AI-Powered Electricity Monitoring & Equipment Protection

Real-time electricity monitoring, sub-cycle AI anomaly detection, and automated physical equipment protection for mission-critical enterprise and municipal infrastructure.

See How It Works
VOLTAOT industrial DIN-rail smart energy monitoring IoT device installed in an industrial panel
TELEMETRY STREAM: FEEDER-04
CLASS 0.5S ACCURACY
VOLTAGE (3-PHASE)401.2 VBalanced (±0.3%)
LOAD CURRENT (RMS)84.6 APhase B: 85.1 A
ACTIVE REAL POWER58.7 kWPF: 0.98 Inductive
EDGE INFERENCESTABLE0.04% Deviation
GRID FREQUENCY: 50.02 Hz
• LIVE

The Hidden Cost of Unmonitored Electrical Infrastructure

Modern commercial facilities, hospitals, and water pump stations run on aging switchgear with zero sub-cycle visibility. Utility bills only tell you what you spent 30 days ago—leaving electrical assets vulnerable to expensive surges and unmanaged load peaks.

Surging Utility Penalties

Uncontrolled inductive inrush currents trigger maximum demand penalties and power factor surcharges on regional tariffs.

Financial Drain

Phase Blind Spots

Sub-distribution panels lack dedicated telemetry. Electrical imbalances go unnoticed until cables run at thermal limits.

Operational Risk

Premature Motor Wear

Total Harmonic Distortion (THD) and micro-voltage sags silently cook copper windings in pumps, chillers, and CNC spindles.

Capital Degradation

Catastrophic Outages

Cascading breaker trips bring assembly lines to a sudden standstill, creating millions in idle labor and delayed deliveries.

Downtime Hazard

Delayed Diagnostics

Relying on quarterly manual audit clips leaves engineers solving electrical incidents through guesswork instead of data.

Lack of Telemetry

Up to 30% energy waste in unmonitored facilities

Identified & mitigated within the first 14 days of non-invasive split-core CT deployment.

AUDIT YOUR SWITCHGEAR →

From Raw Current to Autonomous Equipment Protection

A continuous, deterministic 6-step loop running directly between your physical busbars and edge neural processors.

01 MEASUREINPUT

Split-Core CTs

Non-invasive snap-on current transformers capture True RMS voltage & amperes up to 4000A without line shutdown.

Data: 10kHz Raw Waveforms
02 TRANSMITBUS

4G LTE / Sub-GHz

Zero dependency on facility IT. Direct encrypted cellular or RS-485 Modbus telemetry bridge to edge gateway.

Bus: AES-256 TLS 1.3
03 ANALYZEEDGE

Edge Processing

Local ARM Cortex-M4 computes Active/Reactive power, THD harmonics to the 31st order, and unbalance coefficients.

Latency: < 2.4 ms
FLAGSHIP CORE
04 DETECTAI MODEL

Baseline Inference

On-device neural inference flags deviations against 100+ dynamic facility baseline operational profiles.

Confidence: 99.85%
05 ALERTNOTIFY

Push Broadcast

Instant alerts sent to field technician mobile apps, SCADA controllers, and enterprise SMS dispatch queues.

Dispatch: Sub-second
06 PROTECTACTION

Hardware Shunt

Optional dry-contact relay opens breaker shunt in <8ms upon severe phase loss, neutral lift, or destructive surges.

Isolation: Hardware Trip

Comprehensive Industrial Power Monitoring Features

Built according to IEC 62053 Class 0.5S standards for uncompromising industrial electrical measurement.

Real-Time True RMS

Measures 3-phase Voltage, Current, Active Power (kW), Reactive Power (kVAR), and Power Factor at 100ms refresh cycles.

PATENTED AI

AI Anomaly Detection

Continuous Bayesian pattern recognition discovers anomalous inductive spikes and micro-arcing before breakers trip.

Equipment Protection Relay

Sub-cycle physical shunt trip commands isolate vulnerable CNC controls and HVAC compressors during unsafe phase losses.

Power Quality & THD

Conforms to IEEE 519 standards with automated harmonic distortion tracking up to 31st harmonic order and crest factor metrics.

72-Hour Predictive Alerts

Machine learning models predict capacitor bank failure, transformer saturation, and insulation leakage hours in advance.

Multi-Site Fleet View

Consolidate hundreds of manufacturing facilities, substations, and branch buildings into a single unified telemetry pane.

ESG & Carbon Accounting

Automated Scope 2 greenhouse gas calculations aligned with ISO 50001 energy audits and municipal reporting standards.

Field Technician Mobile

Bluetooth BLE 5.3 instant commissioning paired with push alerts, lock-out/tag-out status, and breaker temperature logs.

Deterministic Anomaly Detection on Industrial Power Feeds

Standard electrical meters check thresholds once every 15 minutes. VOLTAOT executes on-device continuous baseline inference at microsecond intervals, separating harmless motor inrush from destructive insulation breakdown.

Continuous Baseline Learning

Dynamically adjusts to shift changes, seasonal chiller cycles, and operational batch profiles without manual calibration.

Predictive Deviation Alerts

Catches thermal runaway in motor windings before winding temperatures trigger emergency thermal breaker shutoffs.

Actionable Root-Cause Pinpointing

Dispatches exact harmonic order flags (e.g. 5th Harmonic 45% THD) to guide electrical contractors directly to faulty VFD drives.

FEEDER #3 - INCOMING CHILLER MOTOR FEEDCHART: ACTIVE POWER vs 14-DAY ADAPTIVE BASELINE
SEVERITY 1 FAULT
80 kW60 kW40 kW20 kW0 kW00:0004:0008:0012:0014:20 [TRIP]18:00ANOMALY SPIKE: 74.4 kW+55% OVER ADAPTIVE BASELINE
Measured Telemetry Stream
Learned Baseline Envelope
DIAGNOSTIC ADVISORY #8921-A

Phase B Harmonics exceeded IEEE 519 thresholds. Action recommended: Inspect Chiller Compressor #3 Variable Frequency Drive rectifier bridge.

Fail-Safe Architecture

Autonomous Protection Sequence: Millisecond Isolation & Safe Recovery

When severe electrical faults occur, microseconds dictate the difference between a controlled trip and an industrial switchboard explosion.

STATE 01 • DETECTED

Grid Fault Triggered

Phase unbalance exceeds 8% or transient overvoltage spike (>480V RMS) sensed on primary busbar inputs.

Response:T + 0.8 ms
STATE 02 • ISOLATED

Shunt Trip Activated

Hardware relay drives circuit breaker trip coil. Contactor drops load, isolating downstream machinery from lethal surges.

Trip Timing:< 8.0 ms
STATE 03 • VERIFYING

Stability Assurance

Edge controller continuously verifies upstream line voltage, frequency stabilization, and residual line impedance for 180s.

Verification:180s Stable Hold
STATE 04 • RESTORED

Soft Re-Engagement

Safe reclose command dispatched at voltage zero-crossing to eliminate equipment inrush stress. System normalizes.

Zero-Cross:± 2° Phase Lock
Studio photography shot of the VOLTAOT X1 industrial DIN-rail energy monitoring hardware device
SPEC X1 • INDUSTRIAL DIN RAIL
IP51 ENCLOSURE • UL94-V0

VOLTAOT X1 AIoT Industrial Gateway

Designed from the silicon up for harsh electrical switchboards. Flame-retardant poly-carbonate casing, certified galvanic isolation, and instant snap-on standard 35mm DIN-rail compatibility.

ELECTRICAL MEASUREMENTClass 0.5S IEC 62053-223-Phase 4-Wire / 3-Wire Wye & Delta
ON-DEVICE EDGE CPUARM Cortex-M4 @ 168MHzHardware FPU + 512KB SRAM Local Cache
CONNECTIVITY INTERFACES4G LTE Cat-M1 / NB-IoTRJ45 10/100 Ethernet + RS-485 Modbus
PROTECTION RELAY OUTPUT10A Dry-Contact Shunt<8ms Actuation Trip • 250V AC Max
0-4000ACurrent Range
-25°C to +70°COperating Temp
2.5 kVGalvanic Isolation

Monitor Your Switchgear From Anywhere

The VOLTAOT Mobile App delivers real-time plant intelligence directly to facility managers, shift supervisors, and field technicians without needing access to corporate desktop SCADA workstations.

  • Live Electrical Monitoring:View active voltages, phase currents, and total real power across every breaker in real-time.
  • Sub-Second Push Alerts:Instant SMS and push notifications when THD or phase unbalance breaches safety thresholds.
  • Remote Relay Override:Secure multi-factor authentication for emergency remote circuit isolation during maintenance.
  • LOTO & Safety Clearance:Digital Lock-Out/Tag-Out verification logs synchronized between field tech mobile and cloud console.
  • Automated Energy Reporting:Generate ISO 50001 audit PDFs and CSV telemetry logs directly from your mobile device.
VOLTAOT Mobile Application Screenshots
LIVE LOAD2.86 kW
DAILY kWh10.33 kWh
POWER FACTOR0.98 PF

Tailored Platforms for Enterprise & Government

Dual-purpose software ecosystem tailored to industrial operators and public grid management.

ENTERPRISE OPERATIONAL CONSOLE

Commercial & Industrial (B2B) Energy Management

Designed specifically for multi-facility enterprise businesses. Monitor factory campuses, commercial complexes, and retail chains from one centralized operational console.

  • ✓Multi-Site Portfolio & Role-Based Access Control
  • ✓Peak Demand Mitigation & Tariff Optimization
  • ✓Automated ISO 50001 Reporting & Scope 2 Carbon Accounting
  • ✓Sub-second Anomaly Alerts via Push, SMS & Webhook
VOLTAOT B2B Enterprise Console Screenshot
ACTIVE SITES: 7 CAMPUSESSAVINGS: 30% AVG

End-to-End Industrial System Architecture

Multi-stage enterprise grid architecture from physical sensors to cloud analytics.

LAYER 01
SENSING

Split-Core CTs & PTs

Sub-cycle waveform sampling at 4.8kHz for voltage, current, and harmonics.

NODE_01 // NOMINAL
LAYER 02
EDGE GATEWAY

ARM Cortex-M4 SPEC X1

On-device neural processing unit executing local baseline anomaly detection.

NODE_02 // NOMINAL
LAYER 03
TRANSIT

MQTT over TLS 1.3 / 4G

Encrypted cellular LTE-M or Ethernet telemetry bridge to cloud ingestion.

NODE_03 // NOMINAL
LAYER 04
CLOUD ENGINE

Time-Series DB & AI

High-throughput time-series indexing, long-term history, and ESG auditing.

NODE_04 // NOMINAL
LAYER 05
PRESENTATION

B2B Console & Apps

Role-based enterprise web dashboards, municipal grid views, and mobile push alerts.

NODE_05 // NOMINAL

Product & Technology Roadmap

A systematic engineering rollout from core IoT sensing to autonomous smart grid orchestration.

PHASE 01COMPLETED
Q1-Q2 2025

Hardware & Sensing MVP

Core DIN-rail meter prototyping, 4.8kHz CT sampling calibration, and basic telemetry ingestion.

MILESTONE 01
PHASE 02IN PROGRESS
Q3 2025

AI Anomaly Engine

On-device neural inference deployment, baseline learning models, and harmonic distortion tracking.

MILESTONE 02
PHASE 03PLANNED
Q4 2025

Hardware Protection Relay

Integrated 10A dry-contact shunt trip activation, zero-crossing reclose logic, and safety certification.

MILESTONE 03
PHASE 04PLANNED
Q1-Q2 2026

B2G Municipal Platform

Regional utility grid SCADA integration, substation load balancing, and GIS outage mapping.

MILESTONE 04
PHASE 05PLANNED
Q3-Q4 2026

Autonomous Grid Balancing

Self-healing islanding protocols, dynamic demand response trading, and microgrid synchronization.

MILESTONE 05

Voltaot is building a smarter, safer, and more resilient future for electrical infrastructure.

Empowering facility engineers and municipal operators with continuous precision intelligence.

FINANCIAL SAVINGS

Eliminate power waste, peak demand surcharges, and costly equipment downtime.

PREVENTATIVE SAFETY

Catch thermal runaway, arc faults, and harmonic distortion before breakers trip.

ISLANDING & RECOVERY

Automated dry-contact relay tripping with soft zero-crossing load re-engagement.

SUB-CYCLE CONTROL

4.8kHz continuous 3-phase sampling paired with on-device neural processing.

4.8kHz CT SENSORS
EDGE AI INFERENCE
PHYSICAL PROTECTION

Ready to Transform Your Electrical Operations?

Partner with VOLTAOT for a 14-day zero-impact passive power quality pilot.