What to Do When Your EV Charging Station Is Out of Service

A charger that won't start a session is one of the most disruptive things that can happen to a fleet depot or a driver mid-route. The screen is blank, the app says “offline,” or the connector just refuses to latch—and now a vehicle that needs to charge, can't. Here's what to actually do about it, and how to make sure the next outage doesn't catch you off guard.

First, check the basics

Most charger faults fall into a handful of categories, and a few minutes of triage often tells you whether it's a quick fix or a real outage:

• Look for an error code on the unit's display or indicator lights—most networked chargers surface a specific fault rather than failing silently.
• Check the charging network's app or status page. Many "broken" chargers are actually a network or connectivity dropout, not a hardware fault.
• Try the other connector or port on the same unit, if it has one—a single failed connector doesn't always take the whole charger down.
• Check the breaker and power supply to the unit before assuming the charger itself is at fault.
• Contact your charge point operator or CPMS support line and get a ticket number—you'll want that reference if the outage drags on.
• Photograph the error state and note the time. It matters for warranty claims, SLA disputes, and your own downtime records.

Why EV chargers go out of service

Charger downtime isn't random—it clusters around a few well-understood causes: network and cellular connectivity dropouts, hardware wear on connectors and cables, firmware bugs that require a remote reset, and physical damage. Connectivity issues in particular are a recurring theme in industry reliability research—ChargerHelp's reliability analysis found that station age and network health are two of the strongest predictors of whether a charger is actually available when a driver needs it.

None of that makes the outage less inconvenient in the moment—but it does mean most faults are diagnosable, and a growing number are preventable with regular maintenance and monitoring.

For fleets, downtime is an operations problem

A single driver can usually route around a broken charger by finding another one. A fleet depot with one primary charger and a full shift of vehicles to charge doesn't have that luxury—a broken charger can mean grounded vehicles, missed routes, and a scramble to find a solution while the clock runs.

That's the idea behind charging continuity: making sure one point of failure—a single charger going out of service—never becomes a fleet-wide problem. It's the difference between an outage being a footnote and an outage being the reason vehicles didn't run today.

Build a response before the next outage

Troubleshooting steps help in the moment, but they don't solve the underlying risk: what happens to your fleet while the charger is actually being repaired? That's what CharjGo's Charging Station Backup Plan is built for—a pre-planned mobile charging response so a broken charger doesn't dictate your operating schedule. A plan defines, in advance:

• Which vehicles get priority charging if capacity is limited during an outage
• The activation process and who to call the moment a charger goes down
• An agreed response SLA, so "we'll get to it eventually" isn't the plan

When the plan is activated, CharjGo brings mobile DC fast charging directly to your priority vehicles for as long as the fixed charger is out of service—whether that repair takes a few hours or a few days.