A robust composite control scheme has been proposed in this paper for a proton exchange
membrane fuel cell (PEMFC) connected to a DC-DC boost converter (DDBC). The proposed …

In this work, to maintain proper power in DC microgrids, a robust integral-sliding mode
controller is designed by considering the continuous function-based fast power reaching …

The key objective of this paper is to design a control strategy to maintain the DC bus voltage
of DC microgrids as well as to ensure efficient power flow within the system. To achieve such …

In DC bus, constant power loads (CPLs) are connected in DC distribution networks (DCDNs)
which causes the system instability due to the negative impedance properties of CPLs. To …

Maintaining a stable generator during operation is crucial for the entire power system to
avoid any damage that could disrupt the service. As power systems are usually vulnerable to …

The microgrid is one of the emerging fields in modern power systems to support the
increasing power demand when compared with the conventional utility grid owing to the …

This paper deals with the robust control strategy used for the isolated DC microgrid. The DC
microgrid considered here comprises a solar photo voltaic (PV) source, biomass, biogas …

Bidirectional converters have become extensively applied in various dc power systems that
contain battery energy storage systems (BESSs). Such dc power systems typically consist of …

The paper introduces a nonlinear double integral sliding mode control (DISMC) system for
controlling the output voltage of a DC-DC boost converter in proton exchange membrane …

The sinusoidal ripple current charge algorithm enables the battery charger to achieve high
power density and high charging efficiency. However, the conventional PI control method is …