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110kV High Voltage Cable XLPE Insulation Copper Wire Screen Power Cable Transmission Cable

Categories High Voltage Cable
Brand Name: Zhongdong
Model Number: PV1-F
Certification: CCC,IEC,VDE,TUV,ISO
Place of Origin: Hebei,China
MOQ: Negotiable
Price: Negotiable
Payment Terms: L/C,T/T
Supply Ability: 500KM/Week
Delivery Time: 10work days
Packaging Details: woodern drum
Insulation Material: xlpe
Jacket: PE
Conductor Material: Stranded circular or segmental (Milliken) compacted copper conductor
Nominal Voltage: 38/66kV(72.5kV)
Core: 1 Core
Application: underground
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110kV High Voltage Cable XLPE Insulation Copper Wire Screen Power Cable Transmission Cable

110kV High Voltage Cable XLPE Insulation Copper Wire Screen Power Cable Transmission Cable



APPLICATION

1. Urban Power Supply

  • Replaces overhead lines to ‌enhance reliability
  • Saves space and improves city aesthetics.

2. Industrial Power

  • Supports ‌high-load facilities‌ (steel plants, data centers).
  • Connects ‌renewable energy‌ (wind/solar farms) to the grid.


CONSTRUCTION


  • Conductor: Stranded circular or segmental (Milliken) compacted copper conductor
  • Conductor shield:Semi-conductive shield
  • Insulation: Cross-Linked Polyethylene(XLPE)
  • Insulation shield: Semi-conductive shield
  • Metal shielding layer:Corrugated Aluminum Sheath or Lead Sheath or Aluminum Laminated Tape
  • Binder tape:Non-woven fabrics
  • Metal Laminate Foil: Aluminum laminated tape
  • Outer sheath: PE


STANDARD


IEC 60840 IEC 62067


CHARACTERISTIC


  • Voltage Rating Uo/U: 64/110kV(123kV)
  • ‌Continuous Operation: ‌+90°C‌ Conductor Temp
  • ‌Emergency Overload‌:‌+105°C‌ Conductor Temp (≤100 hrs/year, ≤500 hrs/lifetime)
  • Short Circuit:‌‌+250°C‌ Conductor Temp (for calculated duration, typically 1-5s)
  • ‌Installation ‌≥ 0°C
  • ‌Ambient Operation ‌≥ -40°C


PARAMETERS


Conductor

Insulation

Nominal Area of Copper Wires

Outer Jacket

Nominal
Area

Max.DC
resistance at 20

Max.AC
resistance at 90

Nominal Thickness of Insulation
Layers

Nominal
Thickness

Approx.
Overall
Diameter

Approx.
Overall
Weight

Cond.
Screen

XLPE

Ins.
Screen

mm²

Ω/km

Ω/km

mm

mm

mm

mm²

mm

mm

kg/m

300 R

0.0601

0.0787

1.2

15

1

95

3.5

67.9

6.47

400 R

0.047

0.0627

1.2

15

1

95

3.5

70.5

7.41

500 R

0.0366

0.0502

1.2

15

1

95

4

74.9

8.79

630 R

0.0283

0.0407

1.2

15

1

95

4

78.4

10.21

800 R

0.0221

0.0338

1.2

15

1

95

4

82.4

12.17

1000 S

0.0176

0.024

1.5

15

1.2

95

4

92.1

14.74

1200 S

0.0151

0.0211

1.5

15

1.2

95

4.5

97.1

17

1400 S

0.0129

0.0185

1.5

15

1.2

95

4.5

99.1

18.99

1600 S

0.0113

0.0168

1.5

15

1.2

95

4.5

103.1

20.72

2000 S

0.009

0.0143

1.5

15

1.2

95

4.5

108.1

24.42

2500 S

0.0072

0.0125

1.5

15

1.2

95

4.5

116.1

29.99


OUR FACTORY



PACKAGE



APPLICATION




FAQ


Q. How does 110kV XLPE cable differ from traditional ones?

A. XLPE (cross-linked polyethylene) insulation provides higher thermal resistance and longer lifespan than oil-paper cables, reducing maintenance costs.


Q. What factors affect 110kV cable capacity?

A. Key factors include: ambient temperature, conductor material (e.g., aluminum vs. copper), and installation depth (for underground systems).


Q. Can 110kV cables be used in submarine environments?

A. Yes, with special waterproof armor and corrosion-resistant coatings, but costs increase due to engineering complexity.


Q. How to monitor faults in 110kV cable networks?

A. Techniques include: partial discharge (PD) sensors, distributed temperature sensing (DTS), and AI-based predictive analytics.


Q. What are the latest cooling technologies for high-voltage cables?

A. Innovations like liquid-filled cooling systems and phase-change materials help dissipate heat, enhancing load capacity by up to 30%.


Q. How long is the typical lifespan of a 110kV cable?

A. With proper maintenance, XLPE cables last 40–50 years, while older oil-paper types may degrade faster.


Q. Are superconducting cables feasible for 110kV applications?

A. Emerging high-temperature superconducting (HTS) cables show promise but remain costly; commercial adoption is still limited.


Q. What safety standards apply to 110kV cables?

A. Compliance with IEC 60287 (rating calculation) and IEEE 400 (installation guidelines) is critical for reliability.


Q. How to reduce energy loss in 110kV transmission?

A. Optimize conductor size, use low-loss dielectric materials, and implement dynamic line rating (DLR) systems.





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