Synchronized real-time simulation of distributed networked controls for a power system case study
The purpose of this study is to develop and implement a distributed networked control framework for a power system simulation. The study addresses and improves upon speed and accuracy of simulation for computationally intensive power system dynamic simulations and distributed control utilizing Hardware-In-Loop (HIL) simulations. A dynamic four bus test-case microgrid simulation is constructed using SimPowerSystems™ toolbox of Matlab™ with renewable energy penetration. Parallel processing is achieved using a discrete real-time simulator Opal-RT by distributing the computation among its various ...
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