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THEMED ARTICLE: MODELLING, DESIGN AND CONTROL OF POWER ELECTRONIC CONVERTERS FOR SMART GRIDS AND ELECTRIC VEHICLE APPLICATIONS
ORIGINAL RESEARCH
Predictive load‐feedforward control for DC‐link voltage suppression and dynamic improvement of battery charging and discharging converter
Version of Record online: 19 January 2024
A bidirectional grid-connected AC/DC converter with predictive load-feedforward compensation is presented to suppress the DC-link voltage fluctuations and improve the dynamic response. The predictive load current model is obtained from the state space model of the rear DC/DC converter using the state space averaging method. The findings of simulations and experimental studies indicate that with predictive load-feedforward control can significantly suppress bus voltage fluctuations and improve the dynamic response of the converter.
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