IGBT based propulsion improving vehicle reliability and availability

R.W. Schreyer, D. A. Dreisbach, Alain Ducourret
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引用次数: 1

Abstract

In developing the next generation of electrical traction equipment for the mass transit industry, GEC Alsthom had the following objectives in mind: increase system reliability; reduce equipment size and weight; increase vehicle availability; maintain existing performance; and reduce both initial purchase price and overall life cycle cost. The review of these objectives was necessary due to the continual advancements being made in the design and manufacture of microelectronics, improvements in the performance of power semiconductors, and a desire of GEC Alsthom to continually reduce the costs related to the maintenance of propulsion equipment. The results of exhaustive research and development has been the birth of a new generation of traction equipment known as ONIX.
基于IGBT的推进提高了车辆的可靠性和可用性
在为公共交通行业开发下一代电力牵引设备时,GEC alstom考虑了以下目标:提高系统可靠性;减小设备尺寸和重量;增加车辆可用性;维持现有业绩;并降低初始采购价格和整体生命周期成本。由于微电子设计和制造的不断进步,功率半导体性能的不断提高,以及GEC alstom希望不断降低与推进设备维护相关的成本,因此对这些目标进行审查是必要的。详尽的研究和开发的结果已经诞生了新一代的牵引设备被称为ONIX。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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