New Energy Shielded Copper Insulation Vehicle Charging Cable

Customization: Available
Certification: CCC
Conductor Material: Copper

Product Description

Basic Specifications
Sheath Material
PVC
Insulating Materials
PVC
Input Power
AC & DC
Voltage Rating
Low Voltage
Operating Temp
to 105°C
Fire Resistance
BS6387 Standards (C/W/Z)
Safety Approvals
CE, UKCA, RoHS
Waterproof
Excellent
Flame Retardant
Excellent
Production Capacity
100,000 km/Year
Product Description

New Energy Shielded Copper Insulation Vehicle Charging Cable

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

Key Advantages:
  • Transmits stable power from the grid to the vehicle battery efficiently.
  • Achieves precise communication matching between charging stations and vehicles.
  • Highly resistant to plugging, bending, leakage, and electromagnetic interference.
Raw Materials & Quality

Our cables utilize high-purity oxygen-free copper for maximum conductivity and low heat generation. The insulation layers use special elastic materials (TPE, XLPE, EPR) resistant to extreme temperatures, while the environmentally friendly flame-retardant sheath ensures long-term weather resistance.

Charging Cable Application
Cable Structure
Shielded Cable
Technical Specifications
Type Typical Model Rated Voltage Temperature Range
AC EV-RSS, EV-RS90U 450/750V -40℃ to +90℃
AC EV-RSSPS 450/750V -40℃ to +90℃
DC EVDC-RSS, EVDC-RSSPS 1kV to 1.8kV -40℃ to +90℃
Liquid-cooled DC EVDC-LC 1.8kV to 3kV -40℃ to +125℃
Product Series
Applications

Modern Life Impact:

  • Promoting green transportation and carbon neutrality.
  • Ensuring energy security through smart grid adaptation.
  • Supporting public and residential charging infrastructure.

Typical Usage:

  • Public charging stations & Underground garages
  • Home/Community charging units
  • Vehicle-mounted charging & Portable guns
  • Commercial & Logistics vehicle stations
R & D & Quality Control
Testing Equipment
Inspection Personnel
Aging Test System

Our facility is equipped with DC resistance testing systems (Kelvin bridge) and heat extension aging test systems to ensure maximum safety and durability of every cable produced.

Project Showcases
Major Projects
Stadium Projects
Industrial Base
Production Base
Frequently Asked Questions
Q: What is the lead time for cable orders?
A: Standard cable models usually ship within 15–30 days. For customized specifications or high-volume orders, the lead time is typically 30–45 days.
Q: Are the cables compliant with international safety standards?
A: Yes, our products are produced strictly in accordance with GB/T 33594, CQC, and DEKRA standards, passing rigorous flame retardancy and heat resistance tests.
Q: Can I request customized cable lengths or bucket sizes for packaging?
A: Absolutely. We offer custom-cut lengths and tailored packaging solutions (such as specific wood drum sizes) based on your project requirements.
Q: What documentation is provided for international export?
A: We provide a full export documentation package, including certificates of origin, quality inspection reports, and compliance certifications.
Q: Do you offer after-sales technical support?
A: Yes, we provide comprehensive technical support and have partnered service centers in key regions to assist with installation and maintenance guidance.
Q: How do I initiate a bulk order?
A: Please reach out to our sales department with your specifications to receive a formal quotation. Once details are confirmed, a Purchase Order (PO) will be used to finalize the transaction.

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