Direct Current microgrid has emerged as one of the major research fields in recent years
due to the higher level of benefits of the DC system when compared to the AC system, such …

In the area of control theory, conventional PID controller is most commonly used for various
applications to bring out the output of the system at higher efficacy. Now due various …

In today's modern world, Electric vehicles play a critical role. For a brushless DC (BLDC)
motor-driven electric vehicle, regenerative electric braking system is suggested (EV) to …

Electric vehicles (EVs) are being adopted at a rapid pace as an alternative to traditional
combustion engine vehicles to limit reliance on fossil fuels and pollution. The availability of …

In this modern world, electric vehicles are very popularly growing day-to-day. In these
electric vehicles, the parameter estimation and sizing of the appropriate motor and braking …

There is a rising need for sensors under an IoT network to identify and monitor the
environment as more IoT devices and services are made accessible for use. This movement …

This research study proposes a novel strategy for charging Electric Vehicles through a
combination of a Fractional Order Proportional-Integral-Derivative (FOPID) control scheme …

The increasing global energy demand necessitates a shift away from traditional, polluting
methods like oil and gas towards hybrid renewable energy sources. However, renewable …

This work proposes a switched-inductor quasi-z-source inverter-based permanent magnet
brushless direct current drive with closed loop controllers. This drive system can be …