Reliable Dual CCS2 Connector Fast Charging Solution for Electric Vehicles

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Reliable Dual CCS2 Connector Fast Charging Solution for Electric Vehicles

Customization:	Available
Connector Type:	CCS1
Installation:	Floor Type

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Product Description

Basic Info

Model NO.

WREVC-25-360

Charging Interfaces

Dual CCS2 Connectors

Start Mode

Credit Card, Mobile APP, RFID

Product Name

High-Performance Charging Pile

Maximum Current

250A

DC Output Range

150-1000V

Purpose

Fast Charging

Capacity

50,000 pieces/Year

Product Description

DUAL CCS2 CONNECTOR DC FAST CHARGER

The product line offers wide power range flexibility, spanning from low to ultra-high power: 7kW AC chargers for home use, 20–40kW low-power DC chargers for destinations, and 60–960kW ultra-high-power DC fast chargers for commercial stations. Key DC models like WREVC-25-360 hold CE certification, ensuring compliance with international standards for safety and performance.

Advanced cooling technologies are utilized, including fully liquid-cooled systems for ultra-high-power models to ensure efficient heat dissipation. Additionally, dual charging stations maximize space utilization by serving two vehicles simultaneously, while compact designs enhance adaptability to limited spaces like hotels or small parking lots.

Technical Specification

Feature Category	Technical Details (WREVC-25-360)
Charging Capabilities	Dual CCS2 Connectors; DC Output: 150–1000 V; Max Current: 250 A; Real-time LCD Display.
Monitoring	High-precision DC energy meter (Class 1 accuracy); Voltage/Current monitoring; RS-485 integration.
Safety Features	Automatic Safety Shutoff; Pre-charging protection; Dual interlock safety; Intelligent overcharge prevention.
Connectivity	Ethernet & 4G support; OCPP 1.6J compatible (upgradeable to 2.0).
Payment Solutions	Plug & Charge, RFID card, QR code via Mobile App.

Functional Advantages

✦ Power Flexibility Full coverage from 7kW to 960kW, catering to both residential daily needs and rapid commercial fleet requirements.

✦ Space Efficiency Dual-gun charging stations allow two vehicles to charge simultaneously, doubling service capacity without increasing footprint.

Core Applications

1. Residential Charging: 7kW AC chargers for overnight home use, ensuring full batteries every morning.

2. Commercial Destinations: 20–40kW DC chargers for hotels, malls, and offices, providing significant top-ups during short stays.

3. Public Charging Hubs: 60–960kW DC chargers for highway service stations and urban hubs to minimize waiting time for long-distance drivers.

4. Fleet Operations: High-power systems designed for logistics, taxis, and bus depots to maximize vehicle uptime.

Transportation & Packaging

Professional handling ensures safe arrival. Large commercial units and high-power chargers are secured in sturdy wooden crates or steel frames. Every shipment includes full-process tracking with real-time updates through a dedicated platform.

Frequently Asked Questions

What is the production capacity for charging stations?

The facility is capable of producing 10,000 DC charging stations and 100,000 AC charging stations per year to meet global demand.

Are the charging stations certified for international markets?

Yes, key DC models like the WREVC-25-360 hold CE certification, ensuring they meet strict international safety and electrical standards.

What payment methods do the chargers support?

Our systems support multiple convenient options including Plug & Charge, RFID cards, and QR codes via a mobile application.

How do you ensure the cooling of high-power chargers?

Ultra-high-power models utilize advanced liquid-cooled systems or split-type air-cooled designs to maintain stable performance and prevent overheating.

Can the chargers be integrated with existing management platforms?

Yes, the chargers are compatible with OCPP 1.6J (upgradable to 2.0) and support integration with various proprietary management platforms via Ethernet or 4G.

What is the typical lifespan of the equipment?

With robust structural designs and high-quality electrical components, the equipment is engineered for long-term commercial use, typically spanning 10-15 years depending on maintenance.