Knowledge Base And Webinars
Explore real-world webinars on AI-driven loads, generator dynamics, HIL testing, and advanced power system control.
Webinars & Live Demonstrations
Explore EdgeTunePower’s live demos and webinars covering real-world challenges in data centers, microgrids, and DER systems. Learn how HIL testing, RTDS simulation, and advanced control strategies validate PMS and PPC performance under real operating conditions.
Recorded Live Demo: Generator Shaft Fatigue Assessment in PSCAD for AI-Driven Loads
This recorded webinar introduces ETP’s Generator Shaft Fatigue Assessment Tool in PSCAD and demonstrates how AI-driven data center loads can impact generator shaft life and system reliability. The session highlights fatigue assessment methodologies, generator life degradation under different AI load profiles, and operational insights for utilities, developers, OEMs, and system operators.
Recorded Live Demo: Generator Torsional Shaft Effects from AI-Driven Loads
This recorded live demo explores generator torsional shaft effects caused by AI-driven data center loads and demonstrates mitigation using BESS. Using RTDS and hardware-in-the-loop (HIL) testing with real controllers, EdgeTunePower shows how fast load variations impact system dynamics and stability.
The session also covers key topics including load modeling, BESS response time, generator behavior, and real-world system validation for data centers and grid-connected systems.
Recorded Live Demo: Generator Torsional Effects from AI-Driven Loads
This recorded webinar demonstrates how AI-driven data center loads impact generator shaft dynamics and system stability. Rapid load variations can introduce torsional stress, requiring advanced mitigation strategies. Using RTDS and hardware-in-the-loop (HIL) testing with real controllers, EdgeTunePower showcases how Battery Energy Storage Systems (BESS) can mitigate these effects and improve system performance. The session also highlights the impact of communication delays and addresses key topics such as load compensation, converter-level behavior, and real-world system validation.
Real-Time Microgrid Control and Hardware-in-the-Loop Demonstration
This video presents EdgeTunePower's real-time Hardware-in-the-Loop (HIL) microgrid testing platform, where an RTDS-based digital power system interacts with physical controllers for real-time validation. The platform enables secure communication between remote and local controllers, optimizing the operation of distributed energy resources across multiple microgrids functioning as a Virtual Power Plant (VPP). It demonstrates advanced capabilities such as dynamic power management, seamless grid-connected and islanded transitions, stable voltage and frequency control, and compliance with IEEE standards—providing a reliable environment for validating microgrid and power system controllers before field deployment.
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