Usage Characteristics of Aerospace Connectors in Energy Storage Systems

1. High current and high voltage transmission
   • Suitable for battery clusters, battery management systems (BMS) and high-voltage power distribution units, with low contact resistance, low heat generation and high transmission efficiency.
2. Excellent insulation and safety performance
   • High dielectric strength, sufficient creepage distance and clearance, effectively preventing short circuits, electric arcs and electric shock risks in high-voltage energy storage environments.
3. High stability and anti-interference
   • Strong EMC performance and shielding effect, ensuring stable transmission of power and BMS communication signals without interference from inverters and high-power equipment.
4. Wide temperature adaptability
   • Operates reliably in a wide temperature range, adapting to temperature changes inside energy storage cabinets and outdoor container energy storage systems.
5. Vibration and shock resistance
   • Maintains stable connection under transportation vibration, equipment operation and fan vibration, avoiding poor contact and system downtime.
6. Flame retardant and high safety
   • Uses flame‑retardant, low‑smoke and halogen‑free materials that meet industrial safety standards, reducing fire risks in energy storage systems.
7. Waterproof, dustproof and corrosion resistance
   • High protection level (IP65 to IP67), resistant to moisture, dust and chemical corrosion, suitable for indoor and outdoor energy storage stations.
8. Modular and high-density design
   • Compact structure supports multi‑core and hybrid transmission of power and signals, helping to save space in energy storage cabinets and improve integration.
9. Anti‑misplug and reliable locking
   • With foolproof coding and firm locking structure to prevent misconnection and loosening, ensuring safe and stable system operation.
10. Long service life and maintenance‑free
    • Stable electrical performance under long‑term charging and discharging cycles, supporting high mating cycles and reducing maintenance costs.