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首页> 外文期刊>Power Delivery, IEEE Transactions on >Preliminary Design of Power Controller Devices Using the Power-Flow Control and the Ideal Phase-Shifter Methods
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Preliminary Design of Power Controller Devices Using the Power-Flow Control and the Ideal Phase-Shifter Methods

机译：使用功率流控制和理想移相器方法的功率控制器设备的初步设计

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摘要

This paper introduces a new method for the preliminary design of power controllers (PCs) in the electric power grid. The method, which is denoted the ideal phase-shifter (IPS) method, utilizes the concept of the power controller plane where the active power of the PC line is plotted versus the difference in voltage angle between the PC terminals. The power controller plane makes it possible to graphically visualize the working area of a PC in a power grid and thus determine the grid situations which are dimensioning for the PC. The IPS method offers the possibility of plotting the grid characteristics in the power controller plane which are unbiased with respect to the reactive properties of the PC. This makes the method suitable for comparison and preliminary design of PCs of different types and with different characteristics by simple geometrical considerations. In this process, the IPS method uses the power-flow control method for deriving the PC characteristics. This paper includes an application example of the method where it is used for dimensioning of two different PCs in a 26-bus test system.
机译：本文介绍了一种用于电网中功率控制器（PC）的初步设计的新方法。称为理想移相器（IPS）方法的方法利用了功率控制器平面的概念，其中绘制了PC线的有功功率与PC端子之间的电压角之差。电源控制器平面可以图形化显示电网中PC的工作区域，从而确定PC尺寸的电网状况。 IPS方法提供了在功率控制器平面内绘制相对于PC的无功特性无偏的电网特性的可能性。这使得该方法适合于通过简单的几何考虑对不同类型和不同特性的PC进行比较和初步设计。在此过程中，IPS方法使用功率流控制方法来推导PC特性。本文包含该方法的一个应用示例，该方法用于在26总线测试系统中确定两个不同PC的尺寸。

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