High-frequency telemetry, carrier-grade network redundancy, and real-time diagnostic intelligence across the AVION 120 fleet.
Full-featured compliance with Open Charge Point Protocol (OCPP) 1.6 JSON over secure WebSockets (WSS). Architected with modular state-machine pipelines allowing forward-compatible, remote migration to OCPP 2.0.1 without on-site controller re-flashing.
Complete operational autonomy with zero vendor lock-in. Connect AVION 120 hardware directly to any commercial Charge Point Operator (CPO) platform, enterprise fleet telematics dashboard, ERP system, or municipal billing gateway.
Continuous hardware link assurance through automatic failover. Primary high-throughput Gigabit Ethernet, reinforced by dual-SIM 4G LTE modems with automated multi-carrier fallback, backed by industrial local Wi-Fi for maintenance engineers.
AVION 120 exposes an exhaustive stream of micro-sampled electrical parameters, physical sub-assembly states, and thermal profiles directly through standard OCPP framing and low-latency diagnostic channels.
Full three-phase DC and AC stream coverage including current, voltage ripple, instantaneous active power, and reactive totals.
Granular internal fault classification covering contactor bounce, pilot dropouts, insulation breakdown, and thermal thresholds.
Full MID (Measuring Instruments Directive) standard traceability and tamper-resistant transaction registers guarantee indisputable energy audit trails for fiscal clearing and tariff accounting.
Live stream monitoring of DC bus voltage, load current, power draw, energy consumed, real-time EV Battery SOC, input grid frequency, and reactive power factor down to per-second granularity.
Sub-assembly diagnostics continuously inspect isolation resistances, control pilot circuit integrity, contactor weld conditions, and multi-point thermal probe profiles to isolate root causes instantly.
Pre-dispatched diagnostic intelligence provides field engineers with the exact board-level part number and failure signature prior to site dispatch, eliminating exploratory repair visits.
Fine-grained consumption feedback enables upstream smart dynamic load management (DLM) controllers to balance cluster power demand dynamically without tripping substation peak capacity caps.
Algorithmic tracking of contactor cycle fatigue, thermal gradient spikes, and cable resistance drift allows preemptive component replacement during planned windows before physical breakdown occurs.
Physical sensor state changes, door interlock triggers, and emergency stop engagements are translated into standardized OCPP StatusNotification and LogStatusNotification packets for seamless multi-vendor CPO platform ingestion.
Every AVION 120 unit streams health packets to our centralized command infrastructure. Automated rule engines parse anomalies, detecting subtle micro-arcing signatures, DC ripple variances, or pilot voltage degradation within milliseconds.
Continuous evaluation of power-module heatsinks, copper busbars, and gun pin terminals across variable ambient ambient profiles. Automated derating algorithms protect internal electronics long before hardware cutoffs trigger.
Secure encrypted Over-The-Air (OTA) firmware deployments, cryptographic security certificate renewal, and dynamic operational parameter adjustment executed fleet-wide without requiring dispatch or on-site physical interaction.
Reliability benchmarks are achieved through rigorous hardware design, multi-path telecommunication failover, and automated NOC alert routing. Standard exclusions apply to upstream utility power outages, customer-provided network termination faults, unstandardized vehicle handshake anomalies, and scheduled maintenance windows defined under commercial service level agreements.
Discuss bespoke OCPP backend configurations, private APN cellular setup, or dynamic load balancing schemes directly with our industrial infrastructure team.
