Wisconsin · individual fact

Wisconsin energy and electricity

Electricity prices and bills, generation and fuel mix, and gasoline costs.

Residential electricity price17.18¢/kWh2024 · #15 of 50 · highest first
Regular gasoline price$3.893/gal2026-08 · #26 of 48* · highest first
Average monthly residential electricity bill$110.872024 · #41 of 50 · highest first

Wisconsin over time

Explore Wisconsin readings, major events and reviewed actions on the same date scale. Wisconsin officeholders appear in separate lanes. National event evidence describes national context; it does not measure a Wisconsin effect.

Major events & context · A curated selection, including uncertain effects. Milestone dates do not establish that an event caused a Wisconsin change.

Enacted / issuedDid not proceedPending / in progressStatus unclear

Colors show the latest recorded status. Passing one chamber is not enactment. A number groups actions with the same date, body and status.

Residential electricity price Wisconsin · source units
WisconsinPublished U.S. benchmark

Move across the chart to inspect the nearest observation. Click or tap to keep a reading selected, or focus the chart and use the arrow keys. Hover over or focus a marker to explore; click or tap to pin. Press Escape to clear.

Residential electricity price2024: 17.18¢/kWh13.02¢/kWh15.6¢/kWh18.18¢/kWhWisconsin, 2015: 14.11¢/kWhWisconsin, 2016: 14.07¢/kWhWisconsin, 2017: 14.35¢/kWhWisconsin, 2018: 14.02¢/kWhWisconsin, 2019: 14.18¢/kWhWisconsin, 2020: 14.32¢/kWhWisconsin, 2021: 14.52¢/kWhWisconsin, 2022: 15.62¢/kWhWisconsin, 2023: 16.88¢/kWhWisconsin, 2024: 17.18¢/kWh201520192024
✦ Major events & context · 49National context · Energy Policy Act expands federal energy programs · 2005-08-08Energy Policy ActNational context · Hurricanes Katrina and Rita disrupt fuel supplies · 2005-08-29Katrina / RitaNational context · Energy law strengthens fuel economy, biofuels and efficiency · 2007-12-19Fuel / efficiency lawNational context · Global oil and energy prices surge · 2008-07-15Oil-price surgeNational context · Great Financial Crisis and Great Recession · 2008-09-15Great Financial CrisisNational context · Recovery Act funds grid modernization and clean energy · 2009-02-17Recovery Act energyNational context · EPA signs greenhouse-gas endangerment finding · 2009-12-07GHG findingNational context · Deepwater Horizon explosion and oil spill · 2010-04-20Deepwater HorizonNational context · Fukushima accident prompts U.S. nuclear safety response · 2011-03-11Fukushima safetyNational context · Global demand and Middle East unrest pressure oil prices · 2011-04-112011 oil pressuresNational context · Hurricane Sandy disrupts electricity and fuel distribution · 2012-10-29Hurricane SandyNational context · Polar vortex strains gas supplies and power systems · 2014-01-07Polar vortexNational context · Oil supply growth and OPEC decision deepen price collapse · 2014-11-27Oil-price collapseNational context · Clean Power Plan announced; implementation later stayed · 2015-08-03Clean Power PlanNational context · Congress lifts longstanding crude-oil export restrictions · 2015-12-18Crude export rulesNational context · First LNG export cargo from the Lower 48 · 2016-02-24Lower 48 LNG exportsNational context · Shale development transforms U.S. oil supply · 2016-03-15Shale expansionNational context · Natural gas overtakes coal in annual electricity generation · 2016-12-31Gas overtakes coalNational context · Hurricanes Harvey and Irma disrupt fuel markets · 2017-08-25Harvey / IrmaNational context · Attacks on Saudi oil facilities interrupt global supply · 2019-09-14Saudi oil attacksNational context · United States becomes an annual net total energy exporter · 2019-12-31Net energy exporterNational context · COVID-19 sharply reduces energy demand · 2020-03-11COVID-19 pandemicNational context · Expiring WTI oil futures settle below zero · 2020-04-20Negative WTI futuresNational context · Western heat wave leads to California rotating outages · 2020-08-14California outagesNational context · OPEC+ supply cuts help rebalance the pandemic oil market · 2020-09-23OPEC+ supply cutsNational context · Severe winter weather disrupts Texas and regional energy systems · 2021-02-08Winter Storm UriNational context · Cyberattack interrupts Colonial Pipeline fuel deliveries · 2021-05-07Colonial PipelineNational context · Infrastructure law funds grid and energy projects · 2021-11-15Infrastructure energyNational context · Russia’s full-scale invasion of Ukraine · 2022-02-24Russia invades UkraineNational context · Large Strategic Petroleum Reserve release announced · 2022-03-31SPR releaseNational context · Freeport LNG fire shuts a major export terminal · 2022-06-08Freeport LNG outageNational context · Inflation Reduction Act expands energy incentives · 2022-08-16IRA energy incentivesNational context · Winter Storm Elliott disrupts gas and power supplies · 2022-12-21Winter Storm ElliottNational context · Renewables exceed coal in annual electric power sector generation · 2022-12-31Renewables pass coalNational context · Vogtle expansion adds new nuclear generation · 2023-07-31Vogtle nuclear unitsNational context · Red Sea attacks reroute oil and gas shipping · 2024-02-01Red Sea shippingNational context · EPA finalizes new power-plant greenhouse-gas rules · 2024-04-25Power-plant GHG ruleNational context · FERC adopts long-term regional transmission planning rule · 2024-05-13Transmission planningNational context · DOE report documents growing data-center electricity demand · 2024-12-20Data-center demandNational context · President declares energy emergency and directs policy changes · 2025-01-20Energy emergencyNational context · U.S. tariff announcement changes energy trade context · 2025-04-02U.S. tariff announcementNational context · EPA proposes repeal of power-sector greenhouse-gas rules · 2025-06-11Power-rule proposalNational context · Tax law accelerates several energy-credit expirations · 2025-07-04Energy tax changesNational context · EPA finalizes endangerment and vehicle GHG standard rescission · 2026-02-12Vehicle GHG repealNational context · EPA announces repeal of 2024 power-plant air-toxics amendments · 2026-02-20Air-toxics amendmentsNational context · Iran conflict and Strait of Hormuz energy disruption · 2026-02-28Iran / Hormuz shockNational context · IEA members agree to emergency oil-stock release · 2026-03-11Emergency oil stocksNational context · FERC and NERC report improved winter grid preparedness · 2026-09-10Winter grid reviewWisconsin · DOE selects Basin Electric Power Cooperative grid-upgrade application · 2026-09-24Basin Electric Power Cooperative · SPARK selection● Wisconsin Legislature · 15362● U.S. Congress · Wisconsin delegation · 0No reviewed actions match these filters.◆ Governor · 2■ Wisconsin agencies · 422005-08-012026-09-30

21 of 21 reviewed Wisconsin actions match · 12 date markers shown. 49 major events shown separately.

Wisconsin · 2024: 17.18¢/kWh · Rank #15 of 50, highest first · U.S. benchmark: 16.48¢/kWh

For 2024, FactVote combines EIA utility-scale net generation with EIA's estimated small-scale solar generation and groups sources into seven categories. The 2015–2023 historical points retain utility-scale coverage. The residential price is EIA's annual average revenue per kilowatthour and includes generation, transmission, distribution, taxes, and fees reflected in electric bills. Generation is electricity produced inside Wisconsin, not electricity consumed there; interstate imports and exports are not represented. The 2024 comparison includes EIA's estimated generation from small-scale solar systems under 1 megawatt. Historical points for 2015–2023 retain utility-scale coverage and exclude those estimates, so comparisons across 2023–2024 also reflect this change in coverage. The 'other' category is the residual of remaining reported energy sources. The residential price is a statewide nominal average and can mask large differences among utilities, plans, and household usage. Annual observations use December 31; monthly observations use the first of the month. Lines connect consecutive readings and do not supply values between them. Missing observations break the lines.

View observations and export data
Wisconsin Residential electricity price · source units
PeriodWisconsinRankU.S. benchmark
202417.18¢/kWh#15 of 5016.48¢/kWh
202316.88¢/kWh#14 of 50Not available
202215.62¢/kWh#15 of 50Not available
202114.52¢/kWh#13 of 50Not available
202014.32¢/kWh#13 of 50Not available
201914.18¢/kWh#13 of 50Not available
201814.02¢/kWh#13 of 50Not available
201714.35¢/kWh#13 of 50Not available
201614.07¢/kWh#14 of 50Not available
201514.11¢/kWh#13 of 50Not available
How major events are selected

The timeline combines the corresponding national fact’s reviewed event catalog, labeled National context, with individually reviewed state milestones. State events use primary sources and distinguish signing, effective and filing dates. Each milestone keeps its source-check date, geographical limits and evidence limits. This curated selection is not a complete history.

Date ranges affect events and actions. Action type, status and official-name search affect government records only. Events remain separate from action counts. An event after the latest observation extends context without creating a new reading.

Wisconsin · state comparison

Household energy prices

Unit prices are separate from bills: usage, weather, and household needs also determine spending.

Wisconsin · 202417.18¢/kWh
Wisconsin rank#15among all 50 states
U.S. benchmark16.48¢/kWhSame measure and period when published

#1 is the highest value. Ties share a rank and leave gaps. D.C. and territories are excluded. Rank describes the measured value; it is not an overall score of the state.

Residential electricity price

For 2024, FactVote combines EIA utility-scale net generation with EIA's estimated small-scale solar generation and groups sources into seven categories. The 2015–2023 historical points retain utility-scale coverage. The residential price is EIA's annual average revenue per kilowatthour and includes generation, transmission, distribution, taxes, and fees reflected in electric bills.

Generation is electricity produced inside Wisconsin, not electricity consumed there; interstate imports and exports are not represented. The 2024 comparison includes EIA's estimated generation from small-scale solar systems under 1 megawatt. Historical points for 2015–2023 retain utility-scale coverage and exclude those estimates, so comparisons across 2023–2024 also reflect this change in coverage. The 'other' category is the residual of remaining reported energy sources. The residential price is a statewide nominal average and can mask large differences among utilities, plans, and household usage.

Hover to inspect. Click or tap to compare that period with every state. Focus the graph and use arrow keys, Home or End to select a period. Press Escape to return to the latest period.

Wisconsin
Residential electricity price history in Wisconsin13.55¢/kWh15.6¢/kWh17.65¢/kWh20152024
2024 · Wisconsin: 17.18¢/kWh · Rank #15 of 50, highest first · U.S. benchmark: 16.48¢/kWh · Selected for state comparison
View history and select a period
Wisconsin Residential electricity price history
PeriodWisconsinCompare
201514.11¢/kWh
201614.07¢/kWh
201714.35¢/kWh
201814.02¢/kWh
201914.18¢/kWh
202014.32¢/kWh
202114.52¢/kWh
202215.62¢/kWh
202316.88¢/kWh
202417.18¢/kWh

Compare states on the graph

Hover or focus a bar to inspect its value and rank. Use the up and down arrows, Home or End to explore states. Click, tap or press Enter to keep a state selected. Wisconsin stays highlighted. Values use the same measure and period.

Explore the map: hover or focus a state to inspect it, then click or tap to select it. Arrow keys move between states alphabetically. Wisconsin has a dark outline.

Lower value · 11.51¢/kWhHigher value · 42.86¢/kWhStriped: unavailable

Color shows this measure’s value, not an overall state score. Select a state on the map, graph or dropdown to read its value, rank and comparison limits below.

Wisconsin · 17.18¢/kWh2024 · Rank #15 of 50, highest firstSelected state

50 states shown · scroll to explore every state. Missing values have no bar and are excluded from ranks. Bars start at zero; #1 means the highest value.

Compare Wisconsin with every state · 50 ranked
Residential electricity price · 2024 · highest value ranked #1
RankStateValueComparison notes
#1Hawaii42.86¢/kWh—
#2California31.97¢/kWh—
#3Massachusetts29.35¢/kWh—
#4Connecticut28.75¢/kWh—
#5Rhode Island28.65¢/kWh—
#6Alaska24.82¢/kWh—
#7New York24.43¢/kWh—
#8Maine24.29¢/kWh—
#9New Hampshire23.4¢/kWh—
#10Vermont21.9¢/kWh—
#11New Jersey19.34¢/kWh—
#12Michigan19.3¢/kWh—
#13Maryland17.86¢/kWh—
#14Pennsylvania17.77¢/kWh—
#15Wisconsin · your comparison17.18¢/kWh—
#16Delaware16.57¢/kWh—
#17Ohio15.99¢/kWh—
#18Illinois15.87¢/kWh—
#19Minnesota15.45¢/kWh—
#20Alabama15.18¢/kWh—
#21West Virginia15.07¢/kWh—
#22Nevada15¢/kWh—
#23Texas14.94¢/kWh—
#24Colorado14.92¢/kWh—
#25Arizona14.91¢/kWh—
#26Indiana14.77¢/kWh—
#27Oregon14.7¢/kWh—
#28Virginia14.41¢/kWh—
#29South Carolina14.23¢/kWh—
#30New Mexico14.2¢/kWh—
#31Kansas14.15¢/kWh—
#32Florida14.14¢/kWh—
#33North Carolina14.13¢/kWh—
#34Georgia14.08¢/kWh—
#35Iowa13.4¢/kWh—
#36Mississippi13.39¢/kWh—
#37Missouri12.91¢/kWh—
#38South Dakota12.86¢/kWh—
#39Kentucky12.79¢/kWh—
#40Montana12.66¢/kWh—
#41Wyoming12.47¢/kWh—
#42Tennessee12.42¢/kWh—
#43Arkansas12.32¢/kWh—
#44Oklahoma12.24¢/kWh—
#45Utah12.22¢/kWh—
#46Washington11.9¢/kWh—
#47Louisiana11.73¢/kWh—
#48Nebraska11.53¢/kWh—
#49Idaho11.52¢/kWh—
#50North Dakota11.51¢/kWh—

All 50 states are listed, including states without a comparable observation. Ranks use stored source precision; displayed values may round to the same number.

Midwest regular gasoline price

$3.85/galWeek of August 31, 2026

Estimated average cash price at the pump for regular-grade gasoline across EIA's Midwest petroleum district, including federal, state, and local taxes. The region contains Illinois, Indiana, Iowa, Kansas, Kentucky, Michigan, Minnesota, Missouri, Nebraska, North Dakota, Ohio, Oklahoma, South Dakota, Tennessee, and Wisconsin.

This source snapshot keeps its own definition and period. A rank shown elsewhere applies only to that comparison’s measure and period.

Recent EIA observations

Prior week
$3.934/gal
Weekly change
−$0.087/gal
One year earlier
$3.088/gal
Change from one year earlier
+$0.759/gal
Method and limitations

EIA's weekly retail gasoline survey samples outlets and publishes volume-weighted estimates. EIA does not publish a current Wisconsin statewide weekly series, so FactVote uses the smallest current EIA retail region that includes Wisconsin and labels it as a regional proxy.

  • EIA does not publish a current Wisconsin statewide weekly gasoline-price series; this Midwest regional estimate should not be read as Wisconsin's statewide average.
  • The regional estimate combines Illinois, Indiana, Iowa, Kansas, Kentucky, Michigan, Minnesota, Missouri, Nebraska, North Dakota, Ohio, Oklahoma, South Dakota, Tennessee, and Wisconsin, and does not represent the price at every station or in every Wisconsin community.
  • This nominal weekly snapshot does not identify why prices changed or establish the effect of any tax, bill, executive action, or market event.
Wisconsin · state comparison

What are households paying for electricity?

Compare the bill, electricity used, and price per unit for the same year.

Wisconsin · 2024$110.87
Wisconsin rank#41among all 50 states
U.S. benchmark$142.26Same measure and period when published

#1 is the highest value. Ties share a rank and leave gaps. D.C. and territories are excluded. Rank describes the measured value; it is not an overall score of the state.

Average monthly residential electricity bill

State residential revenue and sales divided by customer accounts, averaged across the year.

Bills describe average customer accounts rather than a particular household. Dollars are nominal; usage reflects climate and building characteristics as well as efficiency.

Hover to inspect. Click or tap to compare that period with every state. Focus the graph and use arrow keys, Home or End to select a period. Press Escape to return to the latest period.

Wisconsin
Average monthly residential electricity bill history in Wisconsin$82.84$116.43$150.0120102024
2024 · Wisconsin: $110.87 · Rank #41 of 50, highest first · U.S. benchmark: $142.26 · Selected for state comparison
View history and select a period
Wisconsin Average monthly residential electricity bill history
PeriodWisconsinCompare
2010$90.59
2011$92.39
2012$92.79
2013$95.21
2014$94.88
2015$94.26
2016$96.08
2017$94.67
2018$97.09
2019$95.52
2020$99.42
2021$100.18
2022$106.94
2023$111.06
2024$110.87

Compare states on the graph

Hover or focus a bar to inspect its value and rank. Use the up and down arrows, Home or End to explore states. Click, tap or press Enter to keep a state selected. Wisconsin stays highlighted. Values use the same measure and period.

Explore the map: hover or focus a state to inspect it, then click or tap to select it. Arrow keys move between states alphabetically. Wisconsin has a dark outline.

Lower value · $92.88Higher value · $212.12Striped: unavailable

Color shows this measure’s value, not an overall state score. Select a state on the map, graph or dropdown to read its value, rank and comparison limits below.

Wisconsin · $110.872024 · Rank #41 of 50, highest firstSelected state

50 states shown · scroll to explore every state. Missing values have no bar and are excluded from ranks. Bars start at zero; #1 means the highest value.

Compare Wisconsin with every state · 50 ranked
Average monthly residential electricity bill · 2024 · highest value ranked #1
RankStateValueComparison notes
#1Hawaii$212.12—
#2Connecticut$199.66—
#3Alabama$173.5—
#4Massachusetts$167.2—
#5Maryland$165.87—
#6Texas$163.72—
#7Rhode Island$162.4—
#8California$160.86—
#9Arizona$160.24—
#10Florida$156.09—
#11Mississippi$154.83—
#12West Virginia$154.76—
#13Georgia$151.25—
#14Delaware$150.87—
#15South Carolina$149.51—
#16Virginia$148.77—
#17Pennsylvania$145.17—
#18New Hampshire$144.87—
#19Alaska$143.54—
#20North Carolina$143.5—
#21Tennessee$143.32—
#22Louisiana$140.96—
#23New York$139.53—
#24Nevada$139.39—
#25Ohio$135.16—
#26Kentucky$133.81—
#27Maine$133.6—
#28Indiana$133.06—
#29Oklahoma$132.05—
#30Oregon$129.62—
#31Missouri$129.18—
#32Arkansas$129.13—
#33New Jersey$128.13—
#34South Dakota$127.81—
#35Vermont$125.66—
#36Kansas$123.9—
#37Michigan$119.31—
#38North Dakota$118.38—
#39Washington$113.68—
#40Iowa$111.54—
#41Wisconsin · your comparison$110.87—
#42Nebraska$110.28—
#43Minnesota$110.06—
#44Illinois$109.99—
#45Idaho$108.73—
#46Montana$107.91—
#47Wyoming$107.65—
#48Colorado$100.57—
#49Utah$94.57—
#50New Mexico$92.88—

All 50 states are listed, including states without a comparable observation. Ranks use stored source precision; displayed values may round to the same number.

Wisconsin · state comparison

What generates Wisconsin electricity?

Compare total generation and each fuel’s share using the same EIA year. A fuel share is not a performance score.

Wisconsin · 202465.6 TWh
Wisconsin rank#24among all 50 states
U.S. benchmarkNot availableSame measure and period when published

#1 is the highest value. Ties share a rank and leave gaps. D.C. and territories are excluded. Rank describes the measured value; it is not an overall score of the state.

Total electricity generation

For 2024, FactVote combines EIA utility-scale net generation with EIA's estimated small-scale solar generation and groups sources into seven categories. The 2015–2023 historical points retain utility-scale coverage. The residential price is EIA's annual average revenue per kilowatthour and includes generation, transmission, distribution, taxes, and fees reflected in electric bills.

Generation is electricity produced inside Wisconsin, not electricity consumed there; interstate imports and exports are not represented. The 2024 comparison includes EIA's estimated generation from small-scale solar systems under 1 megawatt. Historical points for 2015–2023 retain utility-scale coverage and exclude those estimates, so comparisons across 2023–2024 also reflect this change in coverage. The 'other' category is the residual of remaining reported energy sources. The residential price is a statewide nominal average and can mask large differences among utilities, plans, and household usage.

Hover to inspect. Click or tap to compare that period with every state. Focus the graph and use arrow keys, Home or End to select a period. Press Escape to return to the latest period.

Wisconsin
Total electricity generation history in Wisconsin60.5 TWh63.8 TWh67.1 TWh20152024
2024 · Wisconsin: 65.6 TWh · Rank #24 of 50, highest first · Selected for state comparison
View history and select a period
Wisconsin Total electricity generation history
PeriodWisconsinCompare
201566.4 TWh
201665 TWh
201765.1 TWh
201865.9 TWh
201962.8 TWh
202061.4 TWh
202164.3 TWh
202261.2 TWh
202362.5 TWh
202465.6 TWh

Compare states on the graph

Hover or focus a bar to inspect its value and rank. Use the up and down arrows, Home or End to explore states. Click, tap or press Enter to keep a state selected. Wisconsin stays highlighted. Values use the same measure and period.

Explore the map: hover or focus a state to inspect it, then click or tap to select it. Arrow keys move between states alphabetically. Wisconsin has a dark outline.

Lower value · 2.5 TWhHigher value · 571.5 TWhStriped: unavailable

Color shows this measure’s value, not an overall state score. Select a state on the map, graph or dropdown to read its value, rank and comparison limits below.

Wisconsin · 65.6 TWh2024 · Rank #24 of 50, highest firstSelected state

50 states shown · scroll to explore every state. Missing values have no bar and are excluded from ranks. Bars start at zero; #1 means the highest value.

Compare Wisconsin with every state · 50 ranked
Total electricity generation · 2024 · highest value ranked #1
RankStateValueComparison notes
#1Texas571.5 TWh—
#2Florida270.7 TWh—
#3California245.9 TWh—
#4Pennsylvania242.5 TWh—
#5Illinois186.7 TWh—
#6Ohio143.3 TWh—
#7Alabama142.9 TWh—
#8Georgia140.4 TWh—
#9North Carolina135.9 TWh—
#10New York133.5 TWh—
#11Michigan124.5 TWh—
#12Arizona121.5 TWh—
#13Virginia103.7 TWh—
#14Washington103 TWh—
#15South Carolina101.1 TWh—
#16Louisiana100 TWh—
#17Indiana97.4 TWh—
#18Oklahoma94.3 TWh—
#19Mississippi77.4 TWh—
#20Tennessee76.3 TWh—
#21Iowa70.9 TWh—
#22Missouri67.6 TWh—
#23Kentucky67.1 TWh—
#24Wisconsin · your comparison65.6 TWh—
#25Oregon65.3 TWh—
#26New Jersey63.6 TWh—
#27Arkansas62.1 TWh—
#28Colorado60.8 TWh—
#29Minnesota59 TWh—
#30Kansas57.9 TWh—
#31West Virginia50.7 TWh—
#32Nevada47.6 TWh—
#33Connecticut46.2 TWh—
#34North Dakota42.6 TWh—
#35Wyoming40.7 TWh—
#36New Mexico40.5 TWh—
#37Nebraska37.3 TWh—
#38Maryland36.9 TWh—
#39Utah36.1 TWh—
#40Montana27 TWh—
#41Massachusetts25 TWh—
#42South Dakota20.9 TWh—
#43Idaho20.3 TWh—
#44New Hampshire17.3 TWh—
#45Maine15.7 TWh—
#46Hawaii10.7 TWh—
#47Rhode Island10.1 TWh—
#48Alaska6.7 TWh—
#49Delaware5 TWh—
#50Vermont2.5 TWh—

All 50 states are listed, including states without a comparable observation. Ranks use stored source precision; displayed values may round to the same number.

Natural gas share of in-state electricity generation

40.2%2024

Share of Wisconsin's in-state electricity-industry net generation supplied by natural gas.

This source snapshot keeps its own definition and period. A rank shown elsewhere applies only to that comparison’s measure and period.

EIA generation totals

Natural-gas generation
26,245,563 MWh
Total net generation
65,276,344 MWh
Method and limitations

FactVote divided 26,245,563 MWh of natural-gas generation by 65,276,344 MWh of total net generation in EIA Table 5 and rounded to one decimal. The numerator combines 25,331,122 MWh from electric utilities with 914,441 MWh from independent power producers, commercial plants, and industrial plants.

  • EIA Table 5 covers electric-power-industry net generation and does not include estimated small-scale generation outside that table.
  • In-state generation is not the same as electricity consumed in Wisconsin because power crosses state lines.
Wisconsin · state comparison

Affordability, reliability, emissions, and demand

Outage comparisons use the same reporting standard. Major-event outages and ordinary-day outages use different EIA reporting definitions.

Wisconsin · 2024296.8 min/year
Wisconsin rank#26among all 50 states
U.S. benchmark662.6 min/yearSame measure and period when published

#1 is the highest value. Ties share a rank and leave gaps. D.C. and territories are excluded. Rank describes the measured value; it is not an overall score of the state.

Outage minutes per customer · all events

EIA distribution-system reliability for utilities using the IEEE standard. SAIDI is average customer interruption duration; SAIFI is average frequency.

Reported customer coverage is incomplete and differs by state. These figures cover reporting utilities, not every customer. Major-event definitions follow IEEE; a severe-weather year can dominate the all-events value. Coverage percentage is not itself outage performance.

Hover to inspect. Click or tap to compare that period with every state. Focus the graph and use arrow keys, Home or End to select a period. Press Escape to return to the latest period.

Wisconsin
Outage minutes per customer · all events history in Wisconsin135 min/year433.2 min/year731.4 min/year20232024
2024 · Wisconsin: 296.8 min/year · Rank #26 of 50, highest first · U.S. benchmark: 662.6 min/year · Selected for state comparison
View history and select a period
Wisconsin Outage minutes per customer · all events history
PeriodWisconsinCompare
2023203.8 min/year
2024296.8 min/year

Compare states on the graph

Hover or focus a bar to inspect its value and rank. Use the up and down arrows, Home or End to explore states. Click, tap or press Enter to keep a state selected. Wisconsin stays highlighted. Values use the same measure and period.

Explore the map: hover or focus a state to inspect it, then click or tap to select it. Arrow keys move between states alphabetically. Wisconsin has a dark outline.

Lower value · 83.6 min/yearHigher value · 3,155 min/yearStriped: unavailable

Color shows this measure’s value, not an overall state score. Select a state on the map, graph or dropdown to read its value, rank and comparison limits below.

Wisconsin · 296.8 min/year2024 · Rank #26 of 50, highest firstSelected state

50 states shown · scroll to explore every state. Missing values have no bar and are excluded from ranks. Bars start at zero; #1 means the highest value.

Compare Wisconsin with every state · 50 ranked
Outage minutes per customer · all events · 2024 · highest value ranked #1
RankStateValueComparison notes
#1South Carolina3,155 min/year—
#2Maine1,748.6 min/year—
#3Texas1,614.3 min/year—
#4North Carolina1,518.1 min/year—
#5Florida1,487.6 min/year—
#6Georgia1,208.1 min/year—
#7West Virginia1,165.5 min/year—
#8Virginia962.1 min/year—
#9Vermont895.8 min/year—
#10New Hampshire735.5 min/year—
#11Nebraska697.8 min/year—
#12Washington643.5 min/year—
#13Louisiana630.6 min/year—
#14Mississippi607.3 min/year—
#15Oregon579.3 min/year—
#16Kentucky537.7 min/year—
#17Arkansas527.8 min/year—
#18Ohio511 min/year—
#19Michigan481.7 min/year—
#20New York477.3 min/year—
#21Hawaii382.6 min/year—
#22Pennsylvania353.1 min/year—
#23Montana341.7 min/year—
#24Alaska323.2 min/year—
#25Indiana310 min/year—
#26Wisconsin · your comparison296.8 min/year—
#27Kansas289.8 min/year—
#28Tennessee289.3 min/year—
#29California285 min/year—
#30New Mexico272.6 min/year—
#31Colorado257 min/year—
#32Minnesota222.4 min/year—
#33Oklahoma220.7 min/year—
#34Missouri212.6 min/year—
#35Idaho204.4 min/year—
#36Iowa200.3 min/year—
#37Alabama197.7 min/year—
#38New Jersey173.3 min/year—
#39Nevada158.9 min/year—
#40Illinois158 min/year—
#41Connecticut152.8 min/year—
#42Wyoming137.8 min/year—
#43Maryland118.1 min/year—
#44Delaware117.9 min/year—
#45Utah115.4 min/year—
#46Rhode Island104.3 min/year—
#47Massachusetts103.7 min/year—
#48North Dakota102.7 min/year—
#49South Dakota85.6 min/year—
#50Arizona83.6 min/year—

All 50 states are listed, including states without a comparable observation. Ranks use stored source precision; displayed values may round to the same number.

Wisconsin · state comparison

Who uses energy?

Total energy consumption includes more than electricity. EIA assigns electricity-related losses to consuming end-use sectors.

Wisconsin · 2024375.9 trillion Btu
Wisconsin rank#18among all 50 states
U.S. benchmark18,424 trillion BtuSame measure and period when published

#1 is the highest value. Ties share a rank and leave gaps. D.C. and territories are excluded. Rank describes the measured value; it is not an overall score of the state.

Residential energy consumption

Annual energy consumption by end-use sector, in trillion British thermal units (Btu).

2024 SEDS estimates. Industrial and total figures exclude noncombustible renewable energy inputs used to produce biofuels. Includes allocated electric-system energy losses. Size, climate, industry mix, and activity affect absolute rankings.

Compare states on the graph

Hover or focus a bar to inspect its value and rank. Use the up and down arrows, Home or End to explore states. Click, tap or press Enter to keep a state selected. Wisconsin stays highlighted. Values use the same measure and period.

Explore the map: hover or focus a state to inspect it, then click or tap to select it. Arrow keys move between states alphabetically. Wisconsin has a dark outline.

Lower value · 29.5 trillion BtuHigher value · 1,514 trillion BtuStriped: unavailable

Color shows this measure’s value, not an overall state score. Select a state on the map, graph or dropdown to read its value, rank and comparison limits below.

Wisconsin · 375.9 trillion Btu2024 · Rank #18 of 50, highest firstSelected state

50 states shown · scroll to explore every state. Missing values have no bar and are excluded from ranks. Bars start at zero; #1 means the highest value.

Compare Wisconsin with every state · 50 ranked
Residential energy consumption · 2024 · highest value ranked #1
RankStateValueComparison notes
#1Texas1,514 trillion Btu—
#2Florida1,183.3 trillion Btu—
#3California1,147.1 trillion Btu—
#4New York968.3 trillion Btu—
#5Pennsylvania819.3 trillion Btu—
#6Illinois817.1 trillion Btu—
#7Ohio767.4 trillion Btu—
#8Georgia717.1 trillion Btu—
#9North Carolina662.2 trillion Btu—
#10Michigan661.4 trillion Btu—
#11New Jersey550.1 trillion Btu—
#12Virginia526 trillion Btu—
#13Tennessee492 trillion Btu—
#14Indiana475.6 trillion Btu—
#15Missouri459 trillion Btu—
#16Arizona413.7 trillion Btu—
#17Massachusetts379 trillion Btu—
#18Wisconsin · your comparison375.9 trillion Btu—
#19South Carolina370.7 trillion Btu—
#20Maryland357.2 trillion Btu—
#21Minnesota346.2 trillion Btu—
#22Alabama331.6 trillion Btu—
#23Washington330.2 trillion Btu—
#24Kentucky319 trillion Btu—
#25Colorado311.9 trillion Btu—
#26Louisiana282.6 trillion Btu—
#27Connecticut235.3 trillion Btu—
#28Oklahoma231 trillion Btu—
#29Arkansas209.5 trillion Btu—
#30Utah190.7 trillion Btu—
#31Mississippi179.7 trillion Btu—
#32Oregon173.1 trillion Btu—
#33Kansas166.4 trillion Btu—
#34Iowa162 trillion Btu—
#35Nevada153.3 trillion Btu—
#36West Virginia141 trillion Btu—
#37Nebraska128.9 trillion Btu—
#38Idaho111.2 trillion Btu—
#39New Mexico98.1 trillion Btu—
#40New Hampshire91.8 trillion Btu—
#41Maine80.5 trillion Btu—
#42Montana73.9 trillion Btu—
#43Delaware62.6 trillion Btu—
#44North Dakota61.3 trillion Btu—
#45Rhode Island61 trillion Btu—
#46Alaska49.1 trillion Btu—
#47Wyoming45.5 trillion Btu—
#48South Dakota44.2 trillion Btu—
#49Vermont32.7 trillion Btu—
#50Hawaii29.5 trillion Btu—

All 50 states are listed, including states without a comparable observation. Ranks use stored source precision; displayed values may round to the same number.

Wisconsin · state comparison

Energy-related carbon emissions

Combustion emissions describe fossil energy use. Production, consumption, emissions, and international trade have different accounting boundaries.

Wisconsin · 202485.12 Mt CO₂
Wisconsin rank#20among all 50 states
U.S. benchmark4,780.66 Mt CO₂Same measure and period when published

#1 is the highest value. Ties share a rank and leave gaps. D.C. and territories are excluded. Rank describes the measured value; it is not an overall score of the state.

Total energy-related CO₂ emissions

Thousand metric tons of carbon dioxide from energy consumption.

2024 SEDS estimates. Energy-related CO₂ excludes non-energy greenhouse gases and is not a complete climate footprint. Production emissions are assigned to electric power, rather than reallocating electricity emissions to consumers.

Compare states on the graph

Hover or focus a bar to inspect its value and rank. Use the up and down arrows, Home or End to explore states. Click, tap or press Enter to keep a state selected. Wisconsin stays highlighted. Values use the same measure and period.

Explore the map: hover or focus a state to inspect it, then click or tap to select it. Arrow keys move between states alphabetically. Wisconsin has a dark outline.

Lower value · 5.36 Mt CO₂Higher value · 679.93 Mt CO₂Striped: unavailable

Color shows this measure’s value, not an overall state score. Select a state on the map, graph or dropdown to read its value, rank and comparison limits below.

Wisconsin · 85.12 Mt CO₂2024 · Rank #20 of 50, highest firstSelected state

50 states shown · scroll to explore every state. Missing values have no bar and are excluded from ranks. Bars start at zero; #1 means the highest value.

Compare Wisconsin with every state · 50 ranked
Total energy-related CO₂ emissions · 2024 · highest value ranked #1
RankStateValueComparison notes
#1Texas679.93 Mt CO₂—
#2California315.98 Mt CO₂—
#3Florida230.85 Mt CO₂—
#4Pennsylvania201.57 Mt CO₂—
#5Louisiana186.89 Mt CO₂—
#6Ohio186.34 Mt CO₂—
#7Illinois163.98 Mt CO₂—
#8New York163.69 Mt CO₂—
#9Indiana152.3 Mt CO₂—
#10Michigan143.11 Mt CO₂—
#11Georgia127.83 Mt CO₂—
#12North Carolina119.07 Mt CO₂—
#13Kentucky106.87 Mt CO₂—
#14Alabama104.32 Mt CO₂—
#15Virginia99.24 Mt CO₂—
#16Missouri98.03 Mt CO₂—
#17Tennessee90.46 Mt CO₂—
#18Oklahoma88.56 Mt CO₂—
#19New Jersey87.84 Mt CO₂—
#20Wisconsin · your comparison85.12 Mt CO₂—
#21Arizona82.2 Mt CO₂—
#22Colorado79.57 Mt CO₂—
#23Minnesota77.89 Mt CO₂—
#24Washington73.81 Mt CO₂—
#25West Virginia72.28 Mt CO₂—
#26South Carolina70.81 Mt CO₂—
#27Iowa65.23 Mt CO₂—
#28Mississippi64.75 Mt CO₂—
#29Arkansas58.42 Mt CO₂—
#30Massachusetts58.07 Mt CO₂—
#31North Dakota55.15 Mt CO₂—
#32Kansas55.09 Mt CO₂—
#33Utah55.03 Mt CO₂—
#34Wyoming50 Mt CO₂—
#35Maryland48.77 Mt CO₂—
#36Alaska44.01 Mt CO₂—
#37Nebraska43.54 Mt CO₂—
#38New Mexico41.63 Mt CO₂—
#39Nevada39.28 Mt CO₂—
#40Oregon38.94 Mt CO₂—
#41Connecticut37.09 Mt CO₂—
#42Montana27.16 Mt CO₂—
#43Idaho21.11 Mt CO₂—
#44Hawaii17.96 Mt CO₂—
#45Maine15.99 Mt CO₂—
#46South Dakota15.11 Mt CO₂—
#47New Hampshire13.6 Mt CO₂—
#48Delaware11.52 Mt CO₂—
#49Rhode Island11.05 Mt CO₂—
#50Vermont5.36 Mt CO₂—

All 50 states are listed, including states without a comparable observation. Ranks use stored source precision; displayed values may round to the same number.

What candidates are saying

Explore statements about electricity, fuels, energy costs and emissions from FactVote’s Wisconsin candidate profiles. Compare candidates within each recorded race, with each person’s matching statements kept together. These are candidate and campaign statements, not verified outcomes.

10 statements from 7 candidates

2026 Wisconsin Governor — General Election

2 candidates with matching statements · 2 statements

David Crowley

1 statement

Democratic · Governor · WI

Energy & electricity

Climate action is economic investment. Crowley will invest in solar, energy retrofits, and clean infrastructure that creates thousands of union jobs across Wisconsin. He’s already cut emissions nearly 50% in Milwaukee County—now he’s ready to take that impact statewide.

Read exact statement & source

Source topic or question: Transportation and infrastructure

Candidate campaign source

Climate action is economic investment. Crowley will invest in solar, energy retrofits, and clean infrastructure that creates thousands of union jobs across Wisconsin. He’s already cut emissions nearly 50% in Milwaukee County—now he’s ready to take that impact statewide.

Statement date not recorded · Profile reviewed Sep 16, 2026

David Crowley — candidate-owned primary source 2 ↗

2026 Wisconsin Lieutenant Governor — General Election

1 candidate with matching statements · 1 statement

2026 Wisconsin U.S. House — District 1 — General Election

1 candidate with matching statements · 1 statement

Mitchell Berman

1 statement

Democratic · U.S. House District 1 · WI

Energy & electricity

Climate change is real, and it is affecting our weather, farming, and ecosystems here in Wisconsin. We need to invest in clean energy, build a more resilient grid, protect Lake Michigan and our drinking water from contamination, clean up PFAS, and make the polluters pay for it. Any corporations look…

Read exact statement & source

Source topic or question: Energy, water, and environment

Candidate campaign source

Climate change is real, and it is affecting our weather, farming, and ecosystems here in Wisconsin. We need to invest in clean energy, build a more resilient grid, protect Lake Michigan and our drinking water from contamination, clean up PFAS, and make the polluters pay for it. Any corporations looking to build data centers in our communities need to pay their own way, ensure that they are not polluting our land, air, or water, be clear and upfront about how much water they will use, and commit to transparency and community buy-in. That includes paying for the new power plants and transmission lines they need, being billed as their own class of customer so those costs don't land on household electric bills, and respecting community decisions on siting and permitting. Companies cannot come in promising jobs and investment and then leave taxpayers and ratepayers holding the bill. I’ll fight to protect our public lands from corporations seeking to drill, mine, or log our pristine wild spaces.

Statement date not recorded · Profile reviewed Sep 16, 2026

Mitchell Berman — candidate-owned primary source 2 ↗
Race groups · Page 1 of 2
How statements are selected

This section matches specific electricity, fuels, energy costs and emissions terms in retained, attributed source text from published Wisconsin candidate profiles. A profile heading or biography alone does not qualify. The Florida geography is fixed; saved state preferences cannot change these results. A mention can concern a community or group rather than Florida’s statewide measure.

Matching is automatic and does not establish a candidate’s stance, the accuracy of a claim, or an effect on the measured result. Results are grouped by recorded race, then by candidate name. Within each candidate, the matching issue mentions appear first. Only candidates with matching retained statements are shown; this is not a complete race roster. Repeated identical text for the same candidate is shown once. Coverage follows the existing state profiles and is not a complete record of all candidates or everything they have said. Review dates are not statement dates.

Wisconsin incumbents

What incumbents are proposing

Explore reviewed bills sponsored by current Wisconsin legislators and Wisconsin’s congressional delegation, plus retained proposals from Wisconsin’s governor and agencies. Each record keeps its latest recorded status and official evidence.

15 matching sponsorships or proposals · 12 Wisconsin incumbents. These filters apply only to this section.

Rep. Angelito Tenorio

Wisconsin State Assembly, District 14 · D–WI

1 proposal
View proposals from Rep. Angelito Tenorio
Wisconsin Legislature · AB 1203

net zero emissions, carbon-free and renewable energy standards, and creating an office of sustainability and clean energy, granting rule-making authority, making an appropriation, and providing a penalty. (FE)

Apr 9, 2026 · Did not pass

Rep. Angelito Tenorio · Sponsored

FactVote reviewed summary

The introduced bill would require Wisconsin to achieve 100% clean electricity production by 2050 and change power-plant approval priorities and electricity standards. The in-state production requirement is the connection to the generation-mix fact. This describes the introduced proposal; its recorded legislative disposition is separate.

2026-04-09: Fiscal estimate received. The proposal did not become law.

Why this record is included

The introduced bill would require Wisconsin to achieve 100% clean electricity production by 2050 and change power-plant approval priorities and electricity standards. The in-state production requirement is the connection to the generation-mix fact. Natural-gas share is gas-fired electricity-industry net generation divided by total in-state generation covered by EIA Table 5. The denominator excludes estimated small-scale generation outside that table. Gas-fired plants or other in-state generation resources concern this mix; procurement targets and authorizations are distinct from an operating plant or measured output. This relationship does not establish causation. Actions after the fact’s measurement period cannot explain its earlier value.

Retained Wisconsin evidence context: Natural gas share of in-state electricity generation. This record’s connection to the topic does not establish an effect on the measured result.

This bill creates an office of sustainability and clean energy and establishes clean electricity and emissions standards that must be met by specific dates. Office of sustainability and clean energy The bill creates in the Department of Administration an office of sustainability and clean energy. The secretary of administration must direct the office of sustainability and clean energy to establish, using rigorous sector-based modeling, an economy-wide decarbonization roadmap that incorporates, as appropriate, the state’s clean energy plan issued in 2022. The roadmap must be updated periodically. Emissions standards The bill provides that, by 2050, the state must achieve 100 percent clean electricity production and emit no more carbon into the atmosphere than can be removed economy-wide. Carbon-free and renewable energy standards Current law generally requires electric providers, which include electric utilities and retail electric cooperatives, to ensure that, in a given year, a certain specified percentage of the electricity sold to customers and members is generated from renewable resources. The bill creates a definition of “carbon-free energy” and requires that for the years 2030 to 2034, electric providers and certain state agencies have a minimum carbon-free energy percentage of 50 percent. Later, the bill requires electric providers and certain state agencies to have the following minimum carbon-free energy percentages: 1) for the years 2035 to 2039, 65 percent; 2) for the years 2040 to 2044, 80 percent; 3) for the years 2045 to 2049, 90 percent, and 4) for 2050 and each year thereafter, 100 percent. The bill requires each electric provider to submit a transition plan to PSC that includes the electric provider’s plan for satisfying the carbon-free energy percentage requirements. The transition plan must identify electric generating facilities that the electric provider proposes to add or retire. PSC may approve a transition plan only if certain criteria are satisfied, including that any continued use of an electric generating facility that is not a carbon-free facility is the most cost-effective decision for customers and that any retirements of such facilities are the most cost-effective decisions for customers. In addition, the bill creates a definition of “specified renewable energy” and requires that for the years 2030 to 2034, each electric provider have a minimum specified renewable energy percentage of 20 percent. Later, the bill requires electric providers to have a minimum specified renewable energy percentage of 40 percent for the years 2035 to 2039, and to have a minimum specified renewable energy percentage of 60 percent for 2040 and each year thereafter. If an electric provider violates either the minimum carbon-free energy percentage requirement or the minimum specified renewable energy percentage requirement, PSC may order the electric provider to engage in activities that would satisfy the requirement. An electric provider that violates such an order is subject to a forfeiture in an amount not to exceed the estimated cost of the electric provider to satisfy the requirement for which the order was issued. Also, under current law, a person seeking to construct a large electric generating facility having a nominal capacity of 100 megawatts or more or a high-voltage transmission line must obtain a CPCN from PSC. The bill requires PSC to, in taking action on CPCN applications, prioritize applications for facilities that minimize greenhouse gas emissions. Further, the bill requires PSC to make all of the following determinations to approve an application for a CPCN for a large electric generating facility: 1) that the proposed facility will not impede the applicant’s ability to satisfy the bill’s minimum carbon-free energy percentage requirement or minimum specified renewable energy percentage requirement; 2) that the applicant agreed to pay laborers, ironworkers, technicians, and mechanics the prevailing wage or the rate under an applicable collective bargaining agreement, whichever is greater; 3) that locations where other large electric generating facilities have been retired are used to the extent practicable; 4) that persons who previously worked at other large electric generating facilities that have been retired will be hired to the extent practicable; 5) that persons residing in this state will be hired to the extent practicable; and 6) that persons residing in the municipality where the large electric generating facility will be located will perform at least 15 percent of the labor hours on the project, to the extent practicable. Also, the bill allows PSC to determine that a proposed facility or high-voltage transmission does not satisfy certain requirements for granting a CPCN related to air pollution impact even if the proposed facility or high-voltage transmission line satisfies current state air pollution laws. The bill also prohibits PSC from issuing a certificate of authority (CA) to an electric utility for a project unless PSC determines that issuing the CA will not impede the ability of the electric utility to satisfy the bill’s minimum carbon-free energy percentage requirement or minimum specified renewable energy percentage requirement. Under current law, a public utility must obtain a CA from PSC to construct, extend, improve, or add to its existing facilities. Under the bill, the office of sustainability and clean energy is directed to create, using rigorous sector-based modeling, an economy-wide decarbonization roadmap. The roadmap is to be updated periodically. Apprentice utilization standards Under the bill, a contractor or subcontractor on a construction project of certain electric-generating facilities with estimated construction costs of not less than $10,000,000 must make a good faith effort to utilize specific percentages of registered apprentices on the projects. A contractor or subcontractor that does not meet the utilization thresholds must provide a written explanation to the Department of Workforce Development of the good faith effort to meet the requirement accompanied by supporting documentation. Failure to provide the explanation and supporting documentation subjects the contractor or subcontractor to forfeiture.
Review official supporting evidence ↗

Rep. Dave Maxey

Wisconsin Assembly, District 83 · R–WI

1 proposal
View proposals from Rep. Dave Maxey
Wisconsin Legislature · AB 988

eliminating minimum markup requirements and the prohibition on sales below cost

Apr 15, 2024 · Did not pass

Rep. Dave Maxey · Sponsored

FactVote reviewed summary

AB 988 would repeal Wisconsin’s Unfair Sales Act, eliminating minimum-markup requirements and its prohibition on below-cost sales, including motor vehicle fuel. It failed to pass on April 15, 2024.

2024-04-15: Failed to pass pursuant to Senate Joint Resolution 1. This proposal did not become law.

Why this record is included

The proposed repeal directly concerns gasoline pricing rules. It did not become law. Existing rules use statutory cost calculations and exceptions, rather than guaranteeing a fixed profit on every sale; neither the proposal nor the current rule establishes an effect on EIA’s 15-state Midwest average.

Retained Wisconsin evidence context: Midwest regular gasoline price. This record’s connection to the topic does not establish an effect on the measured result.

This bill repeals the Unfair Sales Act, also known as the “minimum markup” law. This state's Unfair Sales Act 1) prohibits below-cost sales of any merchandise, if the sale is intended to induce the purchase of other merchandise or divert trade unfairly from a competitor; and 2) requires a “minimum markup” (a specified amount over the cost of the merchandise to the seller) to be added to sales of motor vehicle fuel, tobacco products, fermented malt beverages, liquor, or wine. For further information see the state fiscal estimate, which will be printed as an appendix to this bill.
Review official supporting evidence ↗

Rep. Nate Gustafson

Wisconsin State Assembly, District 55 · R–WI

2 proposals
View proposals from Rep. Nate Gustafson
Wisconsin Legislature · AB 1167

prohibiting recovery of a rate of return on retired electric generating facilities; an exemption from certificate requirements for constructing a large electric generating facility; and a permit dashboard for applications for certificates of public convenience and necessity. (FE)

Apr 2, 2026 · Did not pass

Rep. Nate Gustafson · Sponsored

FactVote reviewed summary

The introduced bill would extend the permit exemption for large generating facilities to nonresidential users consuming at least 70% of output on site and paying any interconnection costs. This concerns construction of large generating capacity, including industrial and commercial generation covered by the electricity fact. This describes the introduced proposal; its recorded legislative disposition is separate.

2026-04-02: Fiscal estimate received. The proposal did not become law.

Why this record is included

The introduced bill would extend the permit exemption for large generating facilities to nonresidential users consuming at least 70% of output on site and paying any interconnection costs. This concerns construction of large generating capacity, including industrial and commercial generation covered by the electricity fact. Natural-gas share is gas-fired electricity-industry net generation divided by total in-state generation covered by EIA Table 5. The denominator excludes estimated small-scale generation outside that table. Gas-fired plants or other in-state generation resources concern this mix; procurement targets and authorizations are distinct from an operating plant or measured output. This relationship does not establish causation. Actions after the fact’s measurement period cannot explain its earlier value.

Retained Wisconsin evidence context: Natural gas share of in-state electricity generation. This record’s connection to the topic does not establish an effect on the measured result.

This bill does the following related to electric service utility rates and certificates required for constructing large electric generating facilities: 1. The bill prohibits an electric public utility from recovering in rates any amount for the rate of return on equity for a retired electric generating facility. Under current law, a public utility generally may not make a change to its rate schedules that constitutes an increase in rates to customers, except by order of the Public Service Commission after an investigation and opportunity for hearing. 2. The bill allows a person to construct a large electric generating facility without obtaining a certificate of public convenience and necessity (CPCN) from PSC if both of the following are satisfied: a) the person demonstrates that on each day that the facility operates the person will consume at least 70 percent of the facility’s output for nonresidential purposes at the site of the facility; and b) if the facility is expected to be interconnected with a public utility’s electric infrastructure, the person agrees to pay all costs associated with interconnecting the facility. Under current law, a person seeking to construct a large electric generating facility having a nominal capacity of 100 megawatts or more must obtain a CPCN from PSC. Also, current law allows a person to construct a large electric generating facility without obtaining a CPCN if the person demonstrates that on each day that the facility operates the person will consume at least 70 percent of the facility’s output in manufacturing processes or ferrous mineral mining processes at the site of the facility. 3. The bill requires PSC to create and maintain a web page that displays for every CPCN application the procedural status of the application and the procedural status of any other permit or approval necessary for the applicant to construct the facility for which the application was submitted. The requirement applies to permits or approvals granted by the federal government, a state agency, or a city, village, town, or county.
Review official supporting evidence ↗
Wisconsin Legislature · AB 682

use of environmental trust bonds to finance the costs of retiring electric generating facilities; integrated resource and reliability planning by electric utilities and cooperatives; closure of large electric generating facilities; and granting rule-making authority. (FE)

Apr 15, 2024 · Did not pass

Rep. Nate Gustafson · Sponsored

FactVote reviewed summary

The introduced bill would require resource and reliability plans and a Public Service Commission review of proposed large power-plant closures. Those operating and retirement provisions connect to Wisconsin’s generation mix; the bill also changes retirement financing. This describes the introduced proposal; its recorded legislative disposition is separate.

2024-04-15: Failed to pass pursuant to Senate Joint Resolution 1. The proposal did not become law.

Why this record is included

The introduced bill would require resource and reliability plans and a Public Service Commission review of proposed large power-plant closures. Those operating and retirement provisions connect to Wisconsin’s generation mix; the bill also changes retirement financing. Natural-gas share is gas-fired electricity-industry net generation divided by total in-state generation covered by EIA Table 5. The denominator excludes estimated small-scale generation outside that table. Gas-fired plants or other in-state generation resources concern this mix; procurement targets and authorizations are distinct from an operating plant or measured output. This relationship does not establish causation. Actions after the fact’s measurement period cannot explain its earlier value.

Retained Wisconsin evidence context: Natural gas share of in-state electricity generation. This record’s connection to the topic does not establish an effect on the measured result.

This bill authorizes the use of environmental trust financing for the costs of retiring an electric generating facility, requires integrated resource and reliability planning by electric utilities and cooperatives, eliminates the requirement that the Public Service Commission prepare a biennial strategic energy assessment, and provides a process by which PSC determines whether a proposed closure of a large electric generating facility will affect electric reliability. Environmental trust financing Under current law, an energy utility is allowed to apply to PSC for an order allowing the utility to finance or recover the costs of the following activities by issuing bonds: 1) the construction, installation, or otherwise putting into place of environmental control equipment in connection with a plant that, before March 30, 2004, has been used to provide service to customers; and 2) the retiring of any existing plant, facility, or other property to reduce, control, or eliminate environmental pollution in accordance with federal or state law. Current law defines these activities as “environmental control activities.” If approved by PSC, the bonds, which are referred to as “environmental trust bonds,” are secured by revenues arising from charges paid by an energy utility's customers for the utility to recover the cost of the activities, as well as the cost of financing the bonds. This bill adds the retiring of any existing electric generating facility as an environmental control activity, the costs of which, including the unrecovered value, may be financed or recovered by an environmental trust bond. In addition, with respect to this new environmental control activity, the bill adds to the costs that may be financed or recovered the portion of an energy utility's rate that is attributable to the rate of return for the facility authorized under PSC's order in a rate-making proceeding and that is forgone as a result of the retirement. Under current law, the costs that may be financed or recovered include capital cost incurred or expected to be incurred in undertaking an environmental control activity and, with respect to retiring a plant, facility, or other property, the unrecovered value of property that is retired. Under this bill, PSC may order an energy utility to use environmental trust bonds to finance an expenditure. Under current law, PSC may not order an energy utility to use environmental trust bonds to finance an expenditure unless the energy utility has applied to PSC to do so, and PSC may not refuse to allow an energy utility to recover costs for environmental control activities in an alternate manner because of the potential availability of environmental trust financing. Integrated resource and reliability planning This bill requires electric utilities and cooperative associations to submit biennial integrated resource and reliability plans to PSC that include certain information about their plans to construct the following: 1) large electric generating facilities with a capacity of 100 megawatts or more; 2) small electric generating facilities with a capacity of at least 12 but less than 100 megawatts; and 3) high-voltage transmission lines that are longer than one mile and operate at 100 kilovolts or more. As part of an integrated resource and reliability plan, an electric utility must identify alternatives to the proposed electric generating facilities, including alternative locations, fuel types, and methods of generation, and must explain the reasons for selecting the types of electric generating facilities proposed. An electric utility must also identify alternative routes for any high-voltage transmission lines proposed and indicate their effects on the environment and how the utility will avoid or minimize potential adverse effects. An electric utility's detailed projection for electricity demand and assessment of whether it has sufficient capacity to make electricity available to consumers at a reasonable price must also be included in the plan, as well as a description of existing and planned programs and policies for discouraging inefficient and excessive electricity use. After holding a hearing on a utility's plan, PSC may approve the plan if PSC finds that the plan will provide a reasonably adequate supply of electricity to meet the needs of the public and that the plan satisfies certain other criteria. Strategic energy assessment In addition, the bill eliminates the requirement that PSC prepare a biennial strategic energy assessment. Under current law, the strategic energy assessment evaluates the adequacy and reliability of the state's current and future energy supply and includes information on the following: 1) planned large electric generating facilities and high-voltage transmission lines; 2) plans for assuring an adequate ability to transfer electricity into the state; 3) the projected demand for electricity; 4) activities discouraging inefficient and excessive electricity use; 5) the extent to which effective competition contributes to a reliable, low-cost, and environmentally sound source of electricity; and 6) whether sufficient electricity is available at a reasonable price. Current law requires PSC to hold a hearing on a draft of the strategic energy assessment and prepare a final strategic energy assessment based on received comments. Closure of large electric generating facilities The bill requires electric utilities and cooperative associations to notify PSC at least 180 days prior to closing any large electric generating facility with a capacity of 100 megawatts or more, and requires PSC, after public comment and hearing, to issue a determination as to whether the proposed closure will have an effect on electric reliability. The bill requires PSC to make its determination by considering the utility or cooperative's most recent integrated resources and reliability plan and information collected from the electric utility or cooperative and from the public, as well as any other information PSC deems relevant. Under the bill, PSC must notify the electric utility or cooperative of its determination no less than 45 days prior to the planned closure.
Review official supporting evidence ↗

Rep. Rick Gundrum

Wisconsin State Assembly, District 58 · R–WI

1 proposal
View proposals from Rep. Rick Gundrum
Wisconsin Legislature · AB 200

applying the motor vehicle fuel tax supplier’s administrative allowance to diesel fuel, a motor vehicle fuel tax refund for evaporation losses, and making an appropriation. (FE)

Mar 23, 2026 · Did not pass

Rep. Rick Gundrum · Sponsored

FactVote reviewed summary

The introduced bill would let gasoline and diesel retailers claim a refund of 0.5% of state fuel tax paid to compensate for shrinkage or evaporation. The gasoline refund is the connection to this regional gasoline-price fact; a separate diesel-supplier allowance is outside that component. This describes the introduced proposal; its recorded legislative disposition is separate.

2026-03-23: Failed to pass pursuant to Senate Joint Resolution 1. The proposal did not become law.

Why this record is included

The introduced bill would let gasoline and diesel retailers claim a refund of 0.5% of state fuel tax paid to compensate for shrinkage or evaporation. The gasoline refund is the connection to this regional gasoline-price fact; a separate diesel-supplier allowance is outside that component. The displayed price is EIA’s 15-state Midwest regional proxy. Wisconsin gasoline taxes, supply, or sales rules concern one component and do not set pump prices across the region. This relationship does not establish causation. Actions after the fact’s measurement period cannot explain its earlier value.

Retained Wisconsin evidence context: Midwest regular gasoline price. This record’s connection to the topic does not establish an effect on the measured result.

Administrative allowance of the motor vehicle fuel tax Current law allows a motor vehicle fuel supplier to retain as an administrative allowance 1.35 percent of the motor vehicle fuel tax the supplier collects on the first sale of gasoline in this state. This bill allows a motor vehicle fuel supplier to retain the same administrative allowance for the motor vehicle fuel tax the supplier collects on the first sale of diesel fuel in this state. Retailer refund for motor vehicle fuel evaporation The bill allows a retailer who sells gasoline, diesel fuel, or both (motor vehicle fuel) in this state to claim a refund equal to 0.5 percent of the state motor vehicle fuel tax paid on the retailer’s purchase of the motor vehicle fuel to compensate for motor vehicle fuel stored on site that is lost by shrinkage or evaporation. A claim for a refund under the bill must be made to the Department of Revenue no later than 12 months after the date on which the retailer purchased the motor vehicle fuel and must be accompanied with invoices prepared by the motor vehicle fuel supplier or a list of purchases prepared by the retailer. Prior to 2019, the state provided such refunds to compensate gasoline retailers for shrinkage and evaporation losses.
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Rep. Ron Tusler

Wisconsin State Assembly, District 3 · R–WI

1 proposal
View proposals from Rep. Ron Tusler
Wisconsin Legislature · AB 246

voter registration. (FE)

Apr 1, 2020 · Did not pass

Rep. Ron Tusler · Sponsored

FactVote reviewed summary

Sponsored AB246: voter registration. (FE) Introduced proposal analysis: This bill requires a registered elector who has changed his or her name or address to complete a new voter registration. Under current law, if a registered elector changes his or her name, the elector must either provide notice of the change to the municipal clerk prior to election day or to the inspector at the polling place on election day. If notice is given to the inspector on election day, the inspector must notify the clerk of the elector's name change when the election day materials are returned to the clerk's office. Under current law, an elector who has changed both his or her name and address must complete a…

2020-04-01: Failed to concur in pursuant to Senate Joint Resolution 1. The proposal did not become law.

Why this record is included

Wisconsin’s fact uses the voting-age population as its denominator, not registered voters. Voting access and handling cast ballots concern participation; registration changes do not directly change that denominator. This relationship does not establish causation. Actions after the fact’s measurement period cannot explain its earlier value.

Retained Wisconsin evidence context: Voting-age turnout. This record’s connection to the topic does not establish an effect on the measured result.

This bill requires a registered elector who has changed his or her name or address to complete a new voter registration. Under current law, if a registered elector changes his or her name, the elector must either provide notice of the change to the municipal clerk prior to election day or to the inspector at the polling place on election day. If notice is given to the inspector on election day, the inspector must notify the clerk of the elector's name change when the election day materials are returned to the clerk's office. Under current law, an elector who has changed both his or her name and address must complete a new voter registration. Under current law, a document used as proof of identification for voting purposes may not be sufficient to establish proof of residence for voter registration purposes. Conversely, several documents that an elector may use to establish residency, such as a bank statement or utility bill, are not sufficient as proof of identification for voting. In many instances, however, current law refers to an elector providing an “identifying document” as proof of residence. The bill replaces the term “identifying document” with “document” when used in conjunction with establishing proof of residence to avoid voter confusion with regard to the documentation necessary to establish residency. Current law allows an individual to use an unexpired driving receipt or an unexpired identification card receipt as proof of identification for voting purposes. Both documents include a photograph of the individual to whom the document is issued. An unexpired driving receipt is a temporary document that an individual may use as an operator's license until such time that the individual receives his or her actual operator's license. Similarly, an unexpired iden
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Rep. Shae Sortwell

Wisconsin State Assembly, District 2 · R–WI

2 proposals
View proposals from Rep. Shae Sortwell
Wisconsin Legislature · AB 472

a nuclear energy generation tax credit; prioritizing nuclear energy resources; approval of certain electric tariffs for very large customers; and authorizing electric utilities to recover certain precertification costs through rates. (FE)

Mar 23, 2026 · Did not pass

Rep. Shae Sortwell · Sponsored

FactVote reviewed summary

The introduced bill would prioritize nuclear generation in state energy policy and require approval of qualifying tariffs under which utilities provide nuclear-generated power to very large customers. These physical-generation provisions, alongside a nuclear capacity tax credit, connect to the generation mix. This describes the introduced proposal; its recorded legislative disposition is separate.

2026-03-23: Failed to concur in pursuant to Senate Joint Resolution 1. The proposal did not become law.

Why this record is included

The introduced bill would prioritize nuclear generation in state energy policy and require approval of qualifying tariffs under which utilities provide nuclear-generated power to very large customers. These physical-generation provisions, alongside a nuclear capacity tax credit, connect to the generation mix. Natural-gas share is gas-fired electricity-industry net generation divided by total in-state generation covered by EIA Table 5. The denominator excludes estimated small-scale generation outside that table. Gas-fired plants or other in-state generation resources concern this mix; procurement targets and authorizations are distinct from an operating plant or measured output. This relationship does not establish causation. Actions after the fact’s measurement period cannot explain its earlier value.

Retained Wisconsin evidence context: Natural gas share of in-state electricity generation. This record’s connection to the topic does not establish an effect on the measured result.

This bill creates a nuclear energy generation tax credit, establishes nuclear energy as a high-priority energy option, provides for the approval of certain electric tariffs for very large customers, and authorizes electric utilities to recover certain precertification costs through rates, described in further detail below. Nuclear energy generation tax credit The bill creates a nonrefundable income and franchise tax credit for nuclear energy generation. Beginning in tax year 2030, the credit is equal to the nominal rated capacity of a claimant’s nuclear energy facility measured in megawatts multiplied by an applicable credit factor. For the first 10 tax years for which a claimant claims the credit for a particular nuclear energy facility, the applicable credit factor is $10,000, and for each subsequent tax year the applicable credit factor decreases by $1,000. A claimant may not claim the credit for a particular nuclear energy facility for 20 or more tax years. Prioritizing nuclear energy resources The bill establishes as state policy that nuclear energy is a high-priority option, second only to energy efficiency and conservation, to be considered in meeting the state’s energy demands, over noncombustible renewable energy resources and combustible renewable energy resources. Under current law, it is the goal of the state that, to the extent it is cost effective and technically feasible, all new installed capacity for electric generation be based on renewable energy resources. The bill adds nuclear energy to this focus, along with renewable energy. Current law also provides that, in designing all new and replacement energy projects, a state agency or local governmental unit must rely to the greatest extent feasible on energy efficiency improvements and renewable energy resources if those are cost effective, are technically feasible, and do not have unacceptable environmental impacts. The bill adds nuclear energy resources to this list of prioritized resources. Current law requires the Department of Administration to establish renewable energy percentage goals for certain state agencies to meet in 2007 and 2011 and then to submit a report to the governor and the legislature each March 1 concerning the degree of attainment of those goals during the preceding year. Under the bill, beginning in 2026, those reports must include nuclear energy in the definition of “renewable resource” for the purpose of that report. Current law includes a deadline of June 1, 2016, by which the Public Service Commission was required to prepare a report stating whether the state had met a goal of 10 percent of all electric energy consumed in the state being renewable energy and, if not, why the goal was not achieved and how it may be achieved. Current law requires PSC to prepare and submit to the legislature similar reports biennially thereafter until the goal is achieved. This bill changes this goal to be 10 percent of all electric energy consumed in the state being low-carbon-emission energy, which is defined as energy derived from either a renewable resource or nuclear power, and updates the report deadline to June 1, 2027, and biennially thereafter. Approval of very large customer tariffs The bill authorizes PSC to approve electric tariffs, or schedules of rates and charges, for certain very large customers. The bill defines “very large customer” to mean an electric public utility customer that owns or operates a facility that has an energy demand of at least 75 megawatts of electricity per month. Under the bill, PSC may approve a tariff for very large customers if the tariff ensures that other customers of the utility do not pay the costs associated with serving the demand of very large customers, the utility produces the electricity provided to very large customers from nuclear power, and any very large customers to which the tariff applies have consented to the tariff. Further, the bill requires PSC to approve a very large customer tariff that satisfies the conditions described above if the electricity provided to very large customers subject to the tariff is generated within 75 miles of the very large customers. Recovery of certain precertification costs The bill authorizes PSC to approve recovery of qualifying precertification costs through an electric public utility’s rates. Under the bill, “qualifying precertification costs” are costs incurred by an electric public utility before filing an application for a certificate of public convenience and necessity (CPCN) or for a certificate of authority (CA) that are related to the development of nuclear energy, including costs related to feasibility studies, site evaluations, and preparation of regulatory filings. The bill applies to the rates of certain investor-owned electric public utilities and the recovery authorized under the bill includes recovery of a reasonable rate of return on an electric public utility’s precertification costs. Under current law, rates for utility service must be reasonable and just. Also, current law requires a person seeking to construct a large electric generating facility to obtain a CPCN from PSC, and a public utility must obtain a CA from PSC to construct certain other facilities and projects.
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Wisconsin Legislature · AB 108

a nuclear power siting study and time limits for taking final action on certain certificate of public convenience and necessity applications. (FE)

Mar 23, 2026 · Did not pass

Rep. Shae Sortwell · Sponsored

FactVote reviewed summary

The introduced bill would require the Public Service Commission to decide a complete application for an advanced nuclear generating facility within 150 days, with one good-cause extension of up to 150 days, and conduct a nuclear siting study. This describes the introduced proposal; its recorded legislative disposition is separate.

2026-03-23: Failed to pass pursuant to Senate Joint Resolution 1. The proposal did not become law.

Why this record is included

The introduced bill would require the Public Service Commission to decide a complete application for an advanced nuclear generating facility within 150 days, with one good-cause extension of up to 150 days, and conduct a nuclear siting study. Natural-gas share is gas-fired electricity-industry net generation divided by total in-state generation covered by EIA Table 5. The denominator excludes estimated small-scale generation outside that table. Gas-fired plants or other in-state generation resources concern this mix; procurement targets and authorizations are distinct from an operating plant or measured output. This relationship does not establish causation. Actions after the fact’s measurement period cannot explain its earlier value.

Retained Wisconsin evidence context: Natural gas share of in-state electricity generation. This record’s connection to the topic does not establish an effect on the measured result.

This bill requires the Public Service Commission to conduct a nuclear power siting study and to submit a report to the legislature containing the results of the study no later than 12 months after the bill takes effect. The study must satisfy certain requirements specified in the bill. The bill also requires PSC to take final action on an application for a certificate of public convenience and necessity (CPCN) for a large electric generating facility that contains an advanced nuclear reactor within 150 days after the application is complete, unless the chairperson of PSC extends the time period for no more than an additional 150 days for good cause. Under current law, a person seeking to construct a large electric generating facility must obtain a CPCN from PSC.
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What sponsorship and proposal counts tell us

Only current Wisconsin officeholders retained in the reviewed collection qualify. Bills require a recorded primary sponsorship; cosponsors and signing officials are excluded from sponsorship counts. An official introducer recorded as acting by request is labeled “Introduced by request”; that procedural role does not establish personal policy endorsement. Governor and agency records qualify when recorded as proposed. A separately verified governor transmittal can also establish an original proposal whose latest status reflects its later outcome. Signing an enacted law alone does not establish a proposal. A record appearing under several facts is counted once per officeholder. A bill with multiple primary sponsors appears under each recorded sponsor.

Enacted bills, adopted resolutions and unsuccessful measures remain visible as proposal history. Passing one chamber is not enactment. These counts do not measure effectiveness or prove that an action changed a Wisconsin statistic. Collection reviewed Oct 5, 2026.