Microgrids, a scaled-down version of utility grids, are gaining attention in the last decades.
The distinct features of microgrids such as the utilization of renewable energy resources and …

This paper proposes a distributed secondary consensus fault-tolerant control (FTC) method
for the multi-agent microgrid (MG). The proposed controller is applied to compensate for the …

One of the most significant current topics in the energy market is the decentralized operation
of the power system wherein the entire discipline is constructed based on the consensus …

This study proposes a methodology for sizing and operating new flexibility options within a
German carpentry, targeting to be operated as Net Zero Energy Factory (NZEF). A key …

In microgrids, energy management systems (EMS) have been considered essential systems
to optimize energy scheduling, control and operation for reliable power systems …

Detecting and isolating faults in collector fields of solar thermal power plants is a crucial and
challenging task. The system variables in the collector area are highly coupled, which can …

Efficient operational scheduling and control are vital for the operation process of the
Integrated Energy System (IES), especially under varying operational conditions. An optimal …

Due to the current energy dependence of society, the availability and correct functioning of
microgrids are strategic issues to be dealt with. Currently, energy management systems are …

In this paper, a new distributed and cooperative fault tolerant control is proposed for the
double-function optimal active power control (APC) of distributed generators (DG) in an …

This study develops a new Sensor Fault-Tolerant methodology for two-level Centralized
Hierarchical Control of isolated microgrids based on a modified Kalman filter algorithm. The …