EV Charging Infrastructure
High-current, high-flex cable for DC fast chargers and charging station power cabinets.
DC fast charging pushes enormous current through cable that must stay flexible enough to handle and route inside tight power cabinets. Standard cable overheats or stiffens. We build high-strand-count copper assemblies engineered for the thermal and mechanical demands of modern EV charging.
The Challenges
- Very high continuous current with tight thermal limits
- Flexible routing required inside compact power cabinets
- Repeated handling of charging leads by end users
- Long-term reliability across outdoor charging sites
Engineered for the job, built in-house
Our EV power assemblies use rope-lay fine copper stranding under heat- and abrasion-resistant crosslinked jackets, sized to carry fast-charging current without excessive temperature rise. We terminate to your cabinet and connector standards for a drop-in power path.
Runs Cool
Conductor sizing and crosslinked jackets manage the heat of sustained fast charging.
Stays Flexible
Fine stranding keeps leads and internal wiring easy to route and handle.
Built To Spec
Terminated and assembled for your charger platform and connector system.
