This paper attempts to improve the performance of an off-grid electric vehicle charging
station powered by photovoltaic (PV) panels and batteries. To ensure optimal performance …

This paper examines and evaluates a newly modified high-gain DC-DC converter for electric
vehicles and PV solar applications using the conventional quadratic boost structure as a …

Quadratic Boost Converters (QBC) has merged as the proficient solution, which provides
high step-up dc output from a low dc voltage. Significant circuit modification in QBC as …

This work introduces a boost converter with quadratic gain. Its main advantage compared to
well-known similar quadratic boost converters is that it requires capacitors with a relatively …

Electric vehicles (EVs) powered by hydrogen fuel cells utilize a high-gain DC-DC converter
to boost the fuel cell's low voltage output to the higher levels required by the electric motor …

Solar Photovoltaic (PV) system gained wide importance owing to its sustainability, cost-
effectiveness, low maintenance, higher efficiency, reduce carbon footprints, affordability and …

Microgrids that utilize renewable energy sources may encounter stability issues and subpar
performance due to insufficient dampening during sudden increases in load. It is widely …

In this study, a high-gain quadratic buck-boost converter topology is proposed to provide
electrical power to feed a load from different rated electric vehicle batteries. The designed …