EV Charging Project Timeline: What HOA Boards Can Expect from Approval to Activation

Many HOA boards assume installing EV chargers is like hiring an electrician for an afternoon. In reality, a multifamily EV charging project at a typical community runs four to nine months from the first serious conversation to the moment residents plug in. The work that fills those months is rarely the physical installation, which often takes only a week or two. It is the approvals, utility coordination, permitting, and equipment lead times that happen one after another that drive the calendar.

Understanding the full timeline up front helps your board do three things: set honest expectations with residents, sequence the budget across phases, and avoid the two most common mistakes. Those mistakes are promising a go-live date you cannot hit, and starting so late that you miss a rebate application deadline. This guide walks through each phase with realistic durations so you can build a project schedule that actually holds up.

At a high level, plan for four phases that sometimes overlap:

The first phase is governance, not construction. Your board needs to gauge resident demand, collect two or three preliminary quotes, decide on a cost model (who pays to install and who pays for the electricity), and secure the funding. Funding usually comes from reserves, an operating budget line, or a special assessment, and each path has its own notice and voting rules under your governing documents and state law.

Before any money is committed, review your CC&Rs and any state right-to-charge statute. States like California (Civil Code 4745), Colorado, Florida, and a growing list of others limit how much an association can restrict a resident's EV charging installation, which affects whether you are building common-area stations or approving owner-installed units. Many associations also need to amend their rules or CC&Rs to set policy on space allocation, billing, and liability before they proceed.

Expect this phase to take longer if it spans a single monthly board meeting cycle or requires a membership vote with advance mailed notice.

Once funded, your installer performs a detailed site assessment: where the chargers will go, how far they sit from the electrical panel, and whether your existing service has spare capacity. The electrician runs a load calculation and produces stamped design drawings that comply with NEC Article 625, the section of the National Electrical Code governing EV supply equipment. Distance matters here, because long trenching and conduit runs are one of the biggest cost and schedule drivers.

In parallel, the installer submits a permit application to your local authority having jurisdiction (the city or county building department). Permit review commonly takes two to eight weeks depending on the jurisdiction's backlog. This is also when you formally engage the electric utility to confirm there is enough service capacity at the property. If the utility determines a transformer or service upgrade is required, that single item can add several months, so it should be raised as early as possible.

Treat the utility conversation as the long pole in the tent. Asking about capacity in Phase 1, even informally, can prevent an unpleasant surprise here.

This phase frequently runs at the same time as permitting, and getting the order right can save you thousands. Most rebate programs, including utility make-ready programs and many state incentives, require pre-approval before you purchase equipment or begin work. Applying after the fact usually disqualifies the project. The federal 30C Alternative Fuel Vehicle Refueling Property Credit, by contrast, is claimed on a tax return after installation, but eligibility now depends on the site being in a qualifying census tract, so verify that early.

Equipment lead times vary widely. Networked Level 2 chargers, the type most multifamily communities install, typically arrive four to twelve weeks after ordering, and supply conditions can stretch that further. Order as soon as your design is final and any incentive pre-approval is in hand, rather than waiting for the permit to be issued.

Building incentive paperwork and ordering into the same window as permitting keeps the overall project from stalling.

With permits in hand and equipment on site, physical work is the fastest phase. Crews trench and lay conduit, run wiring from the panel, mount the pedestals or wall units, and terminate connections. For a modest project of a handful of stations, the electrical work itself may take only a few days; larger garage or surface-lot deployments take longer.

The work is not done when the chargers are bolted in. The local inspector must sign off on the electrical installation, the utility may need to set or update a meter, and the chargers must be commissioned and connected to their management network. Commissioning confirms each unit communicates over a protocol such as OCPP, that load management is active where required, and that billing is configured correctly.

Finish with resident onboarding: how to start a session, how billing works, and who to call for support. A short orientation prevents a wave of help requests in week one.

Most delays trace back to a handful of predictable culprits. Utility transformer or service upgrades are the largest, sometimes adding six to twelve months when the local grid lacks capacity. Permit backlogs, lapsed or fully subscribed incentive funding, and slow board decision-making round out the list. Each is manageable if you anticipate it.

The single most effective protection is to start the utility capacity conversation in Phase 1 and to apply for incentives before you order anything. Build a buffer of several weeks into any date you communicate to residents, and confirm that rebate funds are still available before you rely on them in the budget, since many programs operate first-come, first-served and can close mid-year.

Set the expectation with your community that a quality project takes the better part of a year. A board that plans for nine months and finishes in six looks competent; one that promises three and delivers in eight does not.