Level 2 charging is a small electrical job — a breaker, a run of conduit, a pedestal. Here is a real four-stall build priced line by line — two chargers, the electrical work, and what it costs to run once it is on.
We handle the sequence. The first two steps are free, and costs enter only when you decide to move.
Steps 1, 2 and 6 you could do yourself, and it is worth knowing which ones those are. Any owner can pull their utility's commercial rate, ask what rebate it runs on Level 2, and claim the property on the map apps drivers use. Steps 3 and 4 are licensed electrical work whoever you hire. Do the first three and you will read every quote you get — ours included — far better.
A four-stall build at a hotel: two dual-plug Tap-N-Charge chargers on pedestals, on a property with room in the existing panel and a normal run out to the parking. Every line, and they add to the total.
| What it is | What it costs |
|---|---|
| Equipment Two dual-plug chargers on pedestals, delivered — card reader and the two-year warranty included, nothing bolted on afterwards | $8,288 |
| Installation Pedestals set, chargers mounted, terminated and energized — a fixed package price, not an hourly one | $2,650 |
| Electrical make-ready Permit and load calculation, breakers, conduit, wire, and the run from the panel out to the stalls | $12,785 |
| Construction management Us running it: the permit, the electrician, the schedule, the inspection and the energization — charged on the work above, never on the equipment | $3,860 |
| The build, together Before incentives — utility rebates come off this | $27,583 |
That is $6,896 a stall, once — and well over half of it is the electrical work rather than the hardware. Which is the single most useful thing to know before you ask anyone for a price: the chargers are the predictable part, and the ground between your panel and your parking is not.
Our management fee is a line in that table rather than something added after it, and on a job this size most of it is the flat $1,699 — it is the same published schedule we run DC builds on, and a flat fee is simply a bigger share of a small job because project administration doesn't scale linearly.
Current list pricing for the configuration described; excludes sales tax and final destination freight. The make-ready figure is a real one, from a property with room in the panel and a straightforward route to the stalls — yours moves with the four conditions below. Rebates come off the total, and many utilities pay Level 2 rebates per kilowatt of capacity actually installed, so what the electrician sets the chargers to can matter as much as what they are rated for. The free evaluation prices yours.
All four are facts about your property that you can check before you talk to anybody — and any one of them going the wrong way moves the number more than choosing a different brand of charger ever will.
| What decides it | Keeps it low | Pushes it up |
|---|---|---|
| Panel capacitySpare amperage already in the building | Room in the existing panel — the breakers go straight in | A new sub-panel, or a service upgrade and the utility lead time that comes with it |
| Run lengthDistance from the panel to the stalls | Stalls near the electrical room — a short run in modest wire | A long run across the lot, in heavier conductor, priced by the foot |
| What the route crossesThe ground in between | An open or landscaped route — little to cut, little to put back | Saw-cutting and repaving asphalt or concrete, then striping and bollards |
| Stall layoutHow the four stalls sit together | Stalls in a row — one trench feeds a shared conduit | Stalls split across the lot — a separate run to each location |
Walk it yourself, in that order. Count the feet from your electrical room to the stalls you would use, note what the route crosses, and open the panel to see whether there is room. Those three answers place you on this table before a single quote arrives — and they are the same conditions that decide a DC build, at a friendlier scale, because the conduit does not care what is on the end of it.
Two ways to run the same hardware. Which one is right depends on whether you want to charge for the electricity at all.
| What it is | What it costs | When you pay it |
|---|---|---|
| Tap-N-Charge A card reader on the unit. A driver taps and charges — no app, no account, nothing for you to administer | No annual license. 6.9% of what you sell, plus a $0.75 session fee the driver pays | Only on power actually sold |
| Connect 10 Network software: who is allowed to plug in, your pricing, reporting, uptime monitoring and 24/7 driver support | $199/yr for the site plus $199/yr per charger — $597/yr on this build — and 10% of what you sell, card processing included | Annual, plus a share of power sold |
| VoltCare Coverage past the two-year warranty. Response covers parts and labour; Exchange ships a replacement rather than queueing a repair | Response from $449/yr per pedestal · Exchange from $499 once, for three years | Optional — annual, or prepaid by term |
If you are not charging for the electricity, there is no platform fee at all. Plenty of hotels run the stalls the way they run the pool — an amenity that earns its keep on the booking rather than at the plug. The hardware is the same either way, and the decision reverses, so it is not one to agonise over before the chargers are in.
Both percentages are of revenue you actually collect, so a stall nobody used costs nothing to run. Neither platform bills per port and neither carries a monthly subscription. VoltCare is genuinely optional — the chargers run without it.
Score the address free, or book a working call — we will walk the four conditions above on your property and put a real number beside your utility's rate and its rebate. No cost, no obligation.