Towards Ultra-High Efficiency Laser Power Converters: 3C- SiC-Based Vertical Epitaxial Hetero-Structure Architecture Devices
We explore 3C-SiC based laser power converters (LPCs) aimed for ultra-high efficiency applications, using the VEHSA architecture. We present 2, 3 and 4 cells VEHSAs optimized at several input power densities (Pin), and we compare them with a horizontal conventional cell (hLPC). VEHSAs obtained larger efficiencies than the hLPC, showing less deterioration with Pin as the number of cells increases.
keywords: concentrator photovoltaics, laser power converters, 3C-SiC, wireless power transfer, high power densities
Publication: Congress
1683186120848
May 4, 2023
/research/publications/towards-ultra-high-efficiency-laser-power-converters-3c--sic-based-vertical-epitaxial-hetero-structure-architecture-devices
We explore 3C-SiC based laser power converters (LPCs) aimed for ultra-high efficiency applications, using the VEHSA architecture. We present 2, 3 and 4 cells VEHSAs optimized at several input power densities (Pin), and we compare them with a horizontal conventional cell (hLPC). VEHSAs obtained larger efficiencies than the hLPC, showing less deterioration with Pin as the number of cells increases. - Javier F. Lozano, Natalia Seoane, Enrique Comesaña, Florencia Almonacid, Eduardo F. Fernández and Antonio García- Loureiro
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