EES
RC Controls Digital TwinElectrical Transient Analysis & Condition Monitoring
NORMAL
ACTIVE DIAGNOSTIC ASSET

Standalone RC Controls

Manual laboratory test

Topology Low-Pass RCSource LaboratoryAuto Test ACTIVE
SimulationIDLE
ModeCHARGE
Elapsed0.00 s
TEST CONFIGURATION

Circuit Controls

VIRTUAL INSTRUMENT

Oscilloscope

VoltageCurrent
FREQUENCY RESPONSE

Bode Analysis

Live sweep 0%Current frequency — Hz
Cutoff Frequency159.15 Hz
Gain at Cutoff-3.01 dB
Phase at Cutoff-45°
Effective Capacitance1000 µF
REAL-TIME ELECTRICAL MONITORING

Power & Breaker Analytics

MONITORING
Instantaneous Appliance Draw0 W0.00 A at 120 V
RC Control Circuit0.000 WBoard-level consumption
Session Energy0.000 kWh$0.00 estimated cost
Peak Demand0 WNo peak captured
Live Appliance PowerInstantaneous watts and predicted baseline
Cost & Peak ProjectionHistorical session cost and demand peak
CURRENT CLAMP SENSOR NETWORK

Circuit-Level Analysis

SELECTED BREAKER

Connected Appliance Circuit

Current 0.00 AUtilization 0%Sensor Online

Clamp sensor telemetry is within the expected range.

LOCAL SMART HOME INTEGRATION

Home Assistant Gateway

DISCONNECTED
LATEST LOCAL PAYLOAD
No payload published.
ENERGY PLANNING

Cost, Solar & Battery Sizing

Estimated Monthly Cost$0.00
Projected Monthly Energy0 kWh
Suggested Solar Array0.0 kW
Suggested Battery0.0 kWh
CONDITION MONITORING

Anomaly Alerts

NORMAL
No active anomaliesPower behavior matches the expected appliance profile.

Alerts use the appliance baseline, clamp-sensor demand, runtime, and fault context.

ENGINEERING DOCUMENTATION

Blueprints, Schematics & Wiring

LIVE DRAWINGS
DRAWING NOTES

Control Panel Blueprint

3D TEST INSTRUMENT

Digital Multimeter

DC VOLTS
MEASURED VALUE0.000 VTP1 → TP2
CONTROL PANEL DESIGN REVIEW

UL 508A-Informed Checklist

DESIGN REVIEW

Educational design-reference checks only. This simulation does not certify a panel, replace the current standard, or substitute for review by a qualified panel builder or authority having jurisdiction.

TEST RESULTS

Diagnostics

Transient test and frequency sweep required.

INCOMPLETE
Calculated τ1.000 s
Measured τ
Deviation
Peak Current5.00 mA
Resistor Power25.00 mW
Temperature24.0 °C
AI

Digital twin initialized. Configure the circuit and start the test.

Event Stream

RC Digital Twin Guide

Adjust voltage, resistance, capacitance, and speed. Start a charging or discharging test, then inject faults to compare expected and measured behavior.

COMPONENT INSPECTION

Capacitor