Core system
The system that connects, normalizes, and governs your charging data.
The ChargeControl system brings vehicles, chargers, meters, and sessions into one governed dataset that other modules build on.
What the system provides
A single governed foundation that other ChargeControl modules and integrations build on.
Unified operational dataset
Vehicles, chargers, meters, and sessions are normalized into one dataset instead of separate silos per domain.
Role-based governance
Roles and permissions determine who can see and act on charging data, sites, and drivers.
Cross-domain visibility
Home, public, workplace, and depot charging activity stay visible in one operational view.
Policy enforcement
Charging rules and approval boundaries apply consistently as more sites, drivers, and hardware join.
How the system works
Data moves through a consistent path from connected hardware to governed, usable records.
Ingest and normalize data
Sessions, meter readings, and device status flow in from connected chargers, vehicles, and sites.
Apply roles and policy
Access and charging rules are enforced based on the roles and policy configured for each site or team.
Surface operational status
Charging activity, exceptions, and site status stay visible without switching between separate tools.
Feed downstream modules
Governed data flows into energy management, settlement, and reporting without duplicate entry.
Protocols the system connects to
Open protocols keep the underlying hardware and network layer interoperable.
Charge point protocols
OCPP-based connectivity keeps charge points from different vendors speaking one protocol.
Energy device protocols
Modbus and EEBus connect meters, batteries, and site energy equipment into the same dataset.
Roaming and identity
OCPI and ISO 15118 Plug & Charge support cross-network roaming and vehicle-based identification.
The governed foundation other modules build on
The ChargeControl system is the layer that turns connected vehicles, chargers, meters, and sessions into one governed dataset. Rather than each domain keeping its own record of activity, home, public, workplace, and depot charging all resolve into the same operational view, with roles and policy determining who can see and act on what.
That governance is enforced consistently as more sites, drivers, and hardware come online, so the underlying data model does not fragment as the network grows. Open protocols such as OCPP, OCPI, ISO 15118 Plug & Charge, Modbus, and EEBus keep the hardware and network layer interoperable underneath it.
Because the system is the shared foundation, energy management, settlement, and reporting all work from the same governed records instead of reconciling separate copies of the same activity.