Abstract

AC/DC hybrid distribution network gains increasing attention due to the characteristics of high efficiency, high reliability and high quality. With the rapid development of power electronic technology, energy router is regarded as a flexible equipment with multiple ports, which is convenient to participate in power and voltage control. The topological structure of energy router is developed to build AC/DC hybrid distribution network flexibly. Then the control strategy for single energy router and multiple energy routers is proposed to address closed loop operation in short time scale in AC/DC hybrid distribution network, which aims to control energy routers actively to stabilize DC voltage and follow load demand. The effectiveness of the proposed control strategy is verified via simulation with multiple operation conditions.

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