A communication interface suite for local and remote real-time power co-simulation is presented, along with a heuristic data extrapolation method that smooths coarse received signals to stabilize inverter-based resource behavior.
An Asynchronous Real-time Co- simulation Platform for Modeling Interaction between Microgrids and Power Distribution Systems,
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Design and Implementation of Scalable Communication Interfaces for Reliable and Stable Real-time Co-Simulation of Power Systems
A communication interface suite for local and remote real-time power co-simulation is presented, along with a heuristic data extrapolation method that smooths coarse received signals to stabilize inverter-based resource behavior.