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Aluminum alloy cable

Wind power generation: Aluminum alloy cables are used in the fixed installation part of the tower, adapting to extremely cold environments and ensuring the stability of wind power transmission.

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Product Description

Product Standard
GB/T31840-2015
Application
This product is suitable for power supply and distribution in various power plants, mines, petrochemical, high-rise buildings, etc., and can also be used in fixed laying occasions requiring flame retardant, fire resistant, halogen-free, low smoke, and environmentally friendly properties.
Usage Characteristics
The maximum rated operating temperature of the cable conductor is 90℃.
The maximum duration of a short circuit does not exceed 5 seconds, and the maximum operating temperature of the cable conductor does not exceed 250℃.
The ambient temperature during cable laying should not be lower than 0℃, and the minimum bending radius should not be less than 15 times the cable outer diameter.

Construction

1. Conductor (aluminum alloy)　2. Insulation (XLPE)　3. Filling　4. Straps　5. Sheath

Applications

Wind power generation: Aluminum alloy cables are used in the fixed installation part of the tower, adapting to extremely cold environments and ensuring the stability of wind power transmission.

Photovoltaic power stations: As AC-side grid-connected cables, the cost of aluminum alloy cables can be reduced by 80%, which is both economical and practical in the construction of large-scale photovoltaic power stations.

Energy storage system: Suitable for commercial and household photovoltaic systems, with aluminum alloy cables meeting the requirements

Different working environments and power transmission requirements in energy storage systems.

Subway tunnel: Fire-resistant aluminum alloy cables can withstand a temperature of 950℃, ensuring the power supply and emergency system operation of the subway.

In shipbuilding, aluminum alloy cables can pass the 5,000-hour salt spray test, adapt to the challenges of Marine environments, and meet the corrosion resistance and reliability requirements of cables in shipbuilding.

Other jacket materials/colors can be provided upon request, such as CSP/PCP/NBR/PVC.

Double-layer jackets with reinforced fibers in the middle are available as an optional configuration.

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