Yes, you can put solar panels on a mobile home, and manufactured homes explicitly qualify for the 30 percent federal Residential Clean Energy Credit through 2032. The path is different from a stick-built house, though, because manufactured homes are governed by federal HUD construction standards rather than local building codes, and factors like your roof’s rated load, your home’s wind zone, whether you own or lease your lot, and how the home is titled all shape what’s possible and how you pay for it.
Start With the Data Plate
Before you talk to an installer, find the data plate. It’s a metal label permanently attached inside the home, usually in a kitchen cabinet or utility closet, and it lists the manufacturer, model, serial number, roof load capacity, and wind zone rating. Every manufactured home built after June 15, 1976, has to comply with the Manufactured Home Construction and Safety Standards (the HUD Code), and the data plate is how you prove what your home was engineered to handle.1eCFR. 24 CFR Part 3280 – Manufactured Home Construction and Safety Standards
Building departments will ask for this information before issuing a permit. Your installer needs it to run structural calculations. If the plate is missing or unreadable, you can request a copy from the manufacturer or from HUD’s records through the Institute for Building Technology and Safety.
Can Your Roof Handle Solar Panels?
Weight is the most common dealbreaker. A typical solar array with racking adds roughly two to four pounds per square foot. Under HUD’s structural rules, manufactured home roofs are designed for live loads of 20 pounds per square foot in the South Zone, 30 in the Middle Zone, and 40 in the North Zone.1eCFR. 24 CFR Part 3280 – Manufactured Home Construction and Safety Standards Those figures cover snow and normal environmental loads, not aftermarket additions. If your roof is already near its rated capacity, or if it’s 15 to 20 years old and showing sagging or deterioration, a rooftop system probably isn’t the right call.
Wind zone is the second constraint. HUD splits the country into three wind zones, with Zone I mildest and Zone III covering hurricane-prone coastal areas.2U.S. Department of Housing and Urban Development (HUD). Manufactured Housing Homeowner Resources Homes in Zone II or III need mounting hardware rated for higher uplift pressures, which raises cost and limits panel layouts. Your installer must work within the wind rating on your data plate and submit engineering plans that reflect it.
Ground-Mounted Systems as a Workaround
When the roof isn’t up to it, a ground-mounted array skips those problems entirely. Panels sit on a steel or aluminum frame anchored to concrete footings beside the home. You get no roof penetrations, no added roof load, and you can point the array at the ideal angle for your latitude regardless of how the home is oriented.
Ground mounts typically run 10 to 25 percent more than an equivalent rooftop system because of the racking, footings, and trenching for buried conduit. You also need open, unshaded space next to the home, which can be tight in a park. And because a ground mount alters the land itself, park permission matters even more if you don’t own the lot. For older homes with marginal roofs, though, this is often the only realistic option.
Do You Own the Land, or Lease It?
Where the home sits changes the rules. If you own both the home and the land, you pull a permit through your local building department the same way any homeowner would.
If you lease a pad in a manufactured home community, get written permission from park management before you sign an installer contract. Most park lease agreements restrict permanent or semi-permanent modifications, and many park owners treat solar as exactly that, citing concerns about future home removal or park maintenance. Without written approval, you’re risking lease violations that can escalate to equipment removal or eviction proceedings.
Roughly 40 states have some form of solar access or solar rights law, but most of those laws were written to protect homeowners in traditional neighborhoods and HOA communities. Coverage for residents of manufactured home parks is uneven. Some states have started to close that gap with legislation aimed specifically at land-lease communities; many have not. Check your state’s current law before assuming it applies to your situation.
Local zoning adds a further wrinkle. Some jurisdictions classify manufactured homes differently from permanent dwellings for permitting purposes, and setback rules can dictate how far panels must sit from property lines. If your home is titled as personal property under state law, some permit categories may not be available to you at all.
How Your Home’s Title Affects Financing
Manufactured homes are titled either as personal property (the default when the home sits on leased land) or as real property (typically after the title has been converted through the county clerk’s office once the home is on land you own). That distinction drives your financing options.
Real property titling opens the door to conventional mortgage products, including cash-out refinancing to roll solar into your home loan, plus home equity loans and lines of credit. Personal property titling narrows the field considerably. Chattel loans finance the home itself but can’t wrap in improvement costs. That leaves solar-specific installer financing, unsecured personal loans, or the FHA Title I Property Improvement Loan, which is available for manufactured homes regardless of whether you own the land and carries a property improvement loan limit of $25,090.3U.S. Department of Energy. Financing Energy-Efficient Manufactured Housing: A Guide for State and Local Agencies For most manufactured home solar projects, that ceiling covers the full system.
The 30 Percent Federal Tax Credit
The Residential Clean Energy Credit under 26 U.S.C. ยง 25D lets you deduct 30 percent of your total solar installation cost, including equipment, labor, and permitting fees, from your federal income tax.4Office of the Law Revision Counsel. 26 USC 25D – Residential Clean Energy Credit The 30 percent rate applies to systems placed in service through 2032, then steps down to 26 percent in 2033 and 22 percent in 2034.
The IRS defines an eligible home as any place you live, including a manufactured home that conforms to federal construction and safety standards. Both primary and secondary residences qualify. Rental properties do not: if you rent the home out, you’re ineligible. You claim the credit on IRS Form 5695 for the year the system is placed in service.5Internal Revenue Service. Instructions for Form 5695 (2025)
The credit is nonrefundable. It can only reduce your tax liability to zero. If your credit exceeds what you owe, the unused portion carries forward to the next tax year. There is no dollar cap, so a larger ground-mounted system with battery storage qualifies at the same 30 percent rate as a basic rooftop array.
Net Metering and the Master-Meter Problem
Nearly all states offer some version of net metering, letting you push excess generation back to the grid in exchange for credits on your bill. For a manufactured home on its own utility meter, net metering works the same as for any other residence.
The exception matters if you live in a park: if your community is master-metered, meaning one utility meter serves the whole property and the park owner bills individual residents, you generally cannot participate in standard net metering. Some states have adopted virtual net metering or community solar programs to fill that gap, but coverage is not universal. Confirm your meter setup with the utility before signing a solar contract.
Separately, about 36 states offer some form of property tax exemption for residential solar equipment, meaning the added market value doesn’t raise your assessment. Whether that applies to you depends on state rules and, again, on whether your home is titled as personal or real property.
Permits, Inspections, and Permission to Operate
Permitting a solar project on a manufactured home takes more documentation than a typical residential install. Your installer will need the data plate details, twelve months of utility bills to size the array, a scaled site plan showing panel placement relative to the home and property lines (or, for ground mounts, distances to structures), and full system specs covering panel and inverter models plus the location of the electrical disconnect. The building department or park office supplies the actual application forms, and permit fees vary with system size. Errors or missing documents are the most common reason permits get bounced back, so review the packet before it goes in.
Once the permit clears, installation runs two to five days for a standard system. Roof mounts go faster; ground mounts need time for footings to cure and for trenching. The local building department then inspects the work, typically in two visits: a structural inspector confirms the mounting hardware is secure and flashed against water intrusion, and an electrical inspector verifies wiring, grounding, and disconnects against the National Electrical Code, including the Article 690 rapid-shutdown requirements that let first responders de-energize rooftop panels.
Passing inspection is not the finish line. The last step is Permission to Operate from your electric utility. Your installer submits the signed inspection reports, and the utility schedules a technician to swap your meter for a bi-directional one that tracks flow both directions. The system must stay off until you receive a formal Permission to Operate letter. Running a grid-tied array without authorization creates safety hazards for line workers and causes billing headaches that are painful to fix afterward. The wait typically runs one to four weeks after inspection.
Tell Your Insurer
Solar changes your home’s replacement value, and your policy needs to reflect that. Notify your insurer before or immediately after installation. Roof-mounted panels usually fall under dwelling coverage; ground-mounted arrays may sit under other-structures coverage. If the panels aren’t disclosed and a windstorm damages them, you’re looking at a possible claim denial.
Premiums may rise modestly to reflect the higher replacement cost, and the amount varies by carrier and system size. Some insurers handle solar as a standard endorsement, others want a separate rider. Get written confirmation that your panels are covered for wind, hail, fire, and other perils before you consider the project done.