 years |
| OPPD | $0.0372/kWh | 0.06% | $1,180 | about 18.7 years |
| LES | $0.0324/kWh | 10.9% | $1,141 | about 19.3 years |
| Norris illustration, exports at avoided cost | $0.0625/kWh | 60% sent out | $771 | about 28.6 years |
The utility rows use each utility’s EIA price less its monthly charge, and its surplus credit weighted by when panels produce: 9.07¢ and 5.06¢ at NPPD, about 3.9¢ and 2.8¢ at LES. If every leftover kWh earned the lower rest-of-year credit, LES would take 19.4 years and NPPD 16.8 years. The Norris illustration uses the 12.86¢ state average, 40% used at home, 60% sent out and $227 a year in upkeep. At the avoided-cost credit, that system does not pay for itself within the 25 years panels are usually expected to last. A mild, sunny April often ends in surplus; a hot July with the air conditioner running usually does not. So a month-by-month output estimate matters more here than in a state that pays full price for exports.
Test your own quote
The tool starts with the OPPD example. Enter your quote and the price per kWh on your bill. For a system that leaves more power over at month end, lower the share used at home and set the export credit to your utility’s surplus credit.
Example result
about 18.7 years
simple payback before incentives
- Used-at-home value
- $1,180/yr
- Export value
- $0/yr
- Owner costs
- −$0/yr
- Yearly savings
- $1,180/yr
- Net cost
- $22,029
Flat first-year values; rates, panel wear and repairs will change the result.
Inside the month vs month-end surplus
Power you use as the panels make it saves the full price. Power you send out cancels power you buy later that month. Only what is left becomes surplus, credited in dollars at the utility’s avoided cost: what it would pay for that power elsewhere. The credit carries forward and the balance is paid each year, or within 60 days if you end service.
Used at home or netted in the month: 11,212 kWh. Each one replaces power you would have bought, so it saves OPPD’s price after its monthly charge ($0.10526 here).
Left over at month end: about 7 kWh (0.06%). These earn OPPD’s surplus credit (about $0.0372 here), far below the price you pay.
The 0.06% leftover share is what OPPD reported to the EIA, not measured at your meter. LES reported 10.9% and NPPD 14.9%. A system sized past your use leaves far more over, so use your own share in the calculator.
Each utility board sets its own surplus credit, and the gap is wide. Since October 1, 2026, the lower rest-of-year rates apply.
| Utility | Billing for new systems | Surplus credit, summer | Rest of the year |
|---|---|---|---|
| Lincoln Electric System | Net metering, plus a one-time capacity payment | about 3.9 cents per kWh | about 2.8 cents per kWh |
| Nebraska Public Power District | Net metering, up to 25 kW | 9.07 cents per kWh | 5.06 cents per kWh |
| Norris Public Power District | Net billing on every exported kWh, plus $1.00 per kW of billing demand a month | 6.25 cents per kWh | 4.41 cents per kWh |
| Southern Public Power District | Avoided-cost rate in its Schedule DG | 2.61 cents per kWh | 2.61 cents per kWh |
| Omaha Public Power District | Net metering | 4.00 cents per kWh | 3.52 cents per kWh |
Summer is June 1 to September 30. We read OPPD’s credits on October 6, 2026; it pays the leftover balance at the end of the calendar year. LES pays 50% of its home energy charge, never less than its avoided cost, locked for 10 years.
Find out which public power utility you are on
Each sets its own surplus credit. Ask each installer which one they modeled.
Solar providers that serve your area may contact you, and they pay EcoGen for the introduction. How we make money.
The Lincoln exception: cash up front
Lincoln Electric System pays a one-time capacity payment by panel size: $375 per kW of panel (DC) capacity facing mostly south, $475 per kW facing west or tracking the sun, nothing for other layouts. For the typical 7.57 kW system that is about $2,839 facing south or about $3,596 facing west. Our LES payback of 19.3 years is before this payment, so ask your installer to show it with the payment taken off.
The installer must be an LES Solar Trade Ally. The payment is Tier 2, which ends at 10,000 kW of customer systems or 15 years after December 31, 2017, whichever comes first. Ask LES if it is still open.
Six things a Nebraska quote must show
Collect more quotes than you would where power costs more. Price per watt is the input you can move, and a quote without monthly output cannot show a surplus. If you borrow, every point of interest adds years. The state’s Dollar and Energy Saving Loans charge simple interest of 5%, 3.5% or less for up to 10 years; apply with Form 20 before work starts.
- Monthly output table. Expected kWh per month, to spot surplus months against your bills.
- Utility and surplus credit. Which utility, and the credit per kWh the quote used for surplus.
- Net metering still open. Your utility’s written yes, and the 60 days notice before install.
- Price per watt. Cash price divided by watts, next to $2.91.
- LES details, in Lincoln. Trade Ally status, panel direction and the capacity payment.
- No federal credit. Nothing subtracted for a 30% credit. It ended for systems installed after December 31, 2025.
Compare Nebraska solar quotes
Ask each installer for a month-by-month output estimate and the price per watt. Enter your ZIP code to request quotes from solar providers that serve your area.
How EcoGen is paid
EcoGen America does not sell or install solar. When you request quotes, we pass your request to solar providers serving your area, and they pay us for the introduction. Providers can include installers, solar marketplaces and lead exchanges, and more than one may contact you. You never pay us.
Keep reading on Nebraska solar
- Nebraska solar guide: utilities, incentives and installers in one place
- Nebraska solar companies: compare local installers before you request quotes
- Nebraska solar incentives: what each public power utility pays
- What solar costs in Nebraska
- Free solar panels in Nebraska: what a zero-down offer means
- Are solar panels worth it? The national guide and payback calculator
All 51 state guides
Questions Nebraska homeowners ask
Are solar panels worth it in Nebraska?
For some homes, slowly. At OPPD, the largest utility, a typical owned system pays back in about 18.7 years, and in 16.5 to 19.3 years at OPPD, LES and NPPD (simple payback before incentives). When every exported kWh earns only an avoided-cost credit, it does not pay for itself within the 25 years panels usually last. The rules are fair; cheap power is the drag. A lower price per watt or a utility payment shortens it.
What does solar cost in Nebraska, and why does it matter so much?
The EcoGen Solar Cost Index puts the typical Nebraska system at 7.57 kW for $22,029, or $2.91 per watt, in September 2026. Power is fairly cheap at 12.86¢ per kWh, so savings build slowly. Price is the input you can negotiate, so collect more quotes than usual.
Does Nebraska have net metering?
Yes. Under Neb. Rev. Stat. 70-2001 to 70-2005, in force since 2009, every utility must offer it for systems up to 25 kW. Exports cancel power you buy in the same month. A utility may stop taking new customers once home solar reaches 1% of its peak demand. Norris moved new systems to net billing.
What does Nebraska pay for excess solar power?
Each utility pays its own avoided-cost credit for month-end surplus. NPPD pays 9.07 cents per kWh in summer and 5.06 cents per kWh the rest of the year; LES pays 50% of its home energy charge. The credit is in dollars, carries forward, and what is left is paid out at the end of each yearly period.
Does Lincoln Electric System pay for solar panels?
Yes, once. LES pays $375 per kW of panel (DC) capacity facing mostly south and $475 per kW for west-facing or tracking panels, through a Trade Ally installer. For the typical 7.57 kW system that is about $2,839 facing south, on top of our 19.3-year LES payback, which is before incentives. Ask if Tier 2 is still open.
Should I wait to install solar in Nebraska?
Waiting carries less risk here than in many states. The net metering law has stood since 2009, so the main gain would come from lower prices. The risk runs the other way: your utility can close net metering at the 1% limit. Ask yours where it stands before you decide.
Sources, method and corrections
The OPPD, LES and NPPD figures are our per-utility paybacks of October 19, 2026: simple payback before incentives, from the Cost Index price, each utility’s EIA 12-month price less its monthly charge, its surplus credit weighted by when panels produce, and the share of solar power its homes reported left over at month end (reported to the EIA, not measured at the meter). They count no upkeep and no price rises. Norris is not yet in those figures, so its row is our older illustration: 40% of the solar power used at home at the 12.86¢ state average, 60% sent out at the Norris summer credit, no facility charge, and owner costs of $30 per kW a year ($227 here, including a reserve for a new inverter). Simple payback uses flat first-year values. The calculator runs in your browser and sends nothing.
Spotted an error? Tell us through our corrections and feedback process.
- Nebraska Revised Statutes 70-2003: net metering credit, payout and the 1% limit (database read September 29, 2026)
- Nebraska Revised Statutes 70-2002: netting and fees
- Nebraska Revised Statutes 70-2004: notice before installing
- Lincoln Electric System: 2026 rate schedules (RS, RNM) (capacity payment and Tier 2 credit; checked October 1, 2026)
- Nebraska Public Power District: net metering rider, effective January 1, 2026 (checked October 1, 2026)
- Norris Public Power District: Service Regulation 800 (net billing credits and facility charge; checked October 1, 2026)
- Omaha Public Power District: Rider Schedule No. 483, net metering service (surplus credits read October 6, 2026)
- Southern Public Power District: Schedule DG (a smaller district example)
- Nebraska DWEE: Dollar and Energy Saving Loans (checked September 30, 2026)
- U.S. EIA: average residential electricity price by state (12-month average, August 2025 to July 2026, as used in the Cost Index)
- IRS: Residential Clean Energy Credit (not available for property installed after December 31, 2025)
- EcoGen Solar Cost Index, September 2026: what solar costs in Nebraska (typical size, price, output and electricity price)
