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MATLAB在接地系统优化设计中的应用 被引量:1

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摘要 为了均匀地表面的电位分布,进一步降低接触电压和跨步电压,更好地保障人身和设备的安全,接地系统的优化设计是必然的方向。本文对接地参数计算的新方法进行了较深入的研究,应用Matlab的编程环境,编制了接地网参数的通用计算程序。实践证明,该程序运算速度快,所需内存少,精度高,从真正意义上实现了接地系统的优化设计。
作者 王新翠
出处 《南昌高专学报》 2010年第5期162-163,共2页 Journal of Nanchang Junior College
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  • 1Heppe R J. Computation of potential at surface above an energized grid or other electrode, allowing for nonuniform current distribution, IEEE Tran on PAS,Vol.PAS-1998, (6) : 1978-1987,1979.
  • 2Nagar P R, Velazquez R et al. Review of analytical method for the performance of large grounding elec-trodes, part I. theoretical consideration. IEEE Trans on PWRD, 1985,104(11):3124-3130.
  • 3Sakis A P, Xia Feng et aL An advanced computer model for grounding system analysis. IEEE Trans on PWRD, 1993 ,104 (11):13-21.
  • 4Chow Y L, Yang J J and Srivastava K D. Complex images of a ground eletrode in layered soils. Journal of Applied Physics,Jan. 15,1992. 569-574.
  • 5Sverak J G.Optimized Grounding Grid Design Using Variable Spacing Techniques [J].IEEE T-PAS,1976,95(1):362-374.
  • 6Dawalibi F,Mukhedkar D.Optimum design of substation grounding in a two layer earth structure,part I:analytical study [J].IEEE T-PAS,1975,94(2):252-261.
  • 7Dawalibi F,Mukhedkar D.Optimum design of substation grounding in a two layer earth structure,part II:comparison between theoretical and experimental results [J].IEEE T-PAS,1975,94(2):262-266.
  • 8Dawalibi F,Mukhedkar D.Optimum design of substation grounding in a two layer earth structure,part III:study of grounding grids performance and new electrode configuration [J].IEEE T-PAS,1975,94(2):267-272.
  • 9Huang L,Chen X,Yan H.Study of unequally spaced grounding grids [J].IEEE Trans on PWRD,1995,10(5):716-722.
  • 10ANSI/IEEE Std80-1998.IEEE Guide for Safety in AC Substation Grounding [S].New York:Institute of Electrical and Electronics Engineers,Inc,1998.

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