3.takeo to kampot
TRANSCRIPT
-
8/18/2019 3.Takeo to Kampot
1/2
ELECTRICITE DU CAMBODGE CORPORATE PLANNING AND PROJECT DEPARTMENT TECHNICAL O
From Bus = TAKEO To Bus = KAMPOT
From Bus Code = 0 To Bus Code = 0
CT Ration = 1200/1 VT Ratio = 230/Ö3 : 110/Ö3
System KV = 230 Distance (km) = 73 No. Circuit = 2 No. Conductor /Ø = 1
Current Currying Capacity (A) = 842 MW/ Circuit (PF=0.95) = 319
Conductor Name = DRAKE Arrester Name = GJ-100
Conductor Type = ACSR Arrester Type = G.S.W
Stranding (mm) = 26/4.442 - 7/3.454 Stranding (mm) = 7/4.115
Total Area (mm²) = 468.6 Total Area (mm²) = 119.73
Total Diameter (mm) = 28.13 Total Diameter (mm) = 12.35
GMR = 0 GMR = 0W/km 20 °c = 0.07167 W/km 20 °c = 1.603608118
XL Ω/km = 0 XL Ω/km = 0
XC Ω/km = 0 XC Ω/km = 0
OPGW Name = OPGW 90 Insulator type = Aluminum Polimenia
OPGW Type = ACS No. of Disc / String = U120BP x 16
Stranding (mm) = 8/3.7 - 1/6.0 Total Length (mm) = 2336
Total Area (mm²) = 105.6
Total Diameter (mm) = 11.59GMR = 0
W/km 20 °c = 0.8030
XL Ω/km = 0
XC Ω/km = 0
Conductor Conductor
Ultimate Strenght = * Ultimate Strenght = *
Maximum Working Tension = * Max. Working Tension = *
Sage (m) = 13 Sage (m) = *
arrester wire arrester wire
Ultimate Strenght = * Ultimate Strenght = *
Maximum Working Tension = * Max. Working Tension = *
Sage (m) = 10.4 Sage (m) = *
%SAG match = * %SAG match = *
TENSION AND SAG 30 °C TENSION AND SAG 90 °C
Transmsmission line Parameter Calculation
TAKEO TO KAMPOT
TYPE OF CONDUCTOR ARRESTER WIRE
OPGW INSULATOR
SUBSTATION SECTION 3/31/
-
8/18/2019 3.Takeo to Kampot
2/2
ELECTRICITE DU CAMBODGE CORPORATE PLANNING AND PROJECT DEPARTMENT TECHNICAL O
OPGW OPGW
Ultimate Strenght = * Ultimate Strenght = *
Maximum Working Tension = * Max. Working Tension = *
Sage (m) = 10.4 Sage (m) = *
%SAG match = * %SAG match = *
R1 (W) = * X1 (W) = *
R0 (W) = * X0 (W) = *
B1 (S) = * B0 (S) = *
Y1 = 26 X1A = 4.6
Y2 = 31.5 X1B = 4.6
Y3 = 37 X1C = 4.6
Y4 = 42.5 X1G = 4.6
X2A = 4.6
X2B = 4.6
X2C = 4.6
X2G = 4.6
LINE CONSTANT PARAMETER
TOWER CONFIGURATION
G1
Y1
Y2
Y3
X1A
X1B
X1C
X1G
X2C
X2A
X2B
X2GY4
OPGW
SUBSTATION SECTION 3/31/