VFT Operational Overview - The Laredo Project

E. R. Pratico, C. Wegner, E. Larsen, R. Piwko, D. Wallace, D. Kidd
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引用次数: 26

Abstract

A variable frequency transformer (VFT) is being installed at AEP's Laredo substation, where it will be used to exchange up to 100 MW of power between the asynchronous power grids of ERCOT (Texas) and CFE (Mexico). Functionally, the VFT is similar to a back-to-back HVDC converter. The core technology of the VFT is a rotary transformer with three-phase windings on both rotor and stator. A motor and drive system are used to adjust the rotational position of the rotor relative to the stator, thereby controlling the magnitude and direction of the power flowing through the VFT. The world's first VFT was installed at Hydro-Quebec's Langlois substation. Some additional control features have been included in the Laredo VFT design, related to tie flow regulation, power runback, reactive power control, and black start capability. This paper describes the VFT application at Laredo and includes simulation tests of performance during severe grid disturbances.
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VFT操作概述-拉雷多项目
AEP的Laredo变电站正在安装一个变频变压器(VFT),它将用于在ERCOT(德克萨斯州)和CFE(墨西哥)的异步电网之间交换高达100兆瓦的电力。功能上,VFT类似于背靠背的高压直流变换器。VFT的核心技术是转子和定子都有三相绕组的旋转变压器。电机和驱动系统用于调节转子相对于定子的旋转位置,从而控制流经VFT的功率的大小和方向。世界上第一个VFT安装在魁北克水电公司的Langlois变电站。Laredo VFT设计中还包含了一些额外的控制功能,包括流量调节、功率回退、无功功率控制和黑启动能力。本文介绍了VFT在拉雷多的应用,包括在严重网格干扰下的性能模拟测试。
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