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This paper proposes a novel resonant DAB converter, which uses a tuned capacitor-inductor-capacitor (CLC) network. In comparison to conventional DABs, the proposed topology significantly reduces the bridge currents, lowering both conduction and switching losses and improving power factors associated with the bridges. A mathematical model, which predicts the behavior of the proposed system, is presented...
This paper presents a novel dual active bridge (DAB) converter suitable for high power bidirectional power transfer. The converter topology comprises full bridge converters on each side linked by a tuned LCL network and a high frequency transformer, which provides galvanic isolation. According to theoretical analysis and simulations the addition of this resonant network significantly improves efficiency...
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