一种新型工业整流器

E. Koptjaev, A. M. Marques Cardoso
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摘要

本文介绍了一种具有12个输出电压纹波的整流器的设计,改进了三相变压器的尺寸和重量,从而使整个整流器成为一个整体。它的使用将在强大的工业系统和直流电力线中实现最大的效果。此外,当负载不平衡或供电网络中电压波动时,没有三角绕组可以减少损耗。与经典的双桥星三角绕组12脉冲整流器相比,对该整流器的优点进行了全面比较。利用作为整流器一部分的变压器的三维模型验证了理论结果。在1- 63mva范围内,不同功率的优势尺寸的依赖关系,以及在不同晶闸管控制角度下从供电网络消耗的电流曲线图。所提供的材料使我们能够将该整流器的质量与经典整流器进行比较。三相变压器的绕组连接图是未知的,由本文作者首次提出;在某些情况下,在某些条件下,它可以用于为6相负载供电。
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A New Rectifier for Industrial Use
The article describes the design of a rectifier with 12 output voltage ripples with improved dimensions and weight of a three-phase transformer, and hence the entire rectifier as a whole. The greatest effect from its use will be achieved in powerful industrial systems and DC power lines. In addition, the absence of a delta winding reduces losses when operating on an unbalanced load, or when voltage fluctuates in the phases of the supply network. A comprehensive comparison of the advantages of this rectifier in comparison with the classic 12-pulse rectifier with two bridges and star-delta windings has been carried out. Theoretical results are confirmed using a 3D model for a transformer operating as part of a rectifier. Dependences of the advantages in size for different powers in the range from 1-63 MVA, as well as graphs for the currents consumed from the supply network at different thyristor control angles, were obtained. The presented materials make it possible to evaluate the quality of this rectifier in comparison with the classical one. The connection diagram of the windings of a three-phase transformer is not known, and is proposed by the authors of the article for the first time; in some cases, it can be used to power a 6-phase load, subject to certain conditions.
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