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How to Get EV Charging Stations Into Routing Apps

Newsroom

How to Get EV Charging Stations Into Routing Apps

Newsroom

How to Get EV Charging Stations Into Routing Apps

A charging station that isn't in a routing app doesn't exist for most EV drivers. They don't scan the horizon for a sign. They don't remember your brand from the motorway. They open a routing app before they leave, and the app tells them where to charge. If your station isn't in that recommendation, the driver goes somewhere else, and they never even know your station was there.

This is the reality charge point operators and eMSPs are up against. Building the hardware is the easy part compared to making sure it's actually surfaced when a driver is planning a route. Getting listed is not automatic, and it is not permanent. It's a data and integration problem, and it has a fairly specific fix.

Here's what determines whether your station shows up, and what to do about each part of it.

Why stations get skipped

Routing apps calculate a recommendation based on the vehicle's energy state, the route ahead, and the charging infrastructure available along the way. For your station to be a candidate in that calculation, three things need to be true:

The app's database needs to know your station exists. The connector types, charge speeds, and access conditions listed need to be correct. And the real-time availability status needs to reflect what's actually happening at the station right now.

Miss any one of these, and the algorithm has a reason to route around you. A station with the wrong connector type listed gets filtered out before it's even considered. A station with no live availability data looks riskier than one that reports it clearly. A station that hasn't been resubmitted or refreshed in months can quietly drop out of an app's index.

Step 1: Get your data into the right format

Routing apps and aggregators pull from standardized data feeds, not from your website or your own app. The most widely used standard is OCPI (Open Charge Point Interface), which most major routing platforms and eMSPs expect for data exchange.

If your station data lives in a proprietary format or a spreadsheet, it's invisible to the systems that matter. The first step is exposing your data through an OCPI-compliant feed, or through an API that a routing provider can integrate directly.

Step 2: Get the details right, not just the location

A pin on a map isn't enough. Routing apps need to know, precisely:

Connector type (CCS, CHAdeMO, Type 2)
Maximum charge speed in kW
Number of connectors and their individual status
Access requirements (public, restricted, app-only, subscription-based)
Pricing structure

Incomplete or generic listings get deprioritized. A routing algorithm optimizing for a driver's specific vehicle and charge need will skip a station where the connector type is unclear over one where it's confirmed.

Step 3: Make availability real-time, not periodic

Static data gets you listed. Live data gets you recommended. Routing apps increasingly weight real-time availability heavily, because a station that's occupied or offline is worse than useless to a driver who's counting on it.

This means your station management system needs to push status updates continuously, not on a daily batch or a manual refresh. If a connector goes offline, that needs to propagate to routing apps within minutes, not the next business day.

Step 4: Integrate directly, or go through an aggregator

There are two paths into routing apps. You can integrate directly with each major routing platform, which gives you more control but means managing multiple integrations and their individual requirements. Or you can connect through a routing and data platform that already has relationships and integrations across the ecosystem, which gets your data distributed more broadly with a single integration.

For most CPOs and eMSPs, especially smaller networks, the second path is faster to implement and easier to maintain.

Step 5: Monitor and keep the data fresh

Getting listed once isn't the end of the work. Routing apps deprioritize or drop stations with stale data, inconsistent uptime, or unresolved discrepancies between reported and actual availability. Data quality needs to be maintained, not just submitted.

Set up monitoring on your own side so you know when a connector's status hasn't updated, when uptime drops, or when your listing information falls out of sync with reality. Treat data accuracy as an ongoing operational responsibility, not a one-time integration task.

The commercial case for getting this right

Every driver routed past your station instead of to it is a session you don't get, and in many cases a customer acquired by whichever competitor's data was clean enough to be recommended instead. Data quality and routing integration aren't back-office technical details. They're the mechanism that determines whether your infrastructure investment generates the utilization it needs to pay for itself.

Chargetrip offers both API integration for CPOs and eMSPs building their own routing and data distribution, and No-code tools for those who want their stations visible in routing apps without a development project.

See how Chargetrip can get your network into routing apps.