直流電源不要の電力用アクティブパッシブリアクタンス回路

概要

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The concept of the variable active-passive reactance (VAPAR) has been proposed in(1), which behaves like a two-terminal reactive element, and the produced active virtual reactance works as a passive reactive component, including in transient state. However, in these analysis and experiments, the DC voltage source was used as an energy storage element. If a DC voltage source is replaced with a capacitor, VAPAR can be considered as a complete two-terminal element.In this paper, authors propose the equivalent resistance control method for the capacitor DC voltage regulation when a capacitor is used as an energy storage element of VAPAR. The series equivalent resistance is added to the produced virtual inductance, and the capacitor voltage is controlled by changing the series equivalent resistance. The proposed scheme was verified by simulations and experiments.
社団法人電気学会の論文