Bidirectional On-Board Charger with Reduced DC-Link Capacitance for PHEV application

MasterA bidirectional DC-DC converter is constructed by utilizing the dual active bridge (DAB) topology. Additionally a LC tank is attached in a primaryswitching arm to cancel out the second order harmonics originated from the rectified single-phase line source. With the proposed second order harmonic eliminating method, it is possible to reduce the DC-link voltage ripple. In the whole control loop, a phase locked loop (PLL) is utilized to obtain unity power factor and eliminating the second order harmonics. A main advantage ofthis proposed converter is that the DC-link apacitance can be selected small. Then a film capacitor can be used guaranteeing a longer life time. Simulation and experimental results are presented for validation

PHEV용 단상 양방향 on-board 충전기

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A single-phase bidirectional dual active half-bridge converter

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Study of single-phase bidirectional battery charger for high power application

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Synthetic microbial consortia with circuit-guided population-guiding strategy for improving biochemical production

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Synthetic Microbial Consortia with Population Guiding Strategy for Improving Biochemical Production

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Circuit-guided synthetic acclimation for improving biochemical production by microbial consortia

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Circuit-guided Synthetic Acclimation of Microbial Consortia for Improving Biochemical Production

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