Is Solar Worth It in Michigan in 2026?

Is solar worth it in Michigan? It's not the first state most people picture when they think about solar.

Winters are cloudy.

Days are shorter.

Snow happens.

So homeowners often ask:

The answer is yes — solar can absolutely work in Michigan.

But that does not mean it makes sense for every Michigan home.

Solar Does Not Require Hot Weather

Solar panels produce electricity from sunlight, not heat.

Cold temperatures do not stop photovoltaic (solar electric) panels from making electricity.

The bigger issue in Michigan is seasonal sunlight.

A Michigan system will generally produce:

• More electricity during long spring and summer days
• Less electricity during shorter winter days
• Temporarily reduced output when panels are covered by snow
• Different production depending on roof orientation and shading

That means solar should be evaluated on an annual basis, not by looking at one gray February week.

What Makes a Michigan Home a Good Solar Candidate?

Solar may be worth evaluating if your home has:

• Good roof exposure
• Limited shading
• A roof with useful life remaining
• Meaningful annual electricity consumption
• Favorable utility interconnection
• Reasonable system cost
• Appropriate financing
• Plans to remain in the home long enough to benefit

Roof orientation matters.

Shade matters.

Roof age matters.

And household consumption matters just as much as panel output.

Michigan Replaced Traditional Net Metering for New Customers

This is one of the most important things Michigan homeowners need to understand.

Michigan's older net-metering programs have largely been replaced for new customers by Distributed Generation, or DG, programs.

Consumers Energy's DG program replaced its former Net Metering program and has been in effect since January 1, 2021.

At DTE, the former Net Metering rate is no longer available to new customers. Its Distributed Generation option gives credit for qualifying electricity sent back to the grid.

So be careful with older articles that describe Michigan solar using traditional net-metering assumptions.

How Does Distributed Generation Work?

The basic concept is still familiar.

Your solar system produces electricity.

Your home uses that electricity first.

If the system makes more than the home is using, qualifying extra electricity can flow to the utility grid.

The utility then credits that exported power under its distributed-generation tariff (its official rate rules).

The exact value of exported electricity depends on the utility tariff.

That matters because electricity used right away inside the home may be worth a different amount than electricity exported.

Why Self-Consumption Matters

Imagine your panels generate 1 kWh (kilowatt-hour, the unit on your bill).

Those two outcomes are not always worth the same amount.

That means Michigan solar design should consider:

• Annual usage
• Daytime usage
• Seasonal production
• Expected exports
• Utility tariff

rather than simply maximizing panel count.

What About DTE?

DTE currently offers a Distributed Generation rate option for customers with qualifying onsite renewable generation.

The older Net Metering option is closed to new DTE customers. DG customers instead receive credit for electricity sent back to DTE's grid.

That means new DTE customers should not assume they are entering the same billing arrangement as a neighbor who installed solar years ago.

Legacy customers may remain on older net-metering arrangements for a defined period.

What About Consumers Energy?

Consumers Energy also operates a Distributed Generation program.

The utility says qualifying systems can reduce the electricity customers need to buy. Customers can also receive credit for extra power sent to the grid.

Consumers Energy also warns homeowners about promises that solar will completely wipe out the electric bill. Some surcharges and utility charges may remain.

That is a useful warning.

Solar may reduce electricity purchases.

It does not necessarily eliminate every utility charge.

Does Michigan Still Have a Federal 30% Solar Tax Credit?

Not for a new residential installation completed in 2026.

The former Residential Clean Energy Credit applied to qualifying property installed through December 31, 2025. It is not available for property placed in service afterward.

So a new Michigan solar proposal should not automatically show:

“Federal tax credit: 30%.”

For a 2026 project, homeowners should evaluate:

• Actual system price
• Utility credits
• Electricity savings
• Financing costs
• Roof condition
• Expected production
• Ownership period

Does Michigan Have a Residential State Solar Rebate?

Michigan does not currently offer one universal statewide residential solar rebate comparable to New Mexico's state tax credit.

The state's MI Solar for All initiative had been designed to support qualifying low-income households. But Michigan currently lists that program as paused following a federal termination notice issued in August 2025.

That means homeowners should not assume Solar for All is presently available as a general 2026 residential incentive.

What About Solar Property-Tax Exemptions?

Michigan does have a Solar Energy Facility Exemption program, but the current state program is aimed at utility-scale solar facilities, not ordinary residential rooftop systems.

Qualifying facilities generally must be at least 2 MW (megawatts).

So homeowners should not confuse that program with a universal rooftop-solar property-tax exemption.

HVAC and Efficiency Matter in Michigan

Michigan's climate creates a different energy profile than Arizona or Florida.

Homes may consume electricity for:

• Central air conditioning
• Heat pumps
• Electric resistance backup heat
• Electric water heating
• Basement dehumidification
• Space heaters
• Other winter loads

If the home is inefficient, solar can offset that electricity use.

But another option is to reduce the consumption first.

When HVAC Might Come Before Solar

Suppose a home currently uses 16,000 kWh per year.

An aging heat pump, poor ductwork and inefficient cooling equipment are responsible for a substantial portion of that usage.

After HVAC improvements, the home drops to 12,500 kWh per year.

That can dramatically change the solar-system size needed.

Sometimes the right sequence is:

Heat Pumps Make Future Load Planning Important

Michigan homeowners are increasingly considering heat pumps.

If a household currently heats primarily with natural gas but plans to switch to an electric heat pump, annual electricity consumption may rise.

That means historical electric bills may understate future demand.

The same applies if the homeowner plans to add:

• An EV
• Electric water heating
• A home addition
• Additional mini-splits
• A finished basement

Solar should be designed around reasonably expected future usage — not only yesterday's bill.

What About Battery Storage?

Battery storage solves a different problem.

Solar generates electricity.

A battery stores electricity.

Storage may make sense when homeowners care about:

• Winter storm outages
• Sump pumps
• Well pumps
• Refrigeration
• Internet
• Medical equipment
• Heating-system controls
• Critical household circuits

Battery storage can also increase the amount of solar generation used inside the house instead of exported.

But battery cost needs to be compared with the actual value it provides.

Michigan Sump Pumps Change the Backup Conversation

For many Michigan homes with basements, sump-pump backup can be one of the most important resilience needs.

Heavy rain and storms can cause three problems at once. Groundwater rises, the sump pump needs power, and utility service fails.

That can turn an electrical outage into water damage.

For some homeowners, the right battery question is not:

That can produce a very different system design.

So, Is Solar Worth It in Michigan?

It can be.

Michigan homeowners should not dismiss solar because of winter.

But a strong project should account for:

• Annual production
• Winter seasonality
• Roof exposure
• DTE or Consumers Energy DG rules
• Household self-consumption
• HVAC efficiency
• Financing
• Future electrical loads

Solar works best when it is designed around the house — not around a generic sales formula.

Start With the Home

Ashborn Partners helps Michigan homeowners evaluate solar, battery storage, heating and cooling, and whole-home efficiency through one personalized home-energy review.

We do not begin with the assumption that every home needs panels.

We begin with your home, your utility and what you are trying to accomplish.