Energy efficiency rebates in Wisconsin.
Every federal, state, and utility incentive for heat pumps, insulation, air sealing, and weatherization in Wisconsin — cross-referenced and kept current.
Tell us about your project. We'll match you with local pros and every rebate you qualify for.
Focus on Energy
- Type
- Quasi State
- Website
- www.focusonenergy.com
- IRA allocation
- $149M
Active rebate programs
3 programs currently accepting applications in Wisconsin.
| Program | Amount | Eligibility | Status |
|---|---|---|---|
| Focus on Energy — Air-Source Heat Pump | $400–$900 | WI utility customers; $600–$900 income-qualified tier | Active |
| Focus on Energy — Geothermal Heat Pump | $750–$1,000 | WI utility customers ($1,000 with natural gas service) | Active |
| Focus on Energy — Insulation & Air Sealing | Up to $1,475 | WI utility customers; tiered by income (air sealing up to $1,475, attic up to $850, wall $575) | Active |
Run the numbers for Wisconsin.
Free, no account needed. Every figure is cited, so you have a benchmark before a Wisconsin contractor quotes you one.
IRA implementation status
How Wisconsin is implementing the Inflation Reduction Act home energy rebates.
Metro areas in Wisconsin
Local utility programs and municipal incentives by metro area.
We Energies territory
Madison Gas & Electric / Alliant
Rebates are step one
Once you know what Wisconsin pays, here's the rest of the path: what order to do the work in, and what belongs on a fair quote.
What order to do it in
Envelope first, equipment second — how to sequence a retrofit to your budget and your rebates' deadlines.
How to read a quote
What belongs on a heat pump or insulation quote, and the red flags that mean keep shopping.
What attic insulation costs
Per-square-foot prices by material, and why this is the work rebate programs subsidize hardest.
Claim rebates after install
The document kit, the application walkthrough, and the mistakes that get claims rejected.
Latest Wisconsin energy news
Recent Wisconsin rebate, policy, and efficiency coverage from our monitored sources.
Data centers take center stage in Wisconsin governor’s race
Data centers have become a major issue in Wisconsin's governor's race, and the outcome could affect electricity bills across the state. Developers have flocked to Wisconsin for its cool climate, water access, and tax breaks, but the huge power demand from these facilities has raised fears about rising utility bills and new fossil-fuel plants built to serve them. A recent poll found over three-quarters of Wisconsin voters now think the costs of data centers outweigh the benefits. One utility, We Energies, is planning two new gas plants partly to meet this demand, while some coal plants slated for retirement are staying online longer than planned. Democratic candidates in the Aug. 11 primary have proposed various fixes: a moratorium on new data centers, requirements that they bring their own clean energy, taxes on developers to fund clean energy loans, and more reporting on how much power big users consume so regular customers aren't subsidizing them. Republican candidate Tom Tiffany wants to block data centers on farmland and end their tax breaks, but favors keeping old coal plants running rather than requiring clean energy. For homeowners, the relevant piece is rate protection. State regulators recently created a special electricity rate for data centers in the Milwaukee area specifically to keep regular customers from covering the cost of powering them, a move consumer advocates praised. How this race unfolds could shape whether that kind of protection expands, and whether new power plants built for data centers end up affecting your own utility bill.
Building Ω-Working Solo
This is a builder's story about Clay and Danielle, a couple building a two-story, 1,536-square-foot home on their own in rural Wauzeka, Wisconsin, aiming for net-zero energy use. The house sits in climate zone 5A, a designation that describes the region's cold winters and moderate humidity, which shapes what insulation and building choices make sense there. For the foundation, the couple used a system called Form-A-Drain: plastic channels that form the concrete footing and stay in place afterward, doubling as drainage and radon collection so there's no need to remove wooden forms later. Rather than following the standard deep, stepped footing common in that climate, they used a frost-protected shallow foundation approach, insulating around the footing with rigid foam board. This let them build a shorter foundation wall, just 18 inches, at the walkout portion of the basement, saving material and labor while still meeting code for frost protection. Beyond the foundation, the couple's broader project involves ICF (insulated concrete form) walls, careful air sealing to limit drafts, dense-packed cellulose insulation, and continuous exterior insulation, all aimed at building a highly efficient, low-energy home largely by themselves. For a homeowner planning their own upgrades, the specifics here are less about direct action and more a window into foundation and insulation techniques that can cut long-term energy costs and improve durability in cold climates.
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Wisconsin: up to $7,000 back right now
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