Impact of Controller Architecture Variants on Communication Incidents in Agent-based Cyber-Physical Energy Systems

The dataset covers different architecture variants for the controller design within Cyber-Physical Energy Systems (CPES): a centralized controller, a decentralized controller, and a multi-level controller. The controllers are responsible for an agent system managing distributed energy resources. The agent system is affected by different communication incidents (asset failure, communication failure, communication delay, and compromised process data). Each controller responds to the incidents by taking actions such as excluding compromised agents, adapting the communication topology, and assigning tasks to other agents.