Three complete home charging installs, every line priced
Short answer
A plug-in Level 2 home charging setup costs about $1,605, a hardwired 48 amp install about $2,466, and a full project with a service upgrade and load management about $9,670. On all three, labour and permits are the largest block, not the charger.
If you only read one line
The one most people should buy
EMPORIA
Emporia Level 2 EV Charger, 48A J1772
$449.00
The charger at the centre of the middle buildout, and the one most households should buy. A 48 amp hardwired station with a 25 foot cable and real energy reporting, delivering the 11.5 kW that saturates the onboard charger in nearly every electric car sold.
- Output
- 11.5 kW
- Continuous
- 48 A
- Circuit
- 60 A
- Cable
- 25 ft
- Install
- Hardwired
- Connector
- J1772
Paid link. Price shown when researched.
- Tier 1
Plug-In Level 2 Buildout
$1,605
Total as listed
Tier 1: a 40 amp charger on a new NEMA 14-50 outlet. Lowest cost to real Level 2.
- Hardware
- $680
- Labour
- $925
- Tier 2
Hardwired 48 Amp Buildout
$2,466
Total as listed
Tier 2: the buy-once install. 11.5 kW hardwired, smart, on a 60 amp circuit.
- Hardware
- $1,116
- Labour
- $1,350
- Tier 3
Panel Upgrade Buildout
$9,670
Total as listed
Tier 3: service upgrade, subpanel, load management and solar-ready wiring.
- Hardware
- $3,595
- Labour
- $6,075
Why the labour line is the biggest one on every sheet
Look at the three cards again and notice what they have in common. On the plug-in build labour is 58 percent of the total. On the hardwired build it is 55 percent. On the panel upgrade it is 63 percent. In every case the electrician, the permit and the inspection cost more than every product on the list combined.
This is the single most useful thing to understand before you shop, and it inverts the usual instinct. Agonising over whether to spend $299.99 or $449.00 on the wall unit is optimising the smaller number. The decisions that actually move the total are how far the run is, whether the walls are open, whether the panel has room, and whether the work happens once or twice.
It also explains the strongest piece of advice on the site: do the wiring once, at the larger size, while the wall is open. The step from the plug-in build to the hardwired build is about $861. Doing the plug-in build now and the hardwired build in four years costs you the whole labour block twice, which is more than the difference.
Which buildout is yours?
Five questions, answered honestly, will put you on one of the three. There is no wrong answer here and the cheapest one is genuinely correct for a lot of households.
| Question | Tier 1, plug-in | Tier 2, hardwired | Tier 3, panel work |
|---|---|---|---|
| What does your car accept? | 7.2 kW or less. This tier gives you everything the car can use. | 11 kW or more. This tier is fully used. | Any. The constraint here is the house, not the car. |
| What did the panel load calculation say? | Room for a 50 amp circuit. | Room for a 60 amp circuit. | No room, or the panel itself is a problem. |
| How long will you stay? | Renting, or moving within a few years. | Long enough that doing it twice would be worse. | It is the house you are keeping. |
| Where does the car park? | Attached garage, panel nearby. | Attached garage, run of 30 to 60 feet. | Detached garage, driveway, or two cars. |
| Connection method | Plug-in on a NEMA 14-50 receptacle. | Hardwired, which is required above 40 amps. | Hardwired off a garage subpanel. |
| Total as listed | $1,605 | $2,466 | $9,670 |
If the answers scatter across columns, follow the panel. Electrical capacity is the constraint that cannot be worked around with a different purchase, so whichever tier your panel load calculation allows is the tier you are building, and the rest of the questions decide the details inside it.
What every buildout on this site contains
These are complete projects, not shopping lists. Each page includes every item needed to end up with a working, inspected, code-compliant installation, grouped by function rather than by price, with a per-item cost and a running total. Every product line is a link. Every labour and permit line is shown at full size and counted in the total, because a build guide that quietly omitted the largest number would be worse than useless.
Each also carries two sections that are easy to skip and should not be: what you can skip and what to upgrade first. Telling you not to buy something is what makes the rest of the list trustworthy, and on this niche there is a lot people are sold that they do not need. Nobody needs an 80 amp charger. Very few people need a service upgrade. Almost nobody needs an extension cable.
Before you buy anything, get two numbers
Both take about ten minutes and between them they determine which of these three pages applies to you.
Your car's onboard AC charger limit. It is in the owner's manual, and it is in the battery capacity chart. This sets the ceiling on charging speed regardless of what you mount on the wall. If it is 6.6 kW, a 48 amp station is wasted money and tier 1 is your answer.
Whether your panel has spare capacity. The panel load calculator gives a first read. If it comes back tight, do not accept a service upgrade quote before reading load management versus a panel upgrade, because a device costing a few hundred dollars frequently achieves the same outcome as several thousand dollars of service work.
With those two answers, price your own version with the installation cost calculator using your real run length, and compare specific hardware in the Level 2 charger roundup.