What Happens to Your ChargePoint Pedestals If You Switch?

Short answer: the trench, the conduit and the concrete can stay. The station head, its mounting hardware and the network account do not. The one thing that decides how much of the original work carries over is the breaker feeding each parking stall, and that is a number read off a panel at a site visit, not a number a brochure can promise.

A renewal invoice arrives for four pedestals in a condo garage. Nobody currently on the board remembers approving the last one. Somebody asks the obvious question: what happens if the association simply stops paying it, and what is actually left in the ground if the property moves to different hardware.

Both halves of that question have published answers. What follows uses ChargePoint's own support and design documentation for the first and Tesla's own installation documentation for the second.

What ChargePoint says happens if the cloud plan is not renewed

ChargePoint's station owner support FAQ states that ChargePoint stations require a cloud plan to connect to the ChargePoint network and to receive the latest software updates. On non-renewal, the same page states that failure to renew a cloud plan within 90 days of expiration will result in station deactivation, that the station will not appear in the ChargePoint app, that drivers will not be able to find it, and that the owner will not be able to control access or collect revenue. It adds that reactivating a station will require a fee and a potential SIM chip replacement.

The same page describes a token as serialized proof of purchase of a cloud plan, used to enable station operation, and notes that plan tokens are applied to individual stations, so different stations may expire at different times. A garage with four pedestals can hold four different expiration dates. ChargePoint says a customer success manager can synchronize those dates on request.

Worth being precise about what that page does and does not say. ChargePoint describes deactivation in terms of visibility, access control and revenue. It does not, on that page, say what a deactivated unit does for a car plugged into it. A board planning around either answer should get that one in writing from ChargePoint rather than from an installer, Florida Chargers included.

The recurring-fee arithmetic behind the invoice is a separate question, worked through over ten years for a six-port association in a prior post on ChargePoint cloud plan fees.

The expensive part of the original install is still in the ground

On the installs Florida Chargers prices, the costliest part is rarely the box on the post. It is the labor and the distance: the trenching, the conduit, the conductors and the panel work between the electrical room and the stall. Where the money goes on a Florida install breaks that down line by line.

None of that work expires with a software plan. ChargePoint's own civil and mechanical design guidance for the CT4000 says the pedestal can sit on a newly poured pad or on an existing concrete surface, that the concrete base must measure at least 600 mm, or 2 feet, on all sides, and that epoxy anchors can be used for installations in existing concrete.

So the honest framing for a board is not replace everything against keep everything. The site work is an asset the property already paid for, and the question is how much of it the next hardware can sit on top of.

The circuit decides what a replacement can deliver

Both manufacturers publish the numbers.

ChargePoint's design guidance says the CT4000 can run on 208 or 240 volt circuits from 20 amps to 40 amps and will deliver a maximum of 30 amps to a vehicle. The same page recommends running 6 AWG wire, the largest size the station's lugs accept, for potential upgrade to higher power chargers in the future.

Tesla publishes the other half. Its circuit breaker rating and maximum output table for the Universal Wall Connector lists a 60 amp breaker at 48 amps of output and 11.5 kW, under a column headed Power output at 240 volts. A 40 amp breaker gives 32 amps and 7.6 kW. A 30 amp breaker gives 24 amps and 5.7 kW. A 20 amp breaker gives 16 amps and 3.8 kW. Output is lower on 208 volt building service. Tesla's instruction is to install a standard double pole 60 amp circuit breaker for maximum power output and to select a lower amperage configuration if the electrical supply cannot support it, and Tesla states that circuit breaker size is programmed during the commissioning process.

Read the two together and the practical answer falls out. An existing circuit at the top of the CT4000's published range will run a Universal Wall Connector at a configured output matched to that circuit, and a circuit at the bottom of the range will run one slower still. Whether the original electrician took ChargePoint's 6 AWG recommendation is, in dollar terms, worth learning before anyone prices the job.

What the building's service can carry overall is a related but separate question, answered at the panel rather than at the stall: can Tesla chargers avoid an electrical service upgrade.

What does not carry over

The station head and its mounting are manufacturer-specific. In its wall mount section, ChargePoint's guide tells installers to use the provided Concrete Mounting Template, or a ChargePoint approved surface mounting solution. Tesla publishes its own Pedestal for Wall Connector, which Tesla describes as compatible with all Gen 3 Wall Connectors and the Universal Wall Connector and as supporting single and dual mounted configurations, and Tesla says pedestal installation typically requires trenching and a concrete pad to secure the pedestal in place.

Whether one particular pad and its anchor layout can be re-drilled and re-used is a question for a site visit, and a proposal that asserts it either way without having stood on the pad is guessing.

The network account is its own item. ChargePoint's support FAQ directs the buyer of a property with ChargePoint chargers to an asset transfer team, which is a reminder that the stations sit inside an account with paperwork of its own, separate from the steel and the concrete.

When staying on ChargePoint is the right call

ChargePoint's support FAQ notes that a host can prepay a cloud plan for up to 5 years at discounted pricing. A property that has done that already bought the time; one option is to let the prepaid term run out and schedule any transition for its end rather than walk away from money already spent.

A site whose circuits already sit at the top of the CT4000's published range, whose stations are recent, and whose residents are already using the ChargePoint app has less to gain from moving than a site facing a lapsing plan on 20 amp circuits. Florida Chargers says so to properties in that position.

What to put on the site assessment list

• The breaker size feeding each existing stall, and the conductor gauge actually pulled.
• Conduit size and condition, and whether new conductors can be pulled through it.
• The pad: dimensions, slope, and the existing anchor layout.
• The expiration date on each station's cloud plan, since plans are tracked per station.
• The connector type on each existing unit, confirmed on site rather than assumed from the brand name.
• Which lines in the quote are new work, and which are reuse of what the property already paid for.

These apply to any proposal, including one from Florida Chargers.

What a replacement costs and how long it takes

Florida Chargers quotes $5,000 to $8,000 per port installed before incentives, and 6 to 12 weeks from signature to energized. A migration that reuses sound conduit and an adequate circuit sits toward the lower end of that range; one that needs new conductors, a larger breaker or panel work sits higher. Budget utility make-ready programs only: FPL's EVolution Make-Ready Credit provides up to $1,200 per Level 2 port, first-come until the program budget is depleted, and Duke Energy Florida's Commercial Charger Prep Credit covers wiring, panel and conduit work while excluding hardware and permits. Eligibility is confirmed with the serving utility.

Under Share the Revenue, the property invests in the professional installation and Florida Chargers owns and operates the chargers, and the property shares in net charging profit for the full term. Tesla Wall Connector hardware is included. Financing is available for qualified properties to cover the electrical infrastructure and installation with no money down, so a replacement project can start without drawing on reserves. Sites are eligible for listing in the Tesla app's map and Trip Planner once commissioned by a Tesla Certified Installer with reliable connectivity, and Tesla makes the final listing decision.

Florida Chargers is a veteran-owned, Tesla Certified commercial EV installer serving condominium associations, apartment communities and hotels across Florida. For a property with chargers already in the lot, a free site assessment reads the circuit, the conduit and the pad and says plainly how much of the original install carries over. More on how the work is scoped: commercial EV charging in Florida. Reach out for a no-pressure free site assessment.

Call 321-475-2689 or visit flchargers.com.

This article is for informational purposes only and does not constitute legal advice. Consult a licensed Florida attorney for guidance specific to your association.