Offshore Wind Cable Parameter
Conductor material: tinned copper, aluminum, copper-clad steel
Conductor cross-sectional area: 95-1600mm2
Insulation layer: XLPE/EPDM/MI, etc.
Inner sheath material: aluminum, aluminum-plastic composite tape, etc.
Armor layer: galvanized steel wire, aramid fiber, etc.
Voltage level: low voltage/medium voltage
Number of cores: single core, 2 cores, 3 cores or multi-cores
Minimum bending radius: fixed 10 times the outer diameter of the cable, dynamic greater than 15D
Is customization supported: yes
Corrosion-Resistant Offshore Wind Cable
Hengxun supplies offshore wind cables for you. Conventional cables use tinned copper conductors and lead sheaths, and additional outer sheaths, which can make your cables resistant to seawater corrosion and have a very high lifespan in marine environments, reducing your maintenance costs and keeping your projects running uninterruptedly.
Efficient Transmission Offshore Wind Cable
Hengxun adds a steel wire armor layer to the offshore wind cable, which enables it to withstand large laying tension and the impact of ocean currents. In addition, it uses high-voltage XLPE material for insulation, which can keep the loss rate below 0.5%, which can greatly improve your power transmission efficiency and reduce subsequent costs.
It is recommended to lay the cable at a depth greater than 1.5 meters, mark the route, and install a sonar warning system.
It is recommended to use IP68 waterproof factory prefabricated connectors, and inject waterproof glue at the connectors and install mechanical covers for protection.
The first step is to locate the fault point with electromagnetic detection, the second step is to salvage the cable and cut it off, then replace the new cable and connect it.
