Real-Time Cosimulation of Power Systems: Integration of eMEGASIM and ePHASORSIM Using OPAL-RT Simulators
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Palabra(s) clave:
Reactive Power
Power system dynamics
Control systems
VSG
Real-time systems
co-simulation
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Editorial:
IEEE
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Resumen:
This article presents a real-time cosimulation between two OPAL-RT simulators, utilizing the eMEGAsim system for simulations in the time domain and the ePHASORsim system for simulations in the phasor domain. It focuses on simulating a distributed Virtual Synchronous Generator control system with real power converters connected to a power system, facilitated by the interface through a high-speed DOLPHIN communication cable. The control system and interface configuration for cosimulation are detailed, along with the results obtained from the simulations. This real-time cosimulation approach provides an effective tool for the analysis and development of control systems in power environments.
This article presents a real-time cosimulation between two OPAL-RT simulators, utilizing the eMEGAsim system for simulations in the time domain and the ePHASORsim system for simulations in the phasor domain. It focuses on simulating a distributed Virtual Synchronous Generator control system with real power converters connected to a power system, facilitated by the interface through a high-speed DOLPHIN communication cable. The control system and interface configuration for cosimulation are detailed, along with the results obtained from the simulations. This real-time cosimulation approach provides an effective tool for the analysis and development of control systems in power environments.
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The present work has been partially supported by the Spanish Ministry of Economy and Competitiveness funded by MCIN/AEI/10.13039/501100011033 under Grants MCINN-23-PID2022- 139479OB-C22, MCINN-22-TED2021-129796B-C21, and in part by the European Union NextGenerationEU/PRTR.
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