Minnesota Solar Panel Cost: Savings and Payback (May 2026)

  • You'll spend an average of $19,800 on a 5 kW system in Minnesota (tax incentives no longer apply).
  • For Minnesota, you can use $3.82 per watt to determine the price of a larger system with (system size x price per watt).
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Brogan Woodburn
Alex Zdanov
Fact checked by Alex Zdanov
Updated April 13, 2026

What to know

  • Cost: About $2,772 for a 1 kW system to $13,860 for a 5 kW system after tax credit.
  • Savings: 10 year payback; about $12,890 saved over 20 years.
  • Environmental benefits: Potential to reduce your carbon emissions significantly.

Going solar in Minnesota now averages about $3.82 per watt. That means you can expect to pay roughly $3,823 per kilowatt (kW) of installed capacity before incentives. For example, a 5 kW system typically costs around $19,800. Note that the Residential Clean Energy Credit is not available for any installation completed after December 31, 2025.

However, a 5 kW system isn't necessarily the best size for homeowners in Minnesota. According to our data, Minnesota residents currently pay an average of 16.09c per kWh, with a typical electric bill of around $111.43 per month for 693 kWh of consumption. Considering this energy usage, a 6 kW system is ideal to cover the energy needs of most.

How long does it take to see a return on your investment in Minnesota?

The upfront cost is what you pay for a system (whether you pay cash or finance doesn't factor in this equation). The payback period is the amount of time until you break even on your investment considering savings from energy bills. And the net 20-year savings is what you save over 20 years minus the upfront costs. All of these work together to show how much you could save with solar in the state.

5 kWh SystemMinnesota AverageU.S. Average
Upfront Cost$13,860$12,530
Payback period10 Years7 Years
Net 20-year savings$12,890$24,009
These are estimates. Getting personalized quotes from local installers is crucial for accurate pricing.

Is Minnesota good for home solar panels?

To gauge potential, we look at average roof size, system capacity, and electrical production.

  • Roof size: 723.9 sq. ft.
  • System capacity: Up to 11,527.238 kW DC
  • Electricity production: About 1,390.735 kWh AC per year

On average, a solar power system in Minnesota can lower your electricity bill and pay for itself over time.

Below you can see power generation, cost, and savings of different system sizes.

2 kW
System
3 kW
System
4 kW
System
5 kW
System
6 kW
System
Roof Space143 ft2215 ft2286 ft2358 ft2429 ft2
Annual power value$447$671$895$1,119$1,337
Average cost$5,544$8,316$11,088$13,860$16,632
Average yearly production2,781 kWh4,172 kWh5,563 kWh6,954 kWh8,344 kWh
Average monthly savings
$37.29
$55.93
$74.58
$93.22
best value
$111.43
Full payback period4 years6 years8 years10 years12 years
CO2 reduction per year1.19 tons1.79 tons2.39 tons2.99 tons3.57 tons
Savings assume a $111.43 monthly electricity bill

How to pay for solar panels in Minnesota

Purchasing solar panels is no small task. Here are a few ways you can pay for solar:

  • Cash purchase: This is the best choice if you can afford it. Paying in cash gives you the best long-term savings but requires a larger upfront investment, of course.
  • Solar loans: You can spread the cost over time with a loan, but be mindful of interest rates and loan terms.
  • Solar leases and PPAs: Power purchase agreements (PPA) and leases have lower upfront costs. However, you don't own the system, which means you save the least over time. There can also be complications if you want to sell your home.

What affects the cost of solar panels in Minnesota?

Several factors impact the final price of your solar installation:

  • System size: Larger systems cost more upfront but often yield greater long-term savings.
  • Panel type and efficiency: Monocrystalline panels are generally more efficient and expensive than polycrystalline or thin-film options.
  • Installation complexity: Roof type, shading, and site-specific challenges can increase installation costs. Permitting and inspection fees also factor in.
  • Additional considerations: Battery storage adds to the initial investment but provides backup power and greater energy independence. Labor and installation quality are also essential cost considerations.

How to save on Minnesota solar panel costs

Getting the most bang for your buck is essential when investing in solar. Here are some strategies to save money:

  • Shop around for quotes: Get quotes from multiple installers to compare pricing and services. Don't just focus on the lowest price; consider reputation, experience, and warranty.
  • Consider system size: Be careful of going overboard. A properly sized system will meet your energy needs without unnecessary costs. Analyze your energy usage to determine the optimal size.
  • Explore financing options: Compare loan interest rates and terms carefully. If considering a lease or PPA, understand the long-term implications and potential trade-offs. Cash purchases often offer the best long-term savings.
  • Negotiate with installers: Don't be afraid to negotiate on price. Inquire about any discounts or promotions they may offer.
  • Optimize your home's energy efficiency: Before going solar, improve your home's energy efficiency. This will reduce your overall energy consumption and potentially allow you to install a smaller, less expensive solar system. Simple steps like sealing air leaks and upgrading appliances can make a difference.
  • DIY (if possible and permitted): While professional installation is generally recommended, some homeowners may be able to handle certain tasks themselves (like site preparation). Check your local regulations and be honest about your abilities.
  • Ask about rebates and incentives: Many states, cities, and utility companies offer rebates, net metering, and other incentives. Check with your local utility and city/county for any available programs.
  • Time your installation: Sometimes, installers offer discounts during slower periods. Inquiring about seasonal promotions might yield savings.

Minnesota-specific solar considerations

  • Weather Impacts: Minnesota offers plenty of summer sunlight, but the long, harsh winters with heavy snowfall and low sun angles can challenge solar performance. Fortunately, modern panels are designed to cope with cold temperatures, and proper installation techniques can help manage snow build-up.
  • Regulatory and Legal Considerations: The permitting process in Minnesota is straightforward, with clear state and local guidelines. It's wise to consult local authorities and, if applicable, your HOA to ensure your installation meets all the necessary requirements.

Solar panel prices in other states vs Minnesota

Solar panel prices in Minnesota's biggest cities

FAQs about solar panels in Minnesota

Who are the best solar installers in Minnesota?

All Energy Solar logo

All Energy Solar

St. Paul, MN

    solar installbattery installgrid-tied solarsolar consulting
JZ Electric logo

JZ Electric

Golden Valley, MN

Academy Energy Group logo

Academy Energy Group

Newburgh, IN

    solar installsolar repairenergy auditsenergy monitoringgrid-tied solar
Bruce Electric logo

Bruce Electric

Mantorville, MN

REAL Solar logo

REAL Solar

Backus, MN

Bay4 Energy logo

Bay4 Energy

Safety Harbor, FL

    solar repairenergy auditsenergy monitoringsolar financingsolar consulting
IES Residential logo

IES Residential

Sugar Land, TX

    solar install
Inman Solar logo

Inman Solar

Atlanta, GA

    solar installsolar repairbattery installenergy monitoringgrid-tied solarsolar financingsolar consulting
RES logo

RES

Denver, CO

    solar installbattery install
Core Development Group logo

Core Development Group

NJ

    solar installbattery installgrid-tied solarsolar financingsolar consulting

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Brogan Woodburn
Written by
Content Lead

Brogan Woodburn is a writer who enjoys working with data to help people make informed purchasing decisions. With a keen eye for research and analysis, he creates content that breaks down complex topics—whether it’s choosing the right products, understanding consumer trends, or navigating important buying decisions. His work has been read by thousands and featured on sites like USA Today and MarketWatch. Whether diving into technical details or uncovering the best options for consumers, Brogan’s goal is to provide clear, reliable, and data-driven insights that help people make confident choices. Outside of writing, he’s also a professional guitarist, performing jazz and classical music throughout Central Oregon.

Alex Zdanov
Fact checked by
CTO of PowerOutage.us

Alex Zdanov is passionate about transforming complex data into clear, actionable insights. With extensive experience in data administration and pipeline management, Alex ensures data is delivered to consumers with the utmost accuracy. His background in electrical engineering further equips him to emphasize the real-world implications of the data he presents.

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