文件名称:New-techniques-the-computer-aided-design-for-subs
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This paper describes the using of software programming for the substation grounding system which is designed for worker’s safety. This grounding system presents
new method to increase grounding resistance of Human Foot. The new method can decrease the number of conductors of an
unequally space grid and it is a supplement to ANSIDEEE std.
80 - 1986. It also uses 10 - 30 percents less grounding grid
material for safe and economical design. This paper also
presents touch and step voltage for a safety design. Mesh Voltage, Touch Voltage, Step Voltage, safe and economical design , Transferred Voltage , soil resistivity . graver resistivity , ground grid burial. - This paper describes the using of software programming for the substation grounding system which is designed for worker’s safety. This grounding system presents
new method to increase grounding resistance of Human Foot. The new method can decrease the number of conductors of an
unequally space grid and it is a supplement to ANSIDEEE std.
80 - 1986. It also uses 10 - 30 percents less grounding grid
material for safe and economical design. This paper also
presents touch and step voltage for a safety design. Mesh Voltage, Touch Voltage, Step Voltage, safe and economical design , Transferred Voltage , soil resistivity . graver resistivity , ground grid burial.
new method to increase grounding resistance of Human Foot. The new method can decrease the number of conductors of an
unequally space grid and it is a supplement to ANSIDEEE std.
80 - 1986. It also uses 10 - 30 percents less grounding grid
material for safe and economical design. This paper also
presents touch and step voltage for a safety design. Mesh Voltage, Touch Voltage, Step Voltage, safe and economical design , Transferred Voltage , soil resistivity . graver resistivity , ground grid burial. - This paper describes the using of software programming for the substation grounding system which is designed for worker’s safety. This grounding system presents
new method to increase grounding resistance of Human Foot. The new method can decrease the number of conductors of an
unequally space grid and it is a supplement to ANSIDEEE std.
80 - 1986. It also uses 10 - 30 percents less grounding grid
material for safe and economical design. This paper also
presents touch and step voltage for a safety design. Mesh Voltage, Touch Voltage, Step Voltage, safe and economical design , Transferred Voltage , soil resistivity . graver resistivity , ground grid burial.
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New techniques the computer-aided design for substation grounding .pdf