Phihong 360kW 3.5 Generation DC Charger
Phihong 360kW 3.5 Generation DC Charger
Phihong's 360kW 3.5 Generation DC Charger sets new standards in EV charging technology. With its sleek DD series design, it combines powerful charging capabilities with a user-friendly interface, delivering a seamless charging experience.
Equipped with a customizable 21.5” sunlight-readable LCD touchscreen, this charger is engineered for urban spaces, offering small footprint adaptability and efficient branding options. Its unparalleled power delivers up to 480 kW and supports simultaneous charging for two vehicles, making it an ideal solution for high-traffic locations.
Charging Speed
The Phihong 360kW 3.5 Generation DC Charger offers dynamic charging speeds, capable of delivering up to 480 kW at 500A per output, ensuring efficient, rapid charging.
Technical Specifications
| AC Input | |
| Input Voltage | 1Φ220 Vac ~ 240Vac ,+/-15% ( 50/60 Hz) |
| Input Current Rating | Max:8.04 |
| Connection/ Power Grid System | 1P+ N+ PE , TN/TT |
| DC Output | |
| Output Voltage | 150 ~ 950 |
| Current |
|
| Mechanical | |
| Dimension (W x D x H) | 590 x 421 x 1850 |
| Weight | 265 kgs |
| Cable length | Liquid cooling: >4
Air cooling: >4.5 |
| Environment | |
| Operating Temperature | -30~50°C |
| Humidity | 5~95% RH |
| IP/IK ratings | IK10 (HMI IK8) |
| Compliance | |
| EMC/EMI | IEC.61851-21-2 |
| Safety | IEC.61851-1 |
| Protection Input | OVP, UVP, OCP, OPP, OTP, SPD, RCD |
| Protection Output | OCP, SCP, OVP, LVP, OTP, IMD |
| Backend Support | OCPP 1.6 JSON,OCPP 2.0 core profile
|
| Display | 21.5 (Touch Screen) |
| User Authentication | QR code, RFID, Credit Card (Optional) |
| Communication | Ethernet (RJ 45) |
| Warranty Protection | N/A |
| User Rating | N/A |
| Price | N/A |
Smart Features of Phihong - 360kW 3.5 Generation DC Charger
- Customizable Touchscreen: A 21.5” sunlight-readable LCD display provides visibility in any lighting and supports personalized branding and content customization for commercial use.
- Small Urban Footprint: Compact design ensures effortless installation, even in dense urban settings, optimizing space utilization.
- Simultaneous Dual Charging: Charges two vehicles at once, delivering up to 480 kW, enhancing operational efficiency for high-demand environments.
- Smart Cable Management: Tailor the charger to specific needs with customizable options, ensuring seamless integration and operation.
- User-Friendly Interface: Features 5-7 meter-long cables and a user-friendly retraction system, simplifying cable handling and storage.
- High-Performance Power Output: Delivers consistent 360kW output, enabling faster charging sessions and reduced downtime.
Product guides and documents of Phihong - 360kW 3.5 Generation DC Charger
Phihong 360kW 3.5 Generation DC Charger Technical Specification Sheet
Advantages of the Phihong - 360kW 3.5 Generation DC Charger
- High Power Efficiency: Supports up to 480 kW output for rapid charging, minimizing waiting times for EV owners.
- Flexible Design: Small footprint design fits compact urban areas while offering branding opportunities through customizable displays.
- Reliable Dual Output: Simultaneous dual-vehicle charging ensures optimized charging station throughput for commercial operators.
- Durable Cable Management: Reinforced cable retraction system increases longevity and ease of use, maintaining functionality over time.
- Future-Proof Technology: Designed to support evolving EV models, providing compatibility with a wide range of vehicles.
Disadvantages of the Phihong - 360kW 3.5 Generation DC Charger
- High Initial Investment: Advanced features and high-power output may lead to a steeper upfront cost compared to lower-capacity chargers.
- Limited Portability: Fixed installation design limits mobility, making it unsuitable for temporary charging setups.
- Cable Length Dependency: While offering 5-7 meter cables, certain large vehicle configurations may require alternative placement for optimal access.
- Potential Maintenance Costs: Advanced features such as smart cable management may demand higher maintenance to ensure long-term performance.
- Urban Space Constraints: Although compact, areas with extreme space restrictions may still face installation challenges.