Product Overview
UHV power cables are crucial for modern power transmission systems, designed to cope with extremely high voltages and currents.
Product Features
The cables consist of a conductor, insulation, shield, and sheath, and are made of highly conductive materials and advanced insulating materials to ensure efficient transmission and reliable electrical insulation.
Product Value
UHV power cables have excellent transmission capabilities, maintaining low power losses over long distances, improving energy efficiency, and reducing the impact on the environment.
Product Advantages
UHV power cables are stable and reliable, with stringent quality inspections and performance tests ensuring superior quality and performance.
Application Scenarios
The cables have wide applications, connecting power plants and substations, transforming urban power grids, supporting industrial projects, and facilitating the grid connection and consumption of new energy.
Specification |
Name |
YJLW02 |
Power Cable with Copper Conductor, XLPE Insulation, Corrugated Aluminum Sheath, PVC Outer Sheath |
YJLW02—Z |
Longitudinal Water--blocking Power Cable with Copper conductor, XLPE Insulation, Corrugated Aluminum Sheath, PVC Outer Sheath |
YJLW03 |
Power Cable with Copper Conductor, XLPE Insulation, Corrugated Aluminum Sheath, PE Outer Sheath |
YJLW03—Z |
Longitudinal Water-blocking Power Cable with Copper Conductor, XLPE Insulation, Corrugated Aluminum Sheath, PE Outer Sheath |
YJLLW02 |
Power Cable with Aluminum Conductor, XLPE Insulation, Corrugated Aluminum Sheath, PVC Outer Sheath |
YJLLW02—Z |
Longitudinal Water-blocking Power Cable with Aluminum Conductor, XLPE Insulation, Corrugated Aluminum Sheath, PVC Outer Sheath |
YJLLW03 |
Power Cable with Aluminum Conductor, XLPE Insulation, Corrugated Aluminum Sheath, PE Outer Sheath |
YJLLW03—Z |
Longitudinal Water-blocking Power Cable with Aluminum Conductor, XLPE Insulation, Corrugated Aluminum Sheath, PE Outer Sheath |
Product description
xlpe,pvc Power cable certificate display
Currant-carrying capacity and influencing factors
Currant-carrying capacity for cables with copper conductor,XLPE insulation under max.operating temperature (Unit:A)
Nominal cross sectional area |
Voltage level KV |
|||||||||||
66 |
110 |
220 |
||||||||||
Trefoil Laying |
Parallel Laying |
Trefoil Laying |
Parallel Laying |
Trefoil Laying |
Parallel Laying |
|||||||
In Air |
Buried |
In Air |
Buried |
In Air |
Buried |
In Air |
Buried |
In Air |
Buried |
In Air |
Buried |
|
240 |
625 |
545 |
650 |
570 |
615 |
535 |
650 |
555 |
- |
|
一 |
- |
300 |
715 |
615 |
750 |
645 |
710 |
605 |
745 |
635 |
|
|
|
|
400 |
820 |
695 |
865 |
735 |
810 |
685 |
860 |
720 |
805 |
670 |
850 |
680 |
500 |
950 |
790 |
1010 |
835 |
935 |
780 |
1000 |
825 |
920 |
750 |
958 |
775 |
630 |
1090 |
890 |
1170 |
950 |
1075 |
860 |
1155 |
935 |
965 |
850 |
1130 |
880 |
800 |
1330 |
1060 |
1435 |
1120 |
1295 |
1035 |
1395 |
1090 |
1280 |
985 |
1385 |
1010 |
1000 |
1515 |
1185 |
1640 |
1250 |
1470 |
1150 |
1585 |
1225 |
1455 |
1080 |
1560 |
1130 |
1200 |
1650 |
1275 |
1800 |
1360 |
1600 |
1235 |
1730 |
1320 |
1585 |
1140 |
1710 |
1215 |
1400 |
1780 |
1360 |
1955 |
1460 |
1735 |
1325 |
1890 |
1415 |
1730 |
1205 |
1880 |
1290 |
1600 |
1930 |
1445 |
2135 |
1560 |
1860 |
1405 |
2025 |
1505 |
1845 |
1260 |
2005 |
1350 |
2000 |
- |
- |
- |
- |
- |
- |
- |
- |
2050 |
1310 |
2265 |
1450 |
2500 |
- |
- |
- |
- |
- |
- |
- |
- |
2305 |
1410 |
2530 |
1580 |