Review of Real-time Simulation of Power Electronics
Fei Li, Yichao Wang, Fan Wu, Yao Huang, Yang Liu, Xing Zhang, Mingyao Ma
Abstract
Real-time simulation of power electronics has been recognized by the industry as an effective tool for developing power electronic devices and systems. Since there is no energy transfer during the course of the usage, real-time simulation has a lot of advantages in the process of development and experimentation. From the perspective of real-time simulation, this paper focuses on the main problems in modeling accuracy, system bandwidth and stability, limitations on communication interface and energy interface, and the cost of platform construction. Finally, we provide further research directions.
Topics & Concepts
Power electronicsElectronicsInterface (matter)Process (computing)Bandwidth (computing)Computer scienceReal-time simulationElectric power systemPower (physics)EngineeringControl engineeringSystems engineeringSimulationElectrical engineeringTelecommunicationsPhysicsOperating systemBubbleMaximum bubble pressure methodVoltageParallel computingQuantum mechanicsReal-time simulation and control systemsPower Systems and Renewable EnergyPower Systems and Technologies