INDUSTRIAL TECHNOLOGY

Deterministic Edge Intelligence Inside the Switchgear

Electrical risks unfold in milliseconds. VANNIC places dedicated computing power directly onto the industrial switchboard DIN-rail, ensuring autonomous vigilance without external dependencies.

HARDWARE INTEGRATION

The VANNIC Industrial Edge Controller

Engineered to bridge the physical electrical switchboard with modern supervisory intelligence.

VANNIC INDUSTRIAL EDGE CONTROLLERREV 2.4
DIN-RAIL EMBEDDED REAL-TIME ENGINE
PWR
RS485
DETERMINISTIC
01. SENSING INPUTS
3-Phase CT LoopsTrue-RMS
Voltage Ref (415V)Nominal 50Hz
Busbar Thermal Index41.8°C [Safe]
Sub-Cycle Ingestion
02. LOCAL ENGINE
Unbalance Delta0.8% [Balanced]
Pre-Trip BufferContinuous Rec
Offline Autonomy100% Deterministic
Zero Cloud Latency
03. PREVENTIVE SHED
Aux Vent Blower 01Staged Hold
Secondary ChillerInterlocked
Core Medical / LineGuarded
Approved Non-Critical Only
DIN-Rail 35mm Industrial Chassis
Modbus RTU / RS485 Native Link
Galvanically Isolated Channels
Edge Determinism

Zero Reliance on External Networks

Electrical faults do not wait for internet handshakes. All anomaly detection, unbalance calculations, and approved non-critical load shedding logic execute deterministically on local hardware inside the electrical panel.

Brownfield Compatibility

Non-Disruptive Retrofit Deployment

Engineered to coexist with existing distribution boards, multi-function meters, and motor control centers without requiring plant shutdowns or rewiring certified breaker assemblies.

ENGINEERING SPECIFICATION OVERVIEW
Mounting Standard
35mm Industrial DIN-Rail Enclosure
Sensing Topology
3-Phase 4-Wire (3P4W) / 3-Phase 3-Wire (3P3W)
Voltage Input Range
Up to 500V L-L Nominal True-RMS
Current Ingestion
Standard 5A / 1A CT Secondary or Split-Core
Fieldbus Support
RS-485 Modbus RTU (Multi-Drop Master/Slave)
Isolation
Galvanically Isolated Sensing & Output Channels
Local Autonomy
100% Deterministic (Zero Cloud Dependency)
Telemetry Security
Outbound TLS / Encrypted MQTT Stream
ARCHITECTURE PILLARS

Six Layers of Electrical Protection & Intelligence

From raw electromagnetic physical phenomena to central fleet visualization.

PHYSICAL LAYER

Three-Phase Electrical Sensing

High-rate continuous True-RMS sampling across L1, L2, L3 and Neutral lines. Captures phase voltage unbalance, inrush transients, active/reactive load vectors, and harmonic current spectra up to standard industrial orders.

EDGE ENGINE

Local Deterministic Processing

Embedded computing hardware located directly inside switchgear enclosures. Mathematical algorithms compute negative sequence current, thermal rate-of-rise, and predictive demand thresholds in sub-cycle timeframes.

CONTROL ACTUATION

Preventive Supervisory Interlocks

Galvanically isolated output relays interface directly with contactor control circuits or auxiliary trip loops of approved non-critical loads, executing staged shedding prior to breaker trip curves.

CONNECTIVITY

Industrial Fieldbus & Communications

Native RS-485 Modbus RTU / TCP interfaces enable non-disruptive integration with existing digital multi-function meters, power quality analyzers, and MCC panels.

DATA LAYER

Secure Outbound Telemetry Stream

One-way encrypted outbound telemetry connects to GRiDMiND with solid-state store-and-forward buffers, ensuring continuous operation and data integrity even during plant network dropouts.

FORENSIC LOGS

Sub-Cycle Forensic Buffering

Continuous circular RAM/flash buffers freeze and capture high-resolution waveform data before, during, and after an anomalous event for post-incident root cause forensics.

SYSTEM TOPOLOGY

Physical Infrastructure to Cloud Platform

How electrical data travels securely from switchboards to operators.

Physical LayerSTAGE 01

Electrical Infrastructure

Switchgear & Busbars
415V LT / 11kV HT Panels • Incomer ACBs • MCCs

Three-phase incoming feeders, transformers, distribution panels, and inductive motor loads.

Sensing LayerSTAGE 02

Non-Intrusive Sensing

Split-Core Probes
True-RMS • 64+ Samples/Cycle • Class 0.5

Continuous sub-cycle current, voltage unbalance, power factor, and thermal signature ingestion.

Edge LayerSTAGE 03

Industrial Edge Controller

Deterministic Logic
< 20 ms Response • Offline Autonomous Engine

Embedded anomaly detection running independently of cloud, WiFi, or external network availability.

Control LayerSTAGE 04

Preventive Load Control

Supervisory Interlocks
Dry Contacts • Modbus RTU/TCP • Priority Tiers

Autonomous staged shedding of approved non-critical auxiliary loads before main capacity trips.

Supervisory LayerSTAGE 05

VANNIC GRiDMiND

Facility Console
Sub-Second Telemetry • Waveform Forensic Logs

Centralized visibility, event timeline reconstruction, and multi-site electrical fleet benchmarking.

Deterministic Edge Execution: Anomaly detection & preventive shedding cycle in < 20 ms without relying on cloud availability.
Continuous SupplySplit-Core IngestionAutonomous Local Edge

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