To address the open challenge of provisioning self-organizing capabilities in future large-scale distributed power networks, such as the Smart Grid, we propose a paradigm shift to support real-time adaptivity. Our objective is to enable real-time self-maintenance, self-healing, and self-reconfiguration capabilities for next-generation distributed power systems. Our novel approach offers: A Read more…
To address the open challenge of provisioning self-organizing capabilities in future large-scale distributed power networks, such as the Smart Grid, we propose a paradigm shift to support real-time adaptivity. Our objective is to enable real-time self-maintenance, self-healing, and self-reconfiguration capabilities for next-generation distributed power systems. Our novel approach offers: A Read more…
For the open challenge of provisioning self-organising capabilities in upcoming large-scale distributed power networks, such as the Smart Grid, we propose a paradigm shift approach to support real-time adaptivity. Our objective is to provide real-time self-maintenance, self-healing, and self-reconfiguration capabilities for future-generation distributed power systems. Our novel approach allows for: Read more…