EV Charging Station Custom Industrial Temperature Control Extension Cable

Customization: Available
Certification: CCC
Conductor Material: Copper

Product Description

Overview

EV Charging Station Custom Industrial Temperature Control Extension Cable

The charging cable is the core connection component for charging of new energy vehicles, performing three functions: transmitting electrical energy, conducting signal interaction, and providing safety protection.

  • Responsible for safely transmitting stable power from the grid or charging station to the vehicle's battery.
  • Transmits charging control signals to achieve communication matching and regulation.
  • Resistant to plugging, bending, leakage, overloading, and interference, ensuring stability throughout the process.

Basic Specifications

Sheath MaterialPVC
Insulating MaterialsPVC
Input PowerAC & DC
Voltage RatingLow Voltage
Operating Temp.to 105°C
Fire ResistanceComplies with BS6387 Standards
Safety ApprovalsCE, Ukca, RoHS
Bending Radius≥10× Cable Diameter (D)
WaterproofExcellent
Flame RetardantExcellent

Applications

Significance of Modern Life

  • Popularization of New Energy: Acts as "blood vessels" for EVs, promoting green transportation.
  • Carbon Neutrality: Helps reduce exhaust emissions and improves urban air quality.
  • Energy Security: Standardized and efficient utilization of electricity.
  • Convenience: Makes charging as convenient as refueling for daily commutes.

Usage Scenarios

Public charging stations, Home/community charging, Portable charging guns, Commercial/logistics vehicle charging, and Underground garages.

EV Charging Station Application
Cable Details 1
Cable Details 2
Cable Details 3

Technical Specifications

Custom configurations available upon request.

Type Typical Model Rated Voltage Temperature Range
AC EV-RSS, EV-RS90U 450/750V -40℃~+90℃
AC EV-RSSPS 450/750V -40℃~+90℃
DC EVDC-RSS, EVDC-RSSPS 1kV~1.8kV -40℃~+90℃
Liquid-cooled DC EVDC-LC 1.8kV~3kV -40℃~+125℃
Product Series

R & D Capabilities

Testing Equipment
Testing Equipment
DC resistance testing system (Kelvin bridge) for detecting conductor resistance.
Professional Inspection
Professional Personnel
Specialists in electrical engineering and materials science ensuring standardized operations.
Heat Testing
Heat Aging Systems
Core equipment to test heat resistance of insulating and sheathing materials.

Global Projects

Our products have been utilized in prestigious venues and infrastructures:
  • National Stadium (Bird's Nest)
  • Shanghai World Expo Venue Complex
  • CCTV Headquarters area on Fuxing Road
  • Nuclear Power Projects and leading Battery Production Bases
Project 1
Project 2

Our Team

Team Photo
We focus on enhancing teamwork and execution through collective experiences, fostering a corporate culture that boosts morale and drives innovation in subsequent work.

FAQ

Q: What's the lead time for orders?

A: Standard models ship in 15–30 days; customized units require 30–45 days.

Q: Do you provide after-sales service overseas?

A: Yes, we have partnered service centers in key regions to support our global clients.

Q: What are the core raw materials used in your cables?

A: We use high-purity oxygen-free copper for conductors and special elastic materials like TPE, XLPE, and EPR for insulation.

Q: What documents do you provide for export?

A: We provide a full export package, ensuring all regulatory and customs requirements are met.

Q: Are your products compliant with international safety standards?

A: Yes, our cables are produced strictly according to standards such as GB/T 33594, CQC, or DEKRA, and carry CE, Ukca, and RoHS approvals.

Q: How do I place an order?

A: Please contact our sales team via the provided inquiry forms for a quote, then confirm with a Purchase Order (PO).

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