Aims to develop a whole-system architectural framework for the electricity grid of 2035 and beyond. The work integrates technical scenarios involving distributed batteries, grid-forming inverters, dynamic operating envelopes and large-scale demand response to explore how these capabilities interact within a coherent cyber-physical system architecture.
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Energy Masters
Chief Investigators Prof. Peter Pudney (Adelaide University) Research Project Manager Dr Kirrilie Rowe, Adelaide University Purpose of project Energy Masters is trialling smart, flexible...