Energy conversion is a pivotal process with widespread applications, spanning renewable
energy systems, electric vehicles, and industrial power grids. Selecting the right energy …

In this work, the main hardware design aspects of a slow-ramped DC/DC power converter
prototype, developed to feed superconducting inner triplet (IT) electromagnets for the High …

Buck converter is a good candidate for the non‐isolated auxiliary power supply (APS) due to
its simple structure and high efficiency. However, it can hardly be adopted in applications …

Future particle accelerators for high-energy physics experiments such as the Future Circular
Collider (FCC) at CERN employ high-temperature-superconducting (HTS) magnets to guide …

A novel interleaved buck converter with the coupled L-LC filter (IBC-C LLC) is introduced to
ensure low output ripple in a wide output range. Conventional interleaved buck converters …

Regulation coefficients assessment in a particle accelerator power conversion system
depends on the topology, the magnet and the desired transient response. The …

Fault detection technology based on parameter identification is advancing rapidly. For
power electronic circuits, parameter identification is essential for accurately evaluating …

DC–DC converters are extensively utilized in renewable energy systems because of the
flexibility in their output voltage and their good conversion efficiency. The design of an …

La conversión eficiente de la energía solar en energía eléctrica es un aspecto fundamental
de los sistemas fotovoltaicos (FV), y la elección del convertidor de corriente continua (CC) …

To achieve the desired DC voltage, a variety of DC-DC converter types are employed,
including buck converters, which can generate output voltages lower than the input voltage …