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4G/3G/Ethernet 3-Phase
Fast Charging DC Charger

Charging plug type:  DC fast charging
Overvoltage category:  Type II
Standby power:  80 W
Power factor (full load):  >0.96
THDi:  <4.5%
Operating Current:  <1A
Leakage current:  0.8mA
Cable Length:  5m (Optional:6.0m/8.0m)
Cellular communication:  GSM/4G/LTE
CCS cables maximum current:  200A/400A
Connector types(CE models):  3-phase, neutral, protect ground wire
Connector types(UL models):  3-phase, protect ground wire
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Prodcut description

A DC EV charger is a specialized charging station designed to quickly charge electric vehicles.

The main advantage of DC EV chargers is their rapid charging capability,they can charge an electric vehicle to 80% capacity in under 30 minutes, which is much faster than conventional chargers. This makes electric vehicles more practical for long-distance travel and reduces “range anxiety,” the fear of running out of battery power during a journey.

DC chargers are equipped with connectors for both fast DC charging and standard AC charging. They are compatible with most electric vehicles that support fast charging, making them a versatile choice for charging electric cars.

These chargers often come with smart features and are connected to networks, allowing users to access real-time information, monitor the charging progress, and make payments using smartphone apps or RFID cards. This added convenience makes it easier for EV owners to find and use charging stations.

By deploying DC EV chargers strategically in public places and along major roads, we can create a widespread and reliable EV charging infrastructure. This infrastructure expansion is essential for the wider adoption of electric vehicles, contributing to a cleaner and more sustainable transportation system.

Prodcut Details

Product Information
Charging type DC fast charging  Overvoltage category Type II
Power factor (full load) >0.96 THDi <4.5%
Efficiency >95% (peak) Pre-charge current <1A
Inrush current <100A Leakage current 0.8mA
Standby power 80 W 80 W 980 W (with heater active) 10 kA (C models) 65 kA (UL models)
Cable length 5m (Optional:6.0m/8.0m) Cellular communication GSM/4G/LTE
CCS cables maximum current (standard) 200A CCS cables maximum current (High current) 400A
Connector types (CE models) 3-phase, neutral, protect ground wire Connector types (UL models) 3-phase, protect ground wire
Outlet options C:CCS cable. J:CHAdeMO cable, G:GB/T

User interface
Connectivity Internet access via 4G/3G/Ethernet (RJ45)
User authentication App.ISO 15118 plug in charge, RFID, PIN code
User interface (Display) 7″LCD high-contrast touchscreen
Communication protocols OCPP 1.5/1.6 and OPC-UA
RFID Reader ISO 14443 A+ B to part 4 and ISOVIEC 15693
Mifare,NFC,Calypso,Ultralight. PayPass, HID;and more
Emergency button Yes.The button can be removed with a retrofit kit.
General characteristics
IP and IK rating IP-54 and IK-10(cabinet)/IK-8(touchscreen)
Enclosure type Stainless steel 430 and Aluminium
Humidity 5.95%
Cooling Fan cooling

Advantages of DC EV Charger

※Rapid Charging Speed:

One of the most prominent advantages of DC EV chargers is their rapid charging speed. Unlike AC chargers, which use the vehicle’s onboard charger to convert AC power to DC power for the battery, DC chargers directly supply DC power to the battery. For instance, DC chargers can add hundreds of miles of range in as little as 30 minutes, making long-distance travel more practical and convenient.

※Infrastructure Scalability:

DC EV chargers are highly scalable, making them suitable for various applications and locations. Their fast charging capabilities allow a higher turnover of vehicles, which is particularly valuable in high-traffic areas like urban centers, shopping malls, and rest areas. With their ability to cater to multiple vehicles in a shorter time span, DC chargers can accommodate the increasing number of EVs on the road more efficiently than slower AC charging alternatives.

※ Long-Range Travel Facilitation:

With the increasing adoption of EVs, the demand for long-range travel capabilities has grown. DC EV chargers play a pivotal role in addressing range anxiety by enabling EVs to cover long distances without prolonged charging stops. As these chargers become more widespread along major highways and travel routes, the fear of running out of power on a lengthy trip diminishes, encouraging more people to embrace electric mobility.

※ Enabling Cross-Country Travel:

The deployment of a robust network of DC EV chargers is vital to facilitate cross-country travel for EV drivers. Long-distance journeys often require quick charging stops to keep up the pace, and DC chargers offer the ideal solution. By ensuring that EV drivers have access to fast charging infrastructure throughout the country, it becomes more feasible to embrace electric vehicles for a broader range of travel scenarios.

※ Battery Health Considerations:

DC chargers often come equipped with sophisticated software and hardware that can communicate with the EV’s battery management system. This communication enables optimized charging profiles, mitigating potential damage to the battery and extending its overall lifespan. By closely monitoring and managing charging currents and temperatures, DC chargers help preserve the longevity and health of EV batteries, resulting in long-term cost savings for EV owners

※ Investment Attraction:

The deployment of a well-established network of DC EV chargers can stimulate investment in EV infrastructure and related industries. As fast chargers become more prevalent, businesses, governments, and private entities are more likely to invest in electric mobility solutions.

※ Utilization of Renewable Energy:

The faster charging times of DC EV chargers allow for more efficient utilization of renewable energy sources, such as solar and wind power. By drawing power directly from these sources and feeding it into EV batteries at high speeds, DC chargers can optimize the integration of clean energy into the transportation sector. This alignment with renewable energy goals is essential in the fight against climate change and reducing the carbon footprint of transportation.

※ Minimized Grid Strain:

As EV adoption continues to increase, concerns about the strain on the electricity grid arise. DC chargers can help alleviate this strain by efficiently distributing power during peak charging periods. Due to their higher charging speeds, EVs are connected to the charger for a shorter duration, reducing the overall demand on the grid during charging sessions. Additionally, the possibility of smart charging integration allows for further grid load management and optimization.

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