High-Performance Thermal Management
Standard air-cooled cables become heavy and rigid when designed for high currents. Our Liquid Cooled EV Charging Gun utilizes an internal circulation system that dissipates heat directly from the power terminals and cables. This allows for a significantly higher current density while maintaining a slim, user-friendly profile.
Targeted Users & Scenarios
- CPOs (Charging Point Operators): Ideal for highway fast-charging hubs and urban ultra-fast stations.
- Fleet Managers: Perfect for electric bus and heavy-duty truck depots requiring rapid turnaround.
- EVSE Manufacturers: A premium component for high-end DC charger integration.
Challenges This Product Solves
- Overheating Issues: Eliminates power derating during peak summer or back-to-back charging sessions.
- User Fatigue: Liquid cooling allows for thinner copper wires, making the cable much lighter and easier for the average driver to maneuver.
- Durability: Reduces the thermal stress on internal components, extending the lifespan of the connector.
Technical Specifications
| Category | Parameter | Specification |
| Power | Charging Power | 150kW (Max) |
| Electrical | Rated Current | 250A / 300A |
| Rated Voltage | 1000V DC | |
| Interface | Connection Standard | CCS Type 2 / CCS Type 1 |
| Cooling | Cooling Method | Liquid Cooling (Glycol/Water) |
| Cooling Medium | Ethylene Glycol Mixture | |
| Durability | Protection Level | IP55 / IP67 |
| Mechanical Life | >10,000 Cycles | |
| Insertion Force | <100N | |
| Environment | Operating Temp | -30°C to +50°C |
| Material | Shell Material | Thermoplastic (UL94 V-0) |
| Cable Length | 5m (Customizable) |
seantomshi –
Works great even when voltage drops. Still charges full speed on hot days. App scheduling saves me a bit. No complaints.