A laminar cyber-physical design with standardized interfaces can translate device-level flexibility into reliable grid services across scales, as illustrated by U.S. and Danish pilots and operational deployments.
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A survey that identifies smart grid use cases such as distributed voltage control and fault detection, quantifies their performance needs, and describes relevant 5G/6G capabilities including network slicing and edge computing.
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Cross-Atlantic Research Agenda for Scalable Grid Architectures and Distributed Flexibility
A laminar cyber-physical design with standardized interfaces can translate device-level flexibility into reliable grid services across scales, as illustrated by U.S. and Danish pilots and operational deployments.