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The Design of a 10 000 Ampere Impulse Current  Generator Using Low Voltage Components

The Design of a 10 000 Ampere Impulse Current Generator Using Low Voltage Components

作     者:T. Haryono K. T. Sirait Tumiran Hamsah Berahim 

作者机构:Electrical Engineering Department Gadjah Mada University Indonesia School of Electrical Engineering and Informatics Bandung Indonesia 

出 版 物:《高电压技术》 (High Voltage Engineering)

年 卷 期:2008年第34卷第12期

页      码:2726-2731页

摘      要:More and more applications of ZnO arrester in electrical system experienced more *** thing,that is still under some investigation,is the effect of multiple lightning strike to the performance of ZnO *** we know,the design of ZnO arrester for transmission system and for distribution system differs in the point of view of the number of ZnO *** system,due to its higher nominal voltage than distribution system,has more numbers of ZnO blocks inside an arrester *** term of the current rating of an arrester,it is found that there is some different value of the current *** current rating of an arrester installed closer to electrical substation is higher than that of some further away from the *** the respond of a lightning impulse strike,the arrester will let a high value of impulse current *** tends to heat the ZnO material of the *** the number of impulse strike is quite high then it may give the effect to the change of the arrester *** condition will endanger the equipment that is protected by the arrester from lightning *** this research,the scope of work is limited to making an impulse current generator toward to one having 8/20 μs *** kind of impulse current wave-shape is the one that is used for studying the performance of ZnO *** effect of the inductance and capacitance of the impulse current generator were also studied.A 10 fused cut out was blown by an impulse having 10321 A of 17.8/37.8 μs.A ZnO arrester block brokendown/allowed large value of current :10982 A flowing under the voltage of 10.5

主 题 词:低压元件 电流发生器 高压冲击 设计 氧化锌 

学科分类:0808[工学-自动化类] 0809[工学-计算机类] 080803[080803] 08[工学] 0807[工学-电子信息类] 

核心收录:

D O I:10.13336/j.1003-6520.hve.2008.12.007

馆 藏 号:203748288...

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