Webinar
December 9 2025 | 11:00 - 12:00
Demystifying Black-Box Controller Integration for Inverter-Based Resource Interconnection
Join OPAL-RT and ElectroMentors to explore how blackbox model integration enhances renewable energy system simulations.
Discover how embedding protected OEM control logic into HYPERSIM streamlines interconnection studies, improves model fidelity, and helps engineers reduce commissioning risks while ensuring reliable grid performance.

Type
Webinars
Industry
Power systems
Location
Remote
About the webinar
Integrating solar, wind, and battery systems into the grid can be unpredictable. Engineers often face unexpected inverter behavior, commissioning delays, and compatibility issues between devices from different manufacturers. These challenges can lead to costly delays and operational risks.
This webinar will explain how integrating blackbox models, protected OEM-provided control logic, into your simulations can help with providing confidence in model behaviors and facilitate a smooth interconnection process. You will learn what blackboxes are, why they are essential for accurate system simulations, and how to integrate them using OPAL-RT’s HYPERSIM real-time simulation platform widely used by utilities, EPCs, and OEMs. You will be exposed to flexible integration workflows for Simulink, C++, and FORTRAN-based blackboxes along with a quick demonstration.
By the end of the tutorial, you will understand how blackbox controller integration can predict real-world behavior better, reduce commissioning risk, and ensure safe and reliable grid operation.
Meet the presenters
Expert insights from OPAL-RT
Join leading minds from OPAL-RT TECHNOLOGIES as they share their expertise in real-time simulation and explore real-world applications with live demonstrations.
Director – Energy Systems Research USA
Aditya Ashok
Power Electronics Simulation Specialist
Zerui Dong
EXata CPS has been specifically designed for real-time performance to allow studies of cyberattacks on power systems through the Communication Network layer of any size and connecting to any number of equipment for HIL and PHIL simulations. This is a discrete event simulation toolkit that considers all the inherent physics-based properties that will affect how the network (either wired or wireless) behaves.




