Optimized, emission free production process for main wall insulation with enhanced lifetime properties

T. Baumann, T. Hillmer, P. Klee, D. Stoll
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引用次数: 3

Abstract

The Micadur® insulation system, introduced in 1958 and based on the VPI (vacuum pressure impregnation) technique, has extended field experience with thousands of hydro and turbo generators in service. A significant step forward for the further improvement of this continuously evolving insulation system was the introduction of the Tube VPI technology, developed and patented by Alstom in the late 1990's, which has since been in use for the production of main insulation of turbo generator bars up to rated voltages of 27 kV. This technology has also significantly improved the EHS (Environmental, Health and Safety) situation inherent to the conventional methods of impregnation. In this report, it is shown how an existing and well-proven process technology can be used by tapping the full potential to improve the performance of the insulation of rotating electrical machines without the need to change the well-proven insulation materials that has been used for years.
优化,无排放的生产工艺,提高了主墙保温材料的使用寿命
Micadur®绝缘系统于1958年推出,基于VPI(真空压力浸渍)技术,已经扩展了数千台正在使用的水力和汽轮发电机的现场经验。进一步改进这种不断发展的绝缘系统的重要一步是引入了管道VPI技术,该技术由阿尔斯通在20世纪90年代末开发并获得专利,该技术已用于生产额定电压为27千伏的汽轮发电机棒的主绝缘。这项技术还显著改善了传统浸渍方法所固有的EHS(环境、健康和安全)状况。在本报告中,它展示了如何利用现有的和经过验证的工艺技术,通过挖掘全部潜力来提高旋转电机的绝缘性能,而无需改变已经使用多年的经过验证的绝缘材料。
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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