A large number of non-linear hardware and control units exists in power electronic system
used in grid connected devices. The analytical transient stability analysis of grid-connected …

If electric vehicles have to be truly sustainable, it is essential to charge them from
sustainable sources of electricity, such as solar or wind energy. In this paper, the design of …

Electric vehicles (EVs) have the advantage of being resilient to natural disasters. However,
users hesitate to donate electricity when they lose the chance to recharge at the utility. Solar …

In a power system with a high percentage of converter coupled generation, dynamic
characteristics of the converter affects the stability of the whole power system. The …

Grid-forming converters are attracting attention for their significant advantages in terms of
stability in a weak grid and simulated inertia. However, while they offer great flexibility due to …

In this paper, passivity-based control (PBC) of a Luo converter-fed DC motor is implemented
and presented. In PBC, both exact tracking error dynamics passive output feedback control …

The proportion of grid-connected power electronic equipment is already large enough to
influence the dynamic characteristics of the modern power system. Ensuring the stability of …

The stability and dynamic performance of the grid-connected converter is greatly affected by
the coupling between the phase-locked loop (PLL) and the current loop control under weak …

The demand for electrically powered transportation is increasing exponentially due to high
fuel prices and global environmental issues. The use of electric bikes is increasing rapidly …

Electric bikes have emerged as a popular form of transportation for short trips in dense
urban areas and are being increasingly adopted by bike share programs for easy …