Usage Characteristics of Aerospace Connectors in New Energy Applications

1. High Current & High Voltage Resistance
   • Capable of transmitting large currents and high voltages safely in electric vehicles, energy storage systems, charging equipment and new energy power stations, with low contact resistance and low heat generation.
2. Excellent Insulation & Arc Suppression
   • Provides high dielectric strength, effective creepage and clearance distances, and arc-resistant performance to avoid short circuits, sparks and insulation breakdown in high-voltage new energy circuits.
3. Shock & Vibration Resistance
   • Maintains stable connection under vehicle driving, equipment operation and complex working conditions, preventing poor contact, overheating and power interruption.
4. Wide Temperature Adaptability
   • Works reliably in a wide temperature range from low temperature to high temperature, adapting to outdoor environments, battery compartments and harsh working scenarios of new energy equipment.
5. Waterproof, Dustproof & Anti-Corrosion
   • Features high protection grades (IP67/IP68/IP69K), salt spray resistance and chemical corrosion resistance, suitable for outdoor wind power, photovoltaic, energy storage and electric vehicle environments.
6. High Safety & Reliability
   • Adopts foolproof, anti-loosening and anti-misplug structures to ensure stable connection and avoid safety hazards such as electric shock and fire.
7. EMC & Shielding Performance
   • Equipped with metal shielding shells to suppress electromagnetic interference, ensuring stable operation of power control systems and avoiding interference with other electronic equipment.
8. Lightweight & Miniaturization
   • Designed for compact size and light weight to help reduce weight and save space in electric vehicles, UAVs and mobile new energy facilities.
9. Long Service Life & Durability
   • Supports high mating cycles and long-term operation under high load, matching the service life of new energy equipment and reducing maintenance frequency.
10. Hybrid Transmission Compatibility
    • Supports integrated transmission of high-voltage power, low-voltage signals and high-speed communication, meeting the multi-functional needs of new energy powertrains.