Networked vs Non-Networked EV Chargers: What HOA Boards Need to Know

When EV charger vendors talk about "networked" chargers, they mean equipment that connects to the internet — typically through Wi-Fi, cellular, or Ethernet — and reports back to a software platform run by the manufacturer or a third party. A non-networked charger, sometimes called a "dumb" charger, simply delivers electricity when a car plugs in. It does not track who used it, when, or how much energy was delivered.

The distinction matters because almost every feature HOA boards ask about — billing residents for electricity, controlling who can use a station, limiting the load on the building's panel, or generating usage reports for the board — requires a networked charger and an active software subscription. A non-networked unit can charge a car and nothing else.

Non-networked Level 2 chargers cost roughly $400 to $900 for the hardware itself, compared with $700 to $2,000 for a comparable networked unit. They also carry no annual software fees, which typically run $150 to $300 per port per year for networked equipment. For a 20-port installation, that subscription difference adds up to $3,000 to $6,000 every year.

Non-networked chargers make sense when residents have assigned, deeded parking spaces and the HOA has agreed to install one charger per resident, dedicated to that owner's spot. In that setup the resident pays for the equipment, the resident pays for the electricity through a sub-meter or a flat monthly assessment, and there is no shared usage to track.

Non-networked equipment is also simpler to maintain over time. There is no firmware to update, no cellular modem to replace when carriers sunset older bands, and no risk that a vendor goes out of business and bricks the equipment — a real concern that has hit several networked brands in recent years.

Most multifamily buildings cannot avoid networked chargers because residents share the equipment. If two or three chargers serve forty units, the HOA needs a way to know who used which station and how much electricity each session consumed so the cost can be billed back fairly. Networked chargers handle that automatically through RFID, an app, or a vehicle's own credentials.

Networked equipment also enables load management, which is often the difference between a $20,000 project and a $200,000 project. Without load management, every charger needs the full electrical capacity to run at maximum output simultaneously, which usually means upgrading the building's main service. With dynamic load management, the software splits available capacity between active chargers and may eliminate the panel upgrade altogether.

A side-by-side comparison for a six-port installation, projected over a ten-year service life, makes the trade-off concrete. The non-networked option runs about $4,200 in hardware, $18,000 to $30,000 in installation, no software fees, and $300 to $600 per year in maintenance — a ten-year total of roughly $25,000 to $36,000.

The networked option runs about $9,000 in hardware, $18,000 to $30,000 in installation (often less if load management eliminates a panel upgrade), $1,200 to $1,800 per year in software fees, and $200 to $400 per year in maintenance — a ten-year total of roughly $42,000 to $61,000.

The networked option costs more on paper, but the comparison only tells the full story when revenue is included. A six-port shared installation in a building with twenty EV-driving residents typically generates $4,000 to $8,000 per year in electricity reimbursement that the HOA cannot collect at all without a networked system. Over a decade that flips the math in favor of networked equipment.

Boards should walk through three questions before specifying equipment. First, will residents share chargers, or will each resident get a dedicated station in their own space? Shared use almost always requires networked equipment. Dedicated, deeded-space installations can use non-networked chargers if the HOA is comfortable with sub-metering or a flat monthly surcharge.

Second, does the building's electrical panel have enough spare capacity to run all planned chargers at full load? If not, the savings from load management — which only works on networked equipment — often pay for the subscription costs many times over. A 200-amp panel that would otherwise need a $40,000 upgrade can frequently support double the chargers with smart load sharing.

Third, is the HOA pursuing utility rebates, the federal 30C tax credit, or state programs like NYSERDA's Charge Ready NY 2.0 or California's CALeVIP? Most of these require networked equipment with OCPP compliance, certified metering, and ongoing data reporting. Boards have lost five-figure rebates by buying non-networked hardware that did not qualify after the fact.

The most common error is buying networked hardware without budgeting for the subscription. Boards see the brochure price, approve the project, and discover after installation that the chargers stop reporting data — and stop billing residents — when the included first-year subscription expires. Always confirm the annual software cost in writing and include it in the operating budget, not just the capital budget.

A second mistake is locking into a closed, proprietary network. Buy hardware that supports OCPP 1.6J or, ideally, OCPP 2.0.1, so the board can switch software providers without replacing the chargers if the vendor raises prices or shuts down. The 30C tax credit's bonus credit for qualified infrastructure also requires open standards.

A third mistake is oversizing on day one. Many boards commission enough active chargers for every parking space when current EV adoption suggests running wiring and conduit for full coverage but only activating a fraction of the ports. Networked equipment makes phased activation easy; non-networked installations have to be sized correctly up front. For most multifamily properties, networked Level 2 chargers with dynamic load management are the right choice — non-networked units have a place in dedicated-spot, single-user installations, but the moment chargers are shared, the math, the rebates, and the codes all push toward networked equipment.