Solid oxide fuel cells are a promising option for distributed energy stationary power
generation that offers efficiencies up to 50% in stand-alone applications, 70% in hybrid gas …

This paper presents an overview of the current process systems opportunities in power
generation, storage and distribution. It puts in perspective how process systems engineering …

Damping electromechanical oscillations in power systems using feedback signals from
remote sensors is likely to be affected by occasional low bandwidth availability due to …

This paper presents the development and approach of a model-based fault identification
and accommodation framework applied to sampled-data controlled distributed energy …

This paper presents a hierarchical structure for fault detection and fault-tolerant control of
distributed energy resources (DERs). The structure consists of distributed monitoring and …

This work presents model-based strategies for the accommodation of sensor faults in
dynamic processes with multi-rate sampled state measurements. The developed strategies …

This paper presents a networked control systems (NCS) framework for wide area monitoring
control of smart power grids. We consider a scenario in which wide area measurements are …

In this study, a particle swarm optimization (PSO) based Multi-Agent Reinforcement
Learning (MARL) approach for load frequency control (LFC) of multi-area power system over …

This paper presents a networked control systems (NCS) framework for the coordinated
control of distributed generation sources in smart power grids. The system measurements …

This paper presents an integrated approach for the control and scheduling of distributed
energy resources (DERs) that are managed by a central supervisor over a resource …