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High Voltage EV Cable Shielded And Unshielded Cable XLPE Insulated PVC Cables For New Energy Vehicle Product Introduction This high voltage EV cable is engineered exclusively for new energy vehicle high-voltage systems. It comes in both shielded and unshielded types, adopting XLPE as core insulation and durable PVC for outer sheath. The combination delivers reliable electrical performance, solid mechanical protection and wide environmental adaptability. Widely applied in
70mm2 95mm2 120mm2 High Voltage EV Cable Shielded and Unshielded XLPE Insulated PVC Cables What is high-voltage EV Cable? The electric vehicle high-voltage cable is used to connect the charging port and the battery, the inside of the battery, the battery and the engine and other components, as a carrier for power transmission. For some reason, the application environment in the car is harsh, and the high-voltage lines of electric vehicles have very high performance requiremen
High Voltage Cable YJV22 1KV/8.7KV/36KV 3*70/95/120 Copper Core XLPE PVC Insulated Cable Product Description The maximum rated temperature of the cable conductor is 90 ° C. During a short circuit (with a maximum duration of no more than 5 seconds), the maximum rated temperature of the cable conductor is 2.The temperature should not exceed 250 ° C. The ambient temperature during cable laying should not be lower than 0 ° C 3. Allowable bending radius during laying: Single core
35‑500kV High Voltage Copper Conductor Cable XLPE Underground Industrial Power Transmission Cable Introduction This series of high‑voltage power cables covers voltage levels from 35kV up to 500kV, mainly built with compact‑stranded high‑conductivity copper conductors and cross‑linked polyethylene (XLPE) insulation layers. Designed for long‑distance bulk power delivery, urban main grid networking, large industrial park power supply and new energy base transmission projects, it
High Voltage Cable 12/20kV 3-Core Cable YJV22 CU/XLPE/STA/PVC Customized For Mining & Grids Introduction This 12/20kV three‑core high‑voltage cable is standard YJV22 type, constructed with copper conductor, XLPE insulation, steel tape armor and PVC outer sheath. It is specially developed for mining power supply, urban power grid networking, industrial heavy‑load power distribution and underground buried projects. Built with strict high‑voltage electrical safety standards, it
YJV22 Cable 3 Copper Core Steel Tape Armored Power Cable For Underground Wiring Product Overview The YJV22 cable is a copper-core, cross-linked polyethylene-insulated, polyvinyl chloride-sheathed, steel tape-armoured power cable. This cable is characterised by high mechanical strength, excellent compression resistance, corrosion resistance and outstanding performance when buried underground. It is widely used for low-voltage power transmission and distribution in industrial,
YJV22 10kV 35kV High Voltage Copper Cable, XLPE Insulated, Steel Tape Armored, Power Cable Structural Description Copper Conductor: Compactly stranded circular structure, oxygen content ≤0.02%, conductivity not less than 97% IACS. Nominal Cross-Section: 10kV commonly 25~630mm²; 35kV commonly 50~400mm² (single-core or three-core). Conductor Shielding: Extruded semi-conductive layer, uniform electric field, preventing void discharge. XLPE Insulation: Cross-linked polyethylene,
YJV YJV22 4 Core 300mm 180mm Xlpe Armoured Copper Power Cable Wire Product Features Hybrid Large Cross-Section Design:The main core uses 3×300mm² copper conductors, and the neutral conductor is 180mm² (or 185mm²), meeting the requirements of high-load three-phase power distribution. Suitable for incoming lines in large industrial equipment, substations, and power distribution rooms. XLPE Insulation High Temperature Resistance:Cross-linked polyethylene insulation allows for a
Aluminium Alloy Cable3/4/5-core Underground Power Cable For Industrial Projects product description Aluminium alloy cables are a new type of power cable that utilises AA8030 series aluminium alloy as the conductor, employing advanced technologies such as a special roll-forming process for stranding and annealing treatment. Alloy power cables address the shortcomings of traditional pure aluminium cables. Whilst they do not enhance the cable’s electrical conductivity, they