Shielded Cable for Secondary Circuit Power Transmission Control in New Energy Vehicles

Compliant with enterprise standard HT-320684, available in rated voltages 600V, 750V, 1000V, and 1500V. Boasting high current capacity, high voltage resistance, high temperature resistance, flexibility, oil resistance, and anti-interference performance, it ensures stable and reliable power transmission and control. Specifically designed for secondary power circuits of electric vehicles, it’s a trusted core component for new energy vehicle wiring systems.

Details of Shielded Cable for Secondary Circuit Power Transmission Control in New Energy Vehicles

This shielded cable is specifically designed for the demanding environment of secondary power transmission and control circuits within New Energy Vehicles (NEVs). It ensures stable power delivery and flawless signal communication for critical auxiliary systems, protecting against electromagnetic interference (EMI) in the high-noise electrical ecosystem of electric and hybrid vehicles.

Key Features & Benefits:

Superior EMI Shielding: Integrated braided or foil shielding effectively minimizes electromagnetic interference, safeguarding sensitive control signals and ensuring stable power delivery to auxiliary components.
Automotive-Grade Durability: Constructed with materials resistant to high temperatures, automotive fluids (oil, coolant), abrasion, and constant vibration for long-term reliability.
High-Temperature Performance: Rated for continuous operation at elevated temperatures (e.g., 125°C or 150°C), capable of withstanding under-hood or high-heat zone environments.
Optimized Flexibility: Designed with finely-stranded conductors for excellent flexibility, facilitating easier routing and installation in the confined spaces of vehicle architectures.
Compact & Lightweight Design: Aids in overall vehicle weight reduction and efficient space utilization within wiring harnesses.
Compliance Focus: Engineered to meet or exceed relevant automotive industry standards for performance and safety.

Primary Applications:

Ideal for key auxiliary systems in Battery Electric Vehicles (BEVs), Plug-in Hybrid Electric Vehicles (PHEVs), and Hybrid Electric Vehicles (HEVs), including: