文件名称:05743420_sub_research
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Subharmonic resonance occurrence in power
system more frequently. This paper used mathematical analysis
method for solving the nonlinear differential equations based on
the system equivalent diagram, and deduced the mathematical
expression of the subharmonic resonance, derived the relevant
affective factors of subharmonic resonance overvoltage
amplitude, and analyzed the influence of all relevant factors on
subharmonic resonance overvoltage in detail, finally validate the
conclusion of theoretical analysis using EMTP-ATP
system more frequently. This paper used mathematical analysis
method for solving the nonlinear differential equations based on
the system equivalent diagram, and deduced the mathematical
expression of the subharmonic resonance, derived the relevant
affective factors of subharmonic resonance overvoltage
amplitude, and analyzed the influence of all relevant factors on
subharmonic resonance overvoltage in detail, finally validate the
conclusion of theoretical analysis using EMTP-ATP
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