A Leviton smart load center typically costs about $1,200-$3,000 for the panel and related smart components, while a professionally installed replacement often totals $3,000-$7,500. The final price depends on amperage, breaker count, wiring changes, permits, and whether the project also upgrades the service entrance.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Leviton smart load center equipment | $1,200 | $2,000 | $3,000 | Panel and selected smart breakers; configuration changes price |
| Installed panel replacement | $3,000 | $5,000 | $7,500 | Typical residential replacement without major service work |
| Installed service upgrade | $5,000 | $7,500 | $12,000+ | May include meter, service conductors, and utility coordination |
| Smart breaker | $80 | $125 | $200 | Price varies by amperage, pole count, and model |
What a Leviton smart panel costs for a typical home
For a 200-amp home panel replacement, a common installed budget is $3,500-$6,500 when the existing service is suitable and the work does not require extensive rewiring. A smaller 100-amp installation may land near $3,000-$5,500, while a 200-amp panel with a service upgrade can exceed $7,500.
The equipment portion usually falls around $1,200-$3,000. It can include the Leviton load center, smart breakers for selected circuits, standard breakers for other circuits, and monitoring or connectivity components, depending on the specific configuration. A full set of smart breakers is not automatically included in every quote.
For a straightforward 200-amp replacement, budgeting about $5,000 installed is a reasonable starting point, not a fixed national price.
Assumptions: U.S. residential property, standard 200-amp equipment, accessible panel, typical labor rates, and no major utility-side work.
How panel equipment, electrician labor, and permits shape the quote
A panel quote combines equipment, installation labor, inspection requirements, and any work needed to make the existing service compatible. Ask the electrician to separate these items so equipment upgrades are not confused with required site repairs.
| Quote component | Typical price | What it covers | Common cost trigger |
|---|---|---|---|
| Load center and breakers | $1,200-$3,000 | Panel, standard breakers, selected smart breakers | More smart circuits or larger capacity |
| Electrician labor | $1,000-$2,800 | Removal, mounting, circuit reconnection, testing | Longer circuit wires or difficult access |
| Permits and inspection | $100-$500 | Local permit application and inspection coordination | Higher local fees or multiple inspections |
| Service equipment | $500-$3,000 | Meter socket, service conductors, disconnect, or grounding work | Old or undersized service components |
| Removal and repairs | $150-$900 | Old panel disposal and minor wall or enclosure repairs | Damaged enclosure or asbestos-related precautions |
Labor and service changes can cost as much as, or more than, the smart panel hardware. A labor estimate can be checked with ; for example, 10-16 hours at $100-$175 per hour implies $1,000-$2,800 before permit fees or materials.
Which amperage, circuit count, and wiring conditions raise the price?
Amperage is a major equipment and installation variable. A 100-amp replacement generally costs less than a 200-amp installation, but moving to 200 amps may require a new meter socket, larger service conductors, or utility approval. If the home already has an adequate 200-amp service, replacing only the load center can avoid some of those costs.
Circuit count also affects the bill. A panel with 20-30 circuits usually takes less sorting and reconnection work than one with 40 or more. Smart breakers add cost per circuit, so homeowners can prioritize high-use or hard-to-reach circuits rather than purchasing smart protection for every branch circuit.
Existing wiring and the panel location matter. Short, clearly labeled wires in an accessible basement are less costly to transfer than crowded wiring, deteriorated conductors, a panel in a finished wall, or circuits that need extensions. A 100-foot feeder run or a relocation several feet from the existing panel can add substantial wire and labor costs.
Confirm the proposed panel’s amperage, circuit capacity, and compatible breaker schedule before comparing quotes. A low equipment price may not include enough breakers or the service work needed to make the installation code-compliant.
How much more do smart breakers add per circuit?
Smart breakers are an optional cost layer, and the number installed has a direct effect on the equipment total. As a planning range, many smart breakers cost about $80-$200 each, with two-pole or higher-amperage models often costing more than common single-pole breakers. Confirm current pricing for the exact breaker model and load center configuration.
For example, adding 10 smart breakers at $80-$200 each represents roughly $800-$2,000 in breaker hardware. The difference between smart and standard breakers is the relevant upgrade cost; the panel quote may already include standard breakers for circuits that are not monitored or controlled individually.
Some homeowners prioritize electric vehicle charging, water heating, air conditioning, or other substantial loads. Others want monitoring on selected circuits to identify usage patterns. The intended control features should be checked against the specific breaker model, app functions, and installation plan rather than assumed from the word “smart.”
Choosing smart breakers selectively can keep the initial equipment bill lower while preserving monitoring on priority circuits. Ask whether the system supports adding compatible breakers later and whether later installation would require another service visit.
Will a 200-amp installation cost more in urban markets?
Local labor and permitting can move the installed price significantly. In high-cost metropolitan areas, electrician rates and permit charges may push a straightforward replacement roughly 15%-35% above a comparable project in a lower-cost rural or Midwestern market. Rural work can also cost more when the electrician must travel farther or local contractors have limited availability.
Climate and building age affect scope more than the ZIP code alone. Older homes may need grounding and bonding corrections, while homes with basements or garages can provide easier panel access than finished interiors. Utility rules for meter equipment and service upgrades vary by provider, so the same 200-amp project can require different work in different jurisdictions.
Compare local quotes that list the same amperage, smart-breaker count, permit allowance, and service scope. A regional percentage is only a budgeting guide; the actual permit and utility requirements should be verified locally.
How many labor hours does a panel replacement require?
A direct replacement may take a licensed electrician and helper about 8-16 hours, often completed in one workday. More complex projects can take 1-2 days, especially when circuits need extensions, the panel is relocated, service conductors are replaced, or the utility must disconnect and reconnect power.
Typical electrician rates may range from $75-$150 per hour, with higher rates in expensive metro areas or for specialized service work. Quotes are commonly presented as a project price rather than a strictly hourly bill. The estimate should still identify the expected crew, outage period, inspection plan, and whether patching or painting is excluded.
Power is usually shut off during the changeover. If the home has medical equipment, refrigeration needs, or remote work requirements, ask how long the outage is expected to last and whether a temporary power arrangement is feasible. Temporary power can add cost and is not always available or necessary.
Ask for the labor scope and anticipated outage in writing before scheduling the work. This makes it easier to distinguish a longer installation caused by site conditions from optional work that can be deferred.
What three Leviton panel quotes might look like
These examples show how scope changes the total. They are planning estimates, not guaranteed bids; regional rates, model availability, and local code requirements can shift the amounts.
| Project example | Equipment | Labor and other charges | Estimated total |
|---|---|---|---|
| 100-amp panel, 6 smart breakers, accessible location | $1,300-$2,000 | $1,500-$2,500 | $2,800-$4,500 |
| 200-amp replacement, 10 smart breakers, standard access | $1,700-$2,800 | $2,000-$3,400 | $3,700-$6,200 |
| 200-amp upgrade, 20 smart breakers, new service components | $2,200-$3,500 | $3,300-$6,000 | $5,500-$9,500 |
In the middle example, 10 smart breakers at an approximate $80-$200 apiece account for $800-$2,000 of the equipment range. The rest may cover the panel, standard breakers, and related components. The high-scope example includes service work that is not required for every panel replacement.
Use the project description, not just the final total, to judge whether two bids are comparable. Check that both include permits, removal, labeling, testing, and any required service upgrades.
Which quote changes can lower the smart load center price?
First, separate required corrections from optional features. A contractor should identify code-required grounding, damaged wiring, or service equipment replacement separately from optional circuit monitoring, panel relocation, or cosmetic wall repairs. This helps prevent deferring a safety requirement while avoiding upgrades that do not serve the project’s purpose.
Second, choose the smart-breaker count deliberately. Price the panel with standard breakers on lower-priority circuits and smart breakers on selected loads, then compare that quote with a larger smart-breaker package. Confirm compatibility and future expansion costs before deciding that staged installation will save money.
Third, make comparison easier by providing each electrician the same circuit list, service amperage, panel location, and photos of the existing setup. Request itemized quotes from at least two licensed contractors. Ask whether permit fees, inspection corrections, disposal, and wall repairs are included rather than relying on a headline price.
The most reliable savings come from controlling scope and comparing equivalent written quotes. Avoid choosing a bid solely because it omits permits, required service work, or testing that another electrician includes.