Open Today
Power Flow Calculation
Visitors can upload or select IEEE 14, 33, and 39-bus Excel templates and inspect voltage and branch-flow results.
Simulate Power.
Access Anywhere.
Learn by Doing.
Demo version for Saturday's student visit: try one guided power-flow calculation and preview the future shared simulation lab for digital twins, HIL, and renewable energy learning.
See How The Shared Simulation Lab Interface Works
Easy to control, comprehensive across courses, and supported by complete teaching materials and guided lab content.
Today vs future
One Open Module. A Larger Shared Lab in Progress.
This visit-day version keeps access focused and safe: students can try one guided power-flow module while previewing the future platform for digital twins, HIL experiments, and cloud-based lab access.
See what is open today
2025-27
Demo Access Now. Full Platform Next.
Power-flow is available for the demo. Digital twin, HIL, fault, AGC, renewable, and remote equipment access remain marked as roadmap capabilities.
Demo access map
What Students Can Use Today
Preview Only
Digital Twin Simulation
Future Simulink and real-time models will visualize power-system operation, transient behavior, and network states.
Roadmap
Remote HIL & Equipment
The full project will support reservation-based access to real-time simulators, power hardware, and remote lab activities.
Why it matters
Shared Access For Power Engineering
The project addresses limited lab space, expensive real-time simulator resources, and the need for flexible hands-on learning across subjects.
Real-time system behavior
Hardware-in-the-loop exposure
24/7 online learning target
Learning outcomes
From Demo Interaction to Engineering Understanding
The full platform is designed for undergraduate and postgraduate power engineering subjects, connecting professional simulation software, real-time equipment, guided materials, and remote access.