In the conventional scheme of power converters for electric vehicle battery charging
applications from Solar Photo Voltaic System (SPV), the boost converter is preferred at the …

In the traditional technique of power conversions used for electric vehicles battery
recharging from solar photovoltaic, a boost converter is utilized in the initial stage, continued …

It is crucial to combine a range of different energy sources and power electronic converters
to appropriately meet the load demands under dynamic environmental conditions. This …

With rapid increase of distributed solar power generation and direct current (DC) based
loads such as data centers, electric vehicles (EVs), and DC household appliances, the …

This study proposed a new photovoltaic module quick regulate (PVM-QR) maximum power
point tracking (MPPT) algorithm, which can eliminate the disturbance problem of the hill …

In this paper, a DC–DC boost converter is favored at the front ends of the usual power
electronic converters for electric car rapid charging purposes utilizing Solar Photovoltaic …

This article addresses a fundamental issue in power converter control. Namely, the direct
output-voltage control of power converters with higher order dynamics. We argue that …

Step-up converters are well known for its diverse orders and dynamics, as well as
nonminimum phase behavior. The diverse behavior is generally dealt with specific controller …

One of the vital needs for the distribution systems is the Low-Voltage-Ride-through (LVRT)
capability which has to meet the grid code standards. The capability of the distribution …

Recently, electric vehicles (EVs) are increasingly used due to its cost-efficiency, reduced
maintenance, no fuel consumption, and eco-friendly nature. But, designing the proper …