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Ray · For EV charger OEMs

Your data. Our intelligence.

Your chargers report to the operator's CMS. Ray gives you your own line to them: component health, OCPP messages and remote fixes, in one cloud platform.

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OCPPPower Module 1Power Module 2Power Module 3Power Module 4AC / DCI / OCharger healthPower modulesContactor 2Cabinet tempGunsTemperatureModule loadUptime97%this monthChargerRayDashboardCMSWebSocket
OCPP messages
See what the CMS sees
Component health
Down to each part
Connectivity insights
Disconnects, latency, retries
Remote fixes and OTA
Without a site visit

01 · The OEM blind spot

Your chargers talk to the CMS. Not to you.

Once a charger is installed, its data goes to the operator's CMS. When something goes wrong, the people who built the charger are the last to know.

01

OCPP data goes to the CMS, not to you

The charger reports to whichever CMS the operator chose. You can't see what your own charger is saying.

02

OCPP only tells part of the story

It shows status and fault codes, not why a power module overheated or a contactor failed. Enough to monitor, not to diagnose.

03

You need component data to build better chargers

Root causes, failure patterns and real-world performance improve your next design. Without them, you're guessing.

Ray gives you a direct line to every charger you've built: its OCPP messages and its component data, sent straight to you.

02 · What Ray understands

Ready for every part of your charger.

Ray comes with a ready data model for each key component. Send the metrics, and Ray knows what they mean.

Power modules

Health, output, temperature and faults.

AC and DC contactors

Open or closed state, confirmation and wear.

Input power supply

Voltage, current, frequency and quality.

Output power

Delivered power, voltage and current.

Guns and connectors

Connection state, temperature and usage.

Cabinet

Internal temperature, humidity and cooling.

Door

Open or closed, and tamper events.

03 · How it works

Collect. Send. Understand. Act.

  1. STEP 01

    Collect

    Your charger gathers metrics from its components.

  2. STEP 02

    Send

    Stream them to Ray's secure WebSocket backend, in an OCPP-like message format.

  3. STEP 03

    Understand

    Ray turns the data into health dashboards, alerts and diagnosis.

  4. STEP 04

    Act

    Diagnose remotely, fetch logs, change settings or push an OTA update.

Ray gets data straight from the charger, so it works whichever CMS your customers use.

04 · What Ray does

Monitor, diagnose and fix from anywhere.

OCPP message monitoring

Your charger sends a copy of its OCPP messages to Ray, so you see what the CMS sees and know exactly where a session failed.

Charger health monitoring

Contactors, power modules, temperatures, electrical parameters, faults and alarms, down to the component.

Connectivity health

Network stability, CMS connection, disconnects, retries, latency and communication failures.

Remote operations

Remote diagnostics, configuration and parameter updates, log retrieval, remote commands and OTA firmware updates.

05 · From alert to fix

Know the fault before you leave the office.

  1. STEP 01

    Alert

    Contactor 2 did not confirm it closed.

  2. STEP 02

    Diagnose remotely

    Check its logs, OCPP messages and component data.

  3. STEP 03

    Fix

    Push a configuration change or update over the air, or send an engineer who already knows the fault and has the right part.

HaloZ 120 · SN 24-0187Live
Fault · Contactor 2
Did not confirm it closed · 10:42
Power modulesHealthy
Contactor 1Healthy
Contactor 2Fault
Cabinet temperatureNeeds attention
Last OCPP messageStatusNotification · Faulted
Fetch logsChange settingPush OTA

06 · You collect, we make sense of it

You build the charger. We build the platform that watches it.

You

– Build great chargers

– Collect component data

– Send it to Ray

We

– A ready data model for every component

– Processing, health scoring and fault detection

– Dashboards and alerts

– Remote commands and OTA delivery

– Cloud, uptime and security

07 · What OEMs get

Fewer site visits. Better chargers.

Fewer site visits

Diagnose remotely; travel only when a part needs replacing.

Faster fixes

Engineers arrive knowing the fault, with the right part.

Lower warranty cost

Catch failing parts early, before they cause bigger damage.

Better uptime for your customers

Operators see fewer failures on your hardware.

Better next-generation chargers

Real-world component data feeds your design and testing.

08 · Who it's for

Built for the people who build chargers.

Charger OEMsOEM service and support teamsOEM R&D and quality teams

09 · FAQ

Questions OEMs ask.

What do we need to build?

Data collection on the charger and sending it to Ray. Everything after that is Ray.

Which components does Ray support?

Power modules, AC and DC contactors, input and output power, guns, cabinet, door and more.

Does it work with any CMS?

Yes. The Ray platform has nothing to do with the CMS. Ray receives data directly from the charger.

Does Ray replace the CMS?

No. The CMS runs the business: sessions, payments and drivers. Ray is the OEM's view of the hardware. Both run side by side.

Know every charger. Fix it from anywhere.

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