Unfortunately, switches of four and upward in these transformer-based schemes increase production costs and reduce conversion efficiency. In this study, a coupled-inductor bidirectional converter scheme utilizes only three power switches to fulfill the objective of bidirectional current control. The high ...
The work conducted in [9] uses transformer-based methods for a dual-stage boost converter to increase conversion efficiency to 81.5%. The switched capacitor (SC)-based approach offers the advantage of on-chip integration and low-voltage operation [10,11,12]. The gate-boosted charge pump ...
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Note that we neglect the effect of minor further factors, like the battery temperature and its state of health, on the maximum charging power. Furthermore, we assume a charging efficiency of 100%. We remark that, in practice, the domain of 𝑃max𝑣 is often not defined on the entire ...
Furthermore, we assume a charging efficiency of 100%. We remark that, in practice, the domain of 𝑃max𝑣Pvmax is often not defined on the entire SOC interval [0,1][0,1] but only for some restricted [𝑠min𝑣,𝑠max𝑣][svmin,svmax], 0≤𝑠min𝑣<𝑠max𝑣≤10≤svmin...