The connection of low power renewable energy sources, such as fuel cells, to the
distribution generation system requires power electronics structures with high voltage gain …

This paper presents an improved Sine Cosine Algorithm (ISCA) towards optimization of a
DC-DC buck converter with employment of the proportional-integral-derivative (PID) …

The connection of distributed generation systems powered by fuel cells (FCs) to the grid
requires power electronics devices with high voltage gain, high capability of power …

In this paper, a novel approach for control of the DC-DC buck converter in high-power and
low-voltage applications is proposed. Designed method is developed according to passivity …

In this study, parasitic elements (non‐idealities) effect on a low‐power DC–DC buck–boost
converter design is analysed and investigation is carried out by both large (ie steady‐state) …

DC-DC converter circuits are used in many electronic devices to adjust the voltage to a
certain level such as Electric Vehicle. DC-DC Buck converters, which are the most used type …

BUCK 变换器中存在诸如系统参数不确定, 输入电压变化, 输出负载变化等多种扰动,
这些扰动对BUCK 变换器的输出有很大影响, 而采用传统的比例积分控制(proportional integral …

In this paper, robust control of the high-gain DC-DC converters are investigated using sliding
mode controller (SMC). Different aspects of the closed-loop controller design are studied …

Optimization techniques are among the most promising methods to deal with real-world
problems, consisting of several objective functions and constraints. Over the decades, many …

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