Wisconsin · Net metering
WI Net Metering
Sets the billing terms for excess solar generation sent back to the grid by residential customers in Wisconsin -- see the credit rate and how it shapes payback below.
- Retail rate credit
- stated benefit
- Residential
- eligible customers
- 14.2 yr
- Wisconsin baseline payback
- 3
- other Wisconsin programs
What it means
In Wisconsin, a 6 kW system already pays back in about 14.2 years on ~$1,243/year of modeled savings, and the WI Net Metering stacks on top of that, on top of any federal credit.
- Retail rate cr…
- stated benefit
- 14.2 yr
- baseline payback (pre-incentive)
- 4
- Wisconsin programs that stack
- full
- net-metering policy
Payback and savings are modeled from public NREL/EIA data; the program benefit is summarized from DSIRE and may change.
Program description
Wisconsin utilities provide net metering at retail rates for systems up to 20 kW.
Program at a glance
- Program type
- Net metering
- Eligible customers
- Residential
- Stated benefit
- Retail rate credit
- State electricity rate
- 16.5¢/kWh
- Wisconsin solar score
- 24/100
How Wisconsin compares to the U.S. average
Why this incentive matters more (or less) here - Wisconsin's solar fundamentals against the national average.
Source: NREL irradiance and U.S. EIA rates; payback modeled by PlainSolarData. Bars are scaled to the larger of the two values per metric.
Solar's trajectory in Wisconsin
The market this incentive operates in: total installed solar capacity in Wisconsin reported to the EIA.
Wisconsin's solar incentive stack
How this net metering sits among Wisconsin's 3 tracked programs, by type
- Tax exemption
Tax exemption
1 programs
- Net metering
Net metering
1 programs
- Rebate
Rebate
1 programs
What this shows Wisconsin tracks 3 incentive types; net metering (1 program) governs the billing side, while the state's other tracked types handle upfront cost or ongoing payments.
How this incentive fits Wisconsin's solar picture
The WI Net Metering governs how Wisconsin credits excess solar generation sent back to the grid, one of the state's DSIRE-tracked solar policies. Eligibility is scoped to residential customers, with a stated benefit of Retail rate credit. DSIRE lists no scheduled sunset, though enabling legislation and appropriations can still be revised year to year.
That baseline is slower than most states, which raises the stakes for every incentive on the table. Wisconsin averages 4.3 kWh/m²/day of usable sunlight and residential rates of 16.5¢/kWh, producing an estimated 7,534 kWh/year and $1,243 of annual utility offset on a typical 6 kW system costing $17,700. That baseline already implies a 14.2-year simple payback and a 25-year modeled net of roughly $13,375 before this incentive - every dollar this net metering delivers compresses that payback further.
A handful of other levers are worth checking alongside this one. Wisconsin has 4 solar incentive programs indexed in DSIRE, including adjacent options like WI Solar Property Tax Exemption, Wisconsin Focus on Energy Renewable Incentive. The state's net-metering policy is classified as full, which governs how excess generation is credited and often decides whether a given program is worth claiming for a specific household.
Your next step
- See Wisconsin's full solar profile, score, irradiance, rates, payback, and every program you can claim. Wisconsin solar data
- Run the savings calculator with your real bill to see how this incentive changes your own payback. ROI calculator
- See how net-metering credits are valued state by state. Net-metering guide
Estimates here are modeled from public data and are not financial advice; confirm program terms and your own eligibility before relying on a dollar figure.
Other Wisconsin incentives
Frequently asked questions
What is the WI Net Metering?
How does the WI Net Metering work?
Who is eligible for the WI Net Metering?
How does this incentive affect solar ROI in Wisconsin?
Are there other solar incentives in Wisconsin?
Incentive data from the DSIRE (Database of State Incentives for Renewables & Efficiency); state solar economics from NREL and the U.S. EIA. See our methodology.