EV Charging Operations
Monitor charger health, sessions, site capacity and OCPP connectivity.
- Live charger state
- Session reliability
- Site load control
- OCPP alerts
A modular architecture for coordinating mixed infrastructure and retaining traceable data from the edge to enterprise reporting.
Each module presents the same connected infrastructure through the decisions, controls and evidence relevant to its users.
Monitor charger health, sessions, site capacity and OCPP connectivity.
Coordinate energy around vehicle readiness, routes and transition progress.
Align charging and site demand with solar generation and grid conditions.
Dispatch storage against peak, cost, resilience and carbon objectives.
Turn forecasts, tariffs and asset constraints into coordinated decisions.
Translate operational signals into traceable sustainability evidence.
A consolidated view of charging, fleet, renewable energy, storage, operating risk and reporting coverage.
Connect charger state, OCPP connectivity, session outcomes and site power constraints in one operational view.
Managed charging flattens the 17:30 demand peak while preserving departure readiness.
Move beyond charger monitoring to understand vehicle readiness, route demand and electrification progress.
Modelled values; boundaries and factors depend on implementation.
A behind-the-meter view of when energy is produced, stored, imported and allocated to flexible demand.
Forecast confidence 87% · Updated from illustrative weather feed
Combine battery policy, reserve requirements, site support and event history in a controlled operating interface.
Solar soak dispatch is feasible against the current illustrative constraints.
Select an objective, respect physical constraints and return an explainable operating schedule.
Solar output declines while fleet demand rises. Delaying six flexible sessions preserves all high-priority departures and keeps the projected grid peak below the active constraint.
Keep operational metrics connected to source coverage, calculation boundaries and reporting outputs.
No file is generated in this demonstration interface.
All metrics are simulated. Reporting boundaries, factor sources, assurance responsibilities and calculation methods depend on implementation.
Alerts become assigned, prioritised workflows with owners, status and resolution windows—not just dashboard notifications.
Vendor-neutral integration connects asset protocols and operational data to forecasting, optimisation, reporting and workflow.
Deployment patterns can reflect latency, resilience, site control and data residency requirements.
Device identity, role-based access, provenance, calculation boundaries and audit logs remain implementation-specific.
OCPP, telematics, meters, BMS, APIs and exports are supported subject to project compatibility.
Map your assets, data sources, constraints, control boundaries and reporting needs into a practical platform architecture.