Real-Time Electrical Parameters
Active Power Stream (W)
Operating Current Stream (A)
Running Time vs. Zero-Current Downtime Analysis
Daily Operating vs. Zero-Current Hours
Short-Term Load Forecasting
Manual Panel Control
Send direct commands to the connected NB2 panel through the digital link.
Junction Temperature vs. Sim Time
Light Output Depreciation vs. Sim Time
Event Log
NB2 Lamps Panel — Digital Twin
An industrial real-time virtual replica of a residential LED lighting distribution panel, integrating live IoT telemetry, interactive 3D visualization, and thermal-electrical physics simulation.
What Is a Digital Twin?
A Digital Twin is a dynamic, software-based virtual mirror of a physical asset or industrial process. Unlike a static 3D model or offline simulation, a true digital twin is continuously synchronized with its real-world counterpart through live IoT telemetry and sensor feeds.
By fusing real-time empirical measurements with predictive mathematical physics models, digital twins enable active real-time diagnostics, performance degradation forecasting, and remote monitoring without disrupting ongoing operations.
System Overview
Continuously synchronized with the physical NB2 Lamps Panel via real-time IoT sensors at sub-second latency. The system monitors a residential-grade electrical distribution board feeding 40 LED luminaires with a combined rated consumption of approximately 430 W under a nominal 220 V AC supply.
University Information
This industrial digital twin research platform was designed and developed at Prince Sattam bin Abdulaziz University (PSAU) as part of applied research in advanced power systems, IoT telemetry, and smart grid automation.