The era of electric vehicles (EVs) is here, and with it comes the need for efficient charging solutions. DC EV Chargers, particularly those of 20KW, 30KW, and 40KW capacities, are integral players in this landscape.
Direct current (DC) fast charging is a method of rapidly replenishing an electric vehicle’s battery. Unlike slower AC charging, DC charging bypasses the onboard charger of an EV, delivering power directly to the battery.
High reliability and low failure rate with low operation and maintenance costs.Always available easy to use and profitable.
Efficient and power saving. Low heat loss and heat dissipation. Low overall power consumption and operating costs.
Dual protection.Active protective function. There is no fire or electric shock risk. Safety of the network and supply.
Low noise and easy to use. Environment friendly.
Constant power output at different voltages and temperatures.Fast charging capability in all scenarios.Dispatching power according to different demand.
Intelligently connect multiple operating devices with information-based remote operation management.
The 20KW DC EV charger is an excellent option for home and commercial use. Its compact size and powerful output can provide a full charge in hours, making it perfect for overnight charging or quick top-ups during the day.
A 20KW charger is ideal for single EV households, small workplaces, or places with limited power capacity. It’s also a cost-effective option if you’re just dipping your toes into the EV world.
Stepping up to the 30KW DC EV charger, we find a versatile workhorse. This charger can accommodate larger battery capacities and higher charging speeds, yet still maintains a relatively compact footprint.
This charger shines in commercial settings with multiple EVs, such as fleet operations, parking lots, and high-density residential areas. It’s also a great fit for long-range EVs that demand more power.
At the top of the line is the 40KW DC EV charger. This unit is designed for maximum efficiency and speed, capable of handling the heaviest charging needs without breaking a sweat.
The 40KW DC EV charger is ideal for public charging stations, high traffic areas, and commercial fleets with a variety of EVs. It can also be beneficial for users with multiple electric vehicles or high-capacity EVs that require substantial charging power.
Each DC EV charger, whether it’s a 20KW, 30KW, or 40KW, has its unique strengths. The choice depends on your specific needs, the capacity of your vehicle’s battery, and the infrastructure available. Remember, it’s not about finding the most powerful charger, but the most appropriate one for your situation.
In the electric vehicle ecosystem, DC EV chargers play a vital role. They provide fast, efficient charging, ensuring your EV is always ready for the road. While the 20KW charger is perfect for individual or small-scale use, the 30KW and 40KW chargers are more suited to commercial applications or heavy-duty use. Ultimately, the choice depends on your specific needs.
| Specification | Parameter |
|---|---|
|
Shell Material |
Cold Rolled Steel Plate |
|
Size |
1720mm*550mm*200mm(W*H*D) |
|
Cable length |
5m |
|
Charging Gun |
Double (CCS1+CCS1/CCS2+CCS2/CCS1+CCS2) |
|
User Interface & Control |
|
|
Charging Control |
Plug and Play, RFID Card ,APP |
|
Environmental |
|
|
Storage Temperature |
-40 to 75°C ambient |
|
Operating Temperature |
-30 to 55°C ambient |
|
Operating Humidity |
Up to 95% non-condensing |
|
Altitude |
< 2000m |
|
Protection |
|
|
IP Code |
IP54 |
|
Electrical Specification |
|
|
AC Input Voltage |
AC380V±15% ,3P+N+PE AC |
|
Input Frequency |
50Hz/60Hz |
|
Rated Outpower |
20kW / 30kW / 40kW |
|
Output Voltage Range |
CCS1: 150 Vdc –1000 Vdc/CCS2: 150 Vdc –1000 Vdc |
|
Output Current |
CCS1:0~250A/CCS2:0~250A |
|
Communiction |
|
|
OCPP |
OCPP 1.6 |
|
Network Interface |
Ethernet/4G |
A: AC charging uses an onboard charger to convert AC power to DC for the battery. This is typically slower. DC charging, on the other hand, bypasses this converter, supplying DC power directly to the battery for faster charging.
A: As long as your EV’s charging system can handle the power, a 40KW charger will not harm the battery. It’s essential to check the vehicle’s charging specifications before using a high-powered charger.
A: Yes, provided that your home’s electrical system can support the power demand. Professional installation is recommended.
A: Not necessarily. While faster charging gets you back on the road quicker, it may not be essential if you mostly charge overnight at home or can charge at work.
A: The exact time can vary based on the EV’s battery capacity and its current charge level. However, a 20KW charger can typically charge an EV in a few hours, while a 30KW or 40KW charger can do so even faster.
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