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TRANSMISSION LINE POWER CONTROLLER WITH A CONTINUOUSLY CONTROLLABLE VOLTAGE SOURCE RESPONSIVE TO A REAL POWER DEMAND AND A REACTIVE POWER DEMAND
TRANSMISSION LINE POWER CONTROLLER WITH A CONTINUOUSLY CONTROLLABLE VOLTAGE SOURCE RESPONSIVE TO A REAL POWER DEMAND AND A REACTIVE POWER DEMAND
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机译:具有连续可控电压源的输电线路功率控制器,可满足有功功率和无功功率需求
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摘要
A transmission line power controller for controlling the flow of electric power in an alternating current three-phase transmission system is described. The power line controller includes a parallel inverter connected to a series inverter through a dc link. The parallel inverter is connected in shunt to the transmission system through a shunt transformer. The series inverter is connected in series with the transmission system through a series transformer. A transmission line power control circuit is used to specify a desired real power demand and reactive power demand for the transmission system. The power control circuit processes this information along with a transmission line voltage vector and a transmission line current vector to produce a voltage source reference signal that is applied to the series inverter. In response to the voltage source reference signal, the series inverter produces an injected voltage vector into the transmission system. The injected voltage vector forces the transmission line current vector to a desired value corresponding to the specified real power and reactive power demand. Thus, desired real power and reactive power flow is rapidly achieved on the transmission system.
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