当网内发生扰动时,这类无功补偿设备可以迅速响应母线电压跌落并释放无功。

When there is a disturbance in the network, this kind of reactive power compensation equipment can quickly respond to the bus voltage drop and release reactive power. Compared with when compensation is not configured, the reactive power that needs to be absorbed from the AC system for DC recovery is reduced, and the impact of DC recovery with reactive power compensation in the converter station on other DC reactive power supports is reduced.

When disturbance occurs in the network, this kind of reactive power compensation equipment can quickly respond to bus voltage drop and release reactive power. Compared with the case without compensation, the DC recovery requires less reactive power absorbed from the AC system, and the DC recovery with reactive compensation in the converter station has less impact on other DC reactive power support<br>

When disturbances occur in the network, this kind of reactive power compensation equipment can quickly respond to bus voltage drop and release reactive power. Compared with the case without compensation, the reactive power absorbed from AC system is reduced, and the influence of DC recovery with reactive compensation in converter station on other DC reactive supports is reduced.