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2kV Aluminum Alloy Solar DC PV Cable | RPVU90 RPVU105

Aluminum Alloy Conductor 2kV Solar DC PV Cable is designed for large-scale photovoltaic power stations and solar DC power systems. Featuring RPVU90/RPVU105 dual-layer insulation, FT-1 flame retardancy, UV resistance, low smoke halogen-free materials, and direct burial capability, it provides a cost-effective aluminum conductor solution for demanding solar projects.

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Aluminum Alloy Conductor 2kV Solar DC PV Cable

The Aluminum Alloy Conductor 2kV Solar DC PV Cable is a high-performance photovoltaic cable designed for solar DC applications, especially large-scale solar power stations and utility PV projects. With a rated voltage of 2kV, this cable is suitable for demanding photovoltaic installations where reliable power transmission, weather resistance, flame retardancy, and long-term durability are required.

Compared with traditional copper conductor solutions, the aluminum alloy conductor design helps reduce project costs while maintaining stable electrical performance. The cable adopts a dual-layer RPVU90/RPVU105 structure, offering excellent insulation resistance, UV resistance, low smoke halogen-free performance, and direct burial capability.

Applications

  • Solar photovoltaic power stations
  • Utility-scale solar farms
  • Solar DC power transmission systems
  • PV module and combiner box connections
  • Outdoor solar energy projects requiring direct burial cable

Structure

  • Conductor: Aluminum alloy conductor
  • Insulation: RPVU90 / RPVU105 dual-layer insulation
  • Rated Voltage: 2kV DC
  • Available Sizes: 12AWG, 10AWG, 8AWG, 6AWG, 4AWG, 2AWG, 1AWG, 1/0AWG, 2/0AWG, 3/0AWG, 4/0AWG

Key Features

  • 2kV rated voltage for large-scale PV projects
  • Aluminum alloy conductor for cost-effective solar cable solutions
  • RPVU90 / RPVU105 dual-layer cable structure
  • Passed FT-1 vertical flame test
  • High flame retardant performance
  • UV resistant for outdoor solar applications
  • Rated for direct burial installation
  • Low smoke halogen-free material
  • Higher insulation resistance for reliable DC performance

Standards / Certifications

  • FT-1 vertical burning test
  • RPVU90 / RPVU105 solar cable structure

Technical Parameters

Cross Section Conductor Insulation Thickness Jacket Thickness Cable Diameter Conductor Resistance at 20℃
12 AWG 1.16 mm 4.58 mm 0.38 mm 5.1 mm 5.43 Ω/km
10 AWG 1.16 mm 5.19 mm 0.38 mm 5.6 mm 3.41 Ω/km
8 AWG 1.35 mm 6.31 mm 0.76 mm 7.4 mm 2.14 Ω/km
6 AWG 1.69 mm 7.9 mm 0.76 mm 9.8 mm 1.35 Ω/km
4 AWG 1.69 mm 9.1 mm 0.76 mm 11 mm 0.848 Ω/km
2 AWG 1.69 mm 10.57 mm 0.76 mm 12.3 mm 0.534 Ω/km
1 AWG 2.02 mm 12.22 mm 1.14 mm 14.7 mm 0.423 Ω/km
1/0 AWG 2.02 mm 13.23 mm 1.14 mm 15.7 mm 0.335 Ω/km
2/0 AWG 2.02 mm 14.04 mm 1.14 mm 16.5 mm 0.266 Ω/km
3/0 AWG 2.02 mm 15.64 mm 1.14 mm 18.1 mm 0.211 Ω/km
4/0 AWG 2.02 mm 17.04 mm 1.14 mm 19.5 mm 0.167 Ω/km

Why Choose This 2kV Solar DC PV Cable?

This cable is developed for photovoltaic projects that require reliable DC transmission and better cost control. Its aluminum alloy conductor helps reduce material costs, while the 2kV rating, flame-retardant performance, UV resistance, and direct burial capability make it suitable for outdoor and large-scale solar installations.

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