一种新型特高压设备防爆试验及电弧故障研究技术

Kanghang He, Juzhen Wu, Yanming Cao
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引用次数: 0

摘要

随着特高压输电系统在世界范围内的发展,人们越来越需要提高电力系统的安全性和稳定性。电力设备作为电力传输系统的基础,目前需要提高其防爆能力。本文提出了一种新的试验方法,用于研究交流弹射回路故障引起电力设备内部电弧时的防爆性能。电弧会使油蒸发,并可能引起爆炸,对整个输电系统造成巨大的破坏。设计并建立了集大型发电系统、同步测量系统、消防系统于一体的独特测试平台。所设计的测试电路可以产生固定预设电弧电流值的电弧。测量系统可以同步记录电弧电压、仪器压力、螺栓应力、油温等关键信息。包括记录测量在内的几项真实型式试验结果证明,所提出的试验技术可以极大地促进特高压电力设备的防爆研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A New UHV Apparatus Explosion Protection Testing and Research Technology on Arc Fault
With UHV power transmission systems development worldwide, there is a growing need to increase the safety and stability of power systems. Power apparatus as the foundation of the power transmission system now needs to improve the explosion prevention ability. In this paper, we proposed a new testing method to research explosion protection when an AC shot circuit fault caused an arc to occur inside the power apparatus. The arc will vaporize the oil and may result in an explosion and huge damage to the whole power transmission system. The unique testing platform with a large power generating system, synchronous measure system, and fire protection system is designed and established. Testing circuit designed can generate arc with fixed preset arc current value. And a measuring system can synchronously record the key information e.g. arc voltage, the pressure of the apparatus, stress of the binder bolt, and the temperature of the oil. Several true type test results including recorded measurements proved that the proposed testing technology can greatly promote the explosion protection research of UHV power apparatus.
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