Hooking up electricity to a mobile home typically costs $1,500-$5,000 when a nearby utility connection and standard service panel are available; a long service run, underground trenching, or utility upgrades can push the total above $10,000. The cost to hook up electric to a mobile home depends mainly on distance to the power source, service capacity, site conditions, permits, and whether the home needs wiring or a new meter base.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Electrician’s hookup labor | $500 | $1,500 | $3,500 | About 8-24 hours for a straightforward service installation |
| Meter base, panel, and disconnect | $400 | $1,100 | $2,500 | Price varies with amperage and required equipment |
| Overhead service connection | $1,000 | $2,500 | $5,000 | Assumes a nearby pole and standard access |
| Underground service connection | $2,000 | $4,000 | $8,000 | Trenching, conduit, and surface restoration affect the price |
| Utility and permit charges | $100 | $600 | $2,000+ | Utility extension or transformer work can cost more |
Typical mobile home hookup prices for a nearby power source
For a home close to an existing utility service, a basic connection commonly totals $1,500-$3,500. This generally covers a licensed electrician, a meter base or approved connection equipment, a disconnect, grounding, and the service conductors needed to connect the home. It assumes the utility can serve the site without a new transformer or extensive line extension.
A more complete installation, including a new service panel or upgrades to meet current electrical requirements, often runs $3,000-$6,000. Homes with no nearby power, a long driveway, rock excavation, or a service pole and transformer requirement may cost $6,000-$15,000 or more. Utility companies may bill separately, so an electrician’s quote may not include every charge.
For many single-section homes, a 100-amp service may be adequate, while larger homes or those with electric heating, air conditioning, and appliances may require 150 or 200 amps. The electrician and utility determine the appropriate service based on the home’s electrical load and local rules; selecting a higher rating increases equipment and sometimes utility costs.
Assumptions: U.S. residential project, standard materials, normal access, and no major utility infrastructure extension.
A nearby connection with no major upgrades is often a $1,500-$5,000 project, but utility construction can change the budget substantially.
What meter, panel, trenching, and labor add to the quote
Quotes can combine electrician work, utility charges, materials, and site work in different ways. Ask whether the contractor’s total includes the meter equipment, service conductors, trenching, inspections, utility coordination, and restoration. The following ranges are typical planning estimates, not fixed national rates.
| Quote item | Typical range | What changes the price | Usually billed by |
|---|---|---|---|
| Meter base, disconnect, and panel equipment | $400-$2,500 | 100-200 amp rating, brand, replacement needs | Electrician |
| Service cable, conduit, grounding, and fittings | $300-$1,500 | Run length, conductor size, overhead or buried route | Electrician |
| Electrician labor | $75-$150 per hour; $500-$3,500 total | Crew size, access, testing, and connection complexity | Electrician |
| Trenching and surface restoration | $8-$25 per linear ft | Soil, depth, rock, paving, and required restoration | Contractor or electrician |
| Permit and inspection fees | $50-$500 | Local jurisdiction and scope of work | Local authority |
| Utility connection or line extension | $0-$5,000+ | Distance, transformer capacity, and utility policy | Electric utility |
Some utilities provide a standard service connection at no direct charge, while others charge for a meter, engineering, line extension, or equipment. The utility’s service-planning department can explain what it covers before construction starts.
The most useful quote comparison separates contractor labor and materials from utility charges and trenching.
How distance, 100-amp service, and 200-amp capacity change cost
Distance is a major price driver because longer runs require more wire or conduit, more installation time, and sometimes larger conductors. A short run of roughly 20-50 feet from an approved service point may fit a basic estimate. A 100-200-foot route can add hundreds or several thousand dollars, particularly when it crosses pavement, rocky ground, or a landscaped area.
Capacity also matters. A 100-amp setup generally costs less than a 200-amp setup, but the service must be sized to the home’s load and utility requirements. A home with electric range, water heater, central air, and electric heat may need a larger service than a smaller home with gas appliances. Increasing capacity can require a new panel, heavier conductors, and utility-side work.
Overhead service is often less expensive if a suitable pole and clear path are nearby. Underground service protects conductors from some exposure but requires trenching, conduit, and potentially restoration. A buried run may be priced around $8-$25 per linear foot for trenching and surface work, separate from cable and electrical installation.
Site conditions can create less predictable costs. Rock excavation, a steep or wet route, a long distance to the utility’s point of connection, or a transformer with insufficient capacity can require specialized work. Utility engineering may identify these needs only after a site review.
Confirm the service rating and measured route before comparing bids; assumptions about distance and capacity can make two quotes look artificially different.
How long the electrician and utility work may take
A straightforward hookup can require about 8-16 electrician labor hours, often completed in one or two visits. A panel replacement, longer conductor run, or multiple inspections can extend work to 16-30 hours. Labor rates commonly range from $75-$150 per hour, with higher rates possible in expensive metro areas or for urgent scheduling.
The work sequence usually includes a site assessment, utility approval, installation of the service equipment and conductors, inspection, and final energizing by the utility. The electrician may finish the physical installation before the utility schedules its connection. Utility scheduling can take several days to several weeks, especially when engineering or new infrastructure is required.
For a vacant lot, confirm the utility’s connection point, meter location, and trenching specifications before equipment is purchased. If the mobile home is being delivered, coordinate its placement with the service route and inspection requirements. Moving the home after the electrical route is installed can cause avoidable rework.
Ask for both estimated labor hours and the expected utility timeline, since crew time and time waiting for service are not the same.
Three mobile home hookup estimates with different site conditions
The examples below show how distance, service type, and utility work affect a total. They assume ordinary residential labor and exclude interior rewiring beyond the service connection. Actual rates and utility policies vary by location.
| Project example | Work and labor | Estimated total |
|---|---|---|
| Nearby overhead connection | 100-amp equipment, 25-ft run, 8-12 labor hours | $1,500-$3,000 |
| Underground connection to larger home | 200-amp equipment, 75-ft trench, 14-22 labor hours | $3,500-$7,000 |
| Remote lot with utility extension | New service equipment, 200-ft route, possible utility line work | $7,000-$15,000+ |
In the first example, the existing pole is close and needs no upgrade. The second includes buried service and restoration, but assumes the utility can supply the requested capacity. The remote-lot estimate carries the widest uncertainty because the utility may require a new pole, transformer, or line extension.
A written estimate should list the assumed route length, service amperage, trenching responsibility, and any excluded utility fees.
Regional labor and utility charges across the United States
Electrician labor in high-cost metropolitan areas can run roughly 15%-35% above a typical national planning estimate. Rural labor may be 5%-20% lower, but travel charges and longer distances to utility infrastructure can offset the savings. These percentages are broad comparisons; local bids, not regional averages, determine a project’s price.
Utility connection policies can produce bigger differences than labor. One provider may cover part of a standard connection, while another may charge the property owner for additional line distance or transformer work. Rural lots, new subdivisions, and properties far from distribution lines are especially likely to require a utility estimate before a reliable project total is available.
Weather and ground conditions also affect local pricing. Frozen soil, wet ground, or hard rock may complicate trenching. In dense neighborhoods, pavement restoration and access restrictions can raise installation charges even when the service run is short.
Compare local quotes using the same service rating and route, and request the utility’s charges separately rather than applying a generic regional markup.
When repairs cost less than replacing mobile home service
If the home already has approved service, a targeted repair can be less expensive than a complete hookup. Replacing a damaged disconnect or meter-related component may cost about $250-$900, while a service panel replacement commonly falls around $800-$2,500, depending on capacity and code requirements. Those figures do not cover a new utility line or extensive rewiring.
Replacement may be necessary when equipment is unsafe, undersized, damaged, or incompatible with the utility’s requirements. A licensed electrician should inspect existing equipment before it is reused. Older installations may lack proper grounding or have deteriorated connections; keeping unsuitable parts to lower the bid can create inspection problems or safety risks.
Ask the electrician to price repair and full replacement separately when both are technically possible. The lower initial price is not automatically the better choice if an aging panel will need replacement soon or cannot support the home’s appliances.
Reuse sound, approved equipment where allowed, but do not assume an old meter base or panel can safely serve a new installation.
How to lower the hookup bill without cutting required safety work
Get the utility’s written service requirements before requesting final bids. A confirmed connection point and required amperage prevent quotes from including different assumptions. Ask at least two licensed electricians to price the same scope, and have each identify permit fees, inspections, materials, trenching, restoration, and utility charges as separate line items.
Keep the service route direct and avoid unnecessary paving or landscaping conflicts. If excavation is separately bid, ask whether an insured excavation contractor can perform the trench to the utility’s depth and conduit specifications. Do not dig or backfill until the route, inspection sequence, and responsibility for underground work are approved.
Choose service capacity based on a load calculation rather than automatically selecting the largest panel. At the same time, avoid undersizing a service that must support electric heat, air conditioning, and major appliances. Ask whether the current panel or meter equipment can be reused only after the utility and electrician confirm it is suitable.
Schedule nonemergency work with enough lead time to avoid rush charges, and coordinate electrical work with delivery or other site work. Combining approved trenching with another planned excavation may reduce mobilization costs, but the electrical inspection and utility requirements still apply.
The safest savings come from a defined route, comparable bids, efficient scheduling, and avoiding unnecessary upgrades—not from skipping permits or required electrical protection.