Who Pays for the Electricity at Apartment EV Chargers?
One of four parties, depending on how the circuit was wired and metered: the resident through a submeter on their own account, the driver through the charging network's payment system, the association through the common-area meter, or the resident directly because the charger was fed from their own unit panel. The wiring decision makes the billing decision, and it is close to irreversible once the conduit is in. The arrangement that generates the most trouble is the third, because it bills residents without electric vehicles for electricity used by residents who have them.
Updated 2026-08-20

The decision table
Read this as four wiring paths rather than four billing policies, because that is what they are. The meter arrangement is decided when the circuit is designed, and changing it later means changing the wiring.Two columns matter more than the rest. "Who carries cost risk" answers what happens when electricity prices move or usage grows beyond forecast — someone absorbs that, and it should be a decision rather than a discovery. "What it does to the budget" answers the question that actually decides the vote at an annual meeting.
Common-area absorbed: the one that gets reversed
This is the arrangement that looks simplest at installation and causes the most damage afterward. The chargers are fed from the common-area service, the energy lands on the association's bill, and the cost is spread across dues or built into rent.At two ports and three EV households it is invisible. At fifteen ports it is a five-figure line item that grows every year, paid by every owner in the building including the ones who will never plug anything in. That is not a technical problem, it is a fairness problem, and fairness problems in an association get resolved at the annual meeting rather than by the board.It is also the arrangement most likely to produce a reversal — chargers switched off, access restricted to a paid group, or the whole program suspended — because the only lever available to a board that discovers the cost is to stop paying it. Properties that end up here rarely chose it deliberately; they chose the cheapest install and inherited the billing consequence.
Tap to the unit panel: cleanest, and rarely available
If the charging stall is close enough to the resident's own electrical panel, and that panel has capacity, running the charger circuit from the unit panel makes the whole billing question disappear. The energy lands on the resident's existing utility meter, on their existing account, with no submeter, no network subscription, no billing process and no association exposure.It also does something subtle and useful: it binds the stall to the unit rather than to the person, which means the arrangement survives a resident moving out. The next resident inherits a stall with a charger on their own meter.The limitation is physical. It works in townhome and garden-style layouts with private garages or attached parking, and it usually does not work in a podium garage where the panels are four floors from the stalls. Capacity is the second constraint: a unit panel that already runs electric heat and an electric range may not take a 40-amp continuous load without load management. Where it is feasible, it is almost always the right answer, and it is worth asking the electrician about specifically because it will not be the default proposal.
Submetering versus networked billing
These two are often discussed as the same option and they are not. A submeter measures energy at the stall and produces a reading that someone converts into a charge on the resident's ledger. A networked charger takes payment directly from the driver at the moment of the session, through the charging network's own payment rails.Submetering suits assigned stalls and long-term residents: the stall belongs to a unit, the reading is monthly, and the charge lands on the rent statement or the dues invoice alongside everything else. Its cost is administrative rather than recurring, and there is no subscription that turns the hardware off if you stop paying it.Networked billing suits shared, unassigned stalls and any site with visitors. It handles authentication, pricing, idle fees and payment without anyone in the office touching a spreadsheet, and it produces utilisation data that is genuinely useful for the expansion decision. It costs a per-port subscription for the life of the equipment.Both raise a question the common-area arrangement does not: whether an owner may bill a resident for electricity at all, and at what price. That is a state-regulated question with real variation, and the two spoke articles below cover it — the metering and legality question, and the resale question specifically.
The question that comes before all four
In a condominium or an association, the resident who wants the charger frequently cannot authorise the work, because it touches common elements, shared service equipment or common-area parking. The board is the decision maker, the governing documents set the process, and the association's insurer often has a view about equipment installed on common property.Several states have right-to-charge statutes that limit how far an association can go in refusing a resident's request to install at their own expense, usually with conditions about insurance, cost responsibility and approved contractors. Several states have nothing on the books. This is one of the few questions in this vertical where the state answer is the entire answer, which is why it lives on our state pages rather than in a national guide.Whichever arrangement you land on, write it into the policy before the first charger energises: who pays, on what basis, what happens when the resident moves out, who maintains the equipment, and who owns it if the resident paid for it. Retrofitting a policy onto an installed program is the hardest version of this conversation.
What the budget should include, and what it should not
Whichever party pays the energy, the association or owner still carries costs that no billing arrangement recovers automatically: maintenance and cable replacement, the network subscription if there is one, and any demand charge the chargers add to the common-area account. That last one catches people, because it can appear even under networked driver billing if the chargers sit behind the common meter.Budget those three explicitly and separately from the energy. A program that recovers energy but not subscription and maintenance is still a growing cost line, just a smaller one, and the gap is what generates the second round of complaints two years in.One line that should not be in the budget: a federal tax credit. Section 30C terminated for property placed in service after June 30, 2026 under Public Law 119-21, and there is no federal replacement for charging equipment. Utility programs and some state programs remain and are frequently the largest recoverable amount on a multifamily project — but they are sponsor-specific, dated, and often require applying before work begins.
Can an HOA make EV owners pay for their own charging electricity?
In most arrangements yes, and the mechanism matters more than the principle. Feeding the charger from the resident's own unit panel puts the energy on their utility account with no association involvement at all. A submeter or a networked charger achieves the same allocation with an added billing step. What creates disputes is the opposite arrangement, where the energy sits on the common meter and everyone shares it.
Is it legal for an apartment building to charge residents for EV electricity?
It depends on your state, and specifically on whether reselling electricity to a tenant is regulated where you are and whether EV charging has been carved out of that regulation. Many states have addressed it and the carve-outs differ in scope. Cost recovery is treated differently from markup in several of them. This has its own article in this cluster and is worth reading before you set a price.
How much does EV charging add to an apartment building's electric bill?
The energy component is a function of how many vehicles charge and how far they drive, and it is knowable from your own metering once the chargers run. The component people miss is demand: if the chargers sit behind the common-area meter and several start at once, they can lift the peak the utility bills for, which is a separate charge that does not scale with energy. Check your tariff for a demand component before modelling the impact.
What happens to a resident-paid charger when the resident moves out?
Whatever your policy says, which is why it needs a policy. Common approaches include the equipment transferring with the stall to the next occupant, the resident removing it and restoring the stall, or the association buying it at a stated depreciated value. All three are workable; none of them is workable if it is decided after the resident has given notice.
Can we bill residents through their existing utility account instead of the association?
Yes, where the charger can be fed from the resident's own unit panel. That is the cleanest arrangement available and it removes the association from the billing question entirely. It is limited by geography — the panel has to be near the stall — and by capacity, since a 40-amp continuous load on a fully loaded unit panel may require load management to be acceptable.
The metering decision changes the install price
Feeding from unit panels, running submeters or landing everything on the common service are three different jobs with three different numbers. Tell us the layout and you get a range for the one your building can actually do.