OCPP Integration Platform for Network Operators

Connect Any Charger.
Manage Any Network.

Emobi sits between your EVSE hardware and your operations stack — translating OCPP 1.6J and 2.0.1 messages, routing utility demand response signals, and delivering clean session data to your billing system. One API. No custom middleware.

OCPP 1.6J & 2.0.1 OpenADR 2.0 Ready Hardware-Agnostic
Emobi platform dashboard showing OCPP charge station list with live session status, health scores, and a network map overlay

Compatible with leading EV hardware

OCPP Standard ABB e-mobility Webasto Kempower Schneider EV Eaton

Why Emobi

The Integration Layer Your Network Needs

One API that normalizes OCPP message flows, surfaces NOC-grade station visibility, and connects your charging network to utility demand response programs.

Hardware-Agnostic

Connect any OCPP 1.6J or 2.0.1 compliant EVSE without custom firmware work. Emobi handles protocol version negotiation and message normalization across 40+ hardware models.

Real-Time Operations

Live session monitoring, remote diagnostics, and auto-remediation playbooks — all in one NOC dashboard. MTTR measured in minutes, not hours. Your ops team acts on signals, not raw OCPP error codes.

Utility-Ready

Emobi implements the OpenADR 2.0b VEN interface for automated demand response. Receive utility EiEvent signals, apply configurable TOU rate schedules, and generate EiReport compliance data — without writing protocol code.

Platform Overview

One Platform. Every Layer of the Charging Stack.

OCPP Protocol Management

Single Gateway for Every Charger Firmware

Emobi's OCPP gateway handles 1.6J and 2.0.1 simultaneously, abstracting firmware differences so your operations team sees one unified control surface — regardless of how many hardware vendors are in your network.

OCPP Management Details
Architecture diagram showing OCPP 1.6J and 2.0.1 charger models connecting through the Emobi integration gateway to the operator management dashboard

Network Operations Center

Live Station Health. Automated Remediation.

Live session heatmaps, station health scoring, and auto-remediation playbooks cut mean-time-to-resolve from hours to minutes. Your NOC team acts on signals, not symptoms.

Network Ops Details
Emobi Network Operations Center dashboard showing station health heatmap, active session list, and real-time alert queue

Energy & Grid Integration

Grid-Aware Charging From Day One

Schedule charging around rate windows, respond to utility demand signals, and report carbon intensity — all through configurable rule sets. Built-in OpenADR 2.0 support means no separate middleware stack.

Energy Management Details
Demand response flow diagram showing utility signal flowing through Emobi platform to EV charging schedule adjustments

Integrations

Connects to Your Existing Stack

Pre-built connectors for fleet telematics, billing platforms, utility APIs, and EV roaming networks. No custom middleware required.

Salesforce
CRM
SAP Fleet
Fleet ERP
PowerFlex
Grid Management
OCPI Roaming
Network Protocol
Tesla Fleet API
Fleet Telematics
Geotab
Telematics
Samsara
Fleet Telematics
Stripe
Billing
40+ Hardware Models Supported
99.7% Platform Uptime SLA
<120ms OCPP Command Latency
OCPP 2.0.1 Protocol Ready

Operator Outcomes

What CPOs and Fleet Operators Say

Emobi's integration layer cut our hardware onboarding time by 60%. We were live with three new station models in a week — something that would have taken months of custom firmware work before.

Marcus Teller
Head of Operations, Voltaris Charging Co.

We'd been trying to qualify for our utility's DR program for two years — the OCPP-to-OpenADR translation was blocking us. Emobi solved that in weeks. We received our first EiEvent signal within a month of onboarding.

Priya Nair
Director of Fleet Technology, Greenway Fleet Solutions

Stop Rebuilding Integration Logic for Every New Charger

Talk to an Emobi integration engineer. Bring your hardware vendor list and your current ops stack — we'll show you the specific protocol gaps Emobi closes and what your first OCPP connection looks like.