Triple Phase Shift Control of Wireless Charging DAB LCC Resonant Converter for Unity Power Factor Operation with Optimized Rectifier AC Load Resistance

Yanni Cheong

Shuyu Cao

Ramasamy Thaiyal Naayagi and Szesing Lee

Resumen

The proposed triple phase shift (TPS) dual active bridge (DAB) resonant converter control scheme is suitable for high-efficiency electrical vehicle (EV) wireless charging applications.

Palabras claves

wireless charging - dual active bridge (DAB) - DC/DC converter - LCC resonant circuit - triple phase shift (TPS) - constant current (CC) battery charging - constant voltage (CV) battery charging - zero-phase-angle (ZPA) - zero-voltage switching (ZVS) - and unity power factor operation

Acceso

PÁGINAS

pp. 0 - 0

NÚMERO

Volumen: 12 Parte: 22 (2022)

MATERIAS

INGENIERÍA Y CONSTRUCCIÓN CIVIL
TECNOLOGÍA

DOI

https://doi.org/10.3390/app122211871

Triple Phase Shift Control of Wireless Charging DAB LCC Resonant Converter for Unity Power Factor Operation with Optimized Rectifier AC Load Resistance

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