本文我们以基于磁通控制的可控电抗器作为研究对象，研究它在无功补偿中的应用。
In this paper, we select controllable reactor based on magnetic flux adjustable as our research object, study its application in reactive power compensation.
首先建立了基于磁通控制的可调电抗器的通用数学模型，说明了可调电抗器的基本原理。
First, a mathematic model of adjustable reactors based on the magnetic flux control is established and a deep analysis is made.
改变励磁电流的大小和方向可以控制直流磁通的大小和方向。
The magnitude and direction of this magnetic flux can be controlled in agreement with the magnitude and direction of the field current.
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