Solar Panels for Mobile and Manufactured Homes

Who owns the home, land and electric meter?

Answer these before asking for a solar quote:

1. Do you own the manufactured home?
2. Do you own the lot, lease it long term, or rent a space in a park?
3. Is the home titled as personal property or as real estate?
4. Is your electric account individually metered in your name, or is electricity part of a park bill?
5. Do park rules or a lease control roof work, yard structures, trenching or carports?

If you own both the home and the lot and have your own utility account, you can usually follow the same permit and interconnection path as any homeowner, subject to the home’s construction and local rules. If the park controls the meter, ask how savings would reach you; a system serving a master meter does not automatically lower your personal bill.

If you rent a space in a park

The ground and often the electrical service belong to the park, so any panel, carport or trench needs the operator’s written approval. Ask the park manager four things in writing:

1. Will the park allow roof panels, a ground mount or a carport on your space, and under what conditions?
2. Who owns the electric meter and service equipment, and will the utility interconnect a system at your space?
3. What happens to the equipment if you sell the home or move it?
4. Does the park require its own contractor, insurance certificate or removal bond?

Do not pay a solar deposit until you have that approval. If the answer is no, check whether your utility offers community solar, which puts credits on your bill with no equipment; see solar options for renters. A portable panel-and-battery kit can still power small loads in an outage, and a few states now allow small plug-in solar systems; see balcony and plug-in solar rules.

Can the roof carry panels? Start with the home’s records

HUD says every manufactured home built in the United States after June 15, 1976 must carry a red certification label on each transportable section, and the data plate inside shows the wind, thermal and roof-load zones the home was built for (HUD Manufactured Housing Homeowner Resources). The federal standard sets the roof design loads by zone:

Source: 24 CFR 3280.305, which also sets Wind Zones I, II and III; Zones II and III cover listed hurricane-prone counties, including all of Florida and parts of the Gulf and Atlantic coasts, and require higher wind design. A home may be built to higher loads, in which case the data plate lists them.

These numbers are the snow and live loads the roof was designed to resist, not spare capacity for an array. Panels and racking add weight that stays there all year, attachments concentrate it at points, and wind pulls up on the array. Only an engineer or qualified installer reviewing the framing can say whether a roof works. HUD also warns that any significant addition or structural alteration may require local permits, could take the home out of compliance with the HUD Code and could affect the manufacturer’s warranty.

Ask any roof-mount bidder for:

• the HUD label numbers and data plate zones;
• the manufacturer, model, year and installation manual if available;
• roof condition, framing and load-path documentation;
• the attachment method and waterproofing detail;
• written confirmation from the permit office about engineering required; and
• written warranty guidance from the home manufacturer where it still applies.

The Department of Energy’s homeowner process says a solar installer, roofing expert or structural engineer can evaluate whether a roof can support solar; see the DOE step-by-step guide. A contractor who says “all mobile-home roofs are fine” or “none can take solar” without reading the records has not done that work.

Compare the practical solar setups

A ground mount can face the best direction, is easier to service and keeps holes out of the roof, but trenching and racking footings add cost that a roof system avoids. DOE says arrays must be mounted on a stable, durable structure that can withstand local weather, so a ground mount still needs engineered racking and permits; see DOE PV system design basics and the solar permits and inspections guide.

Whatever the mount, the installer should look at your service panel and meter first. The panel’s rating and space decide how the system connects and whether an upgrade is needed.

Size solar from the meter, not the home type

The Energy Information Administration’s 2020 survey found mobile homes used an average of 12,456 kWh of electricity a year, compared with 12,402 for single-family detached homes and 10,566 for all homes (RECS 2020, Table CE2.1). Electric heat and older cooling equipment are common reasons. Your own 12 months of bills matter more than any average.

1. Collect 12 months of use from the account the system would offset.
2. Separate planned changes, such as a heat pump or electric vehicle, from current use.
3. Have each bidder model the same location with the same shade assumptions.
4. Ask the utility how exports are credited and whether system size is capped by past use.
5. Compare annual kilowatt-hour production, not panel count.

The federal residential solar credit covered manufactured homes through 2025, but no homeowner credit applies to a system completed in 2026; see the federal solar tax credit guide.

Make contractors quote the same approved design

Do not compare a roof quote with a ground-mount quote as if price were the only difference. Ask each bidder to state the mounting location, system size, first-year production, degradation assumption, permit and interconnection responsibilities, trenching or structural work, warranty coverage and total cash price. The questions to ask a solar installer help. A good fit for this work talks about trenching runs, footings and your service panel before panel brands.