ABOUT THIS PRODUCT
The All Travel Energies DC electric vehicle (EV) chargers, or direct current chargers, offer faster charging times compared to AC chargers by directly delivering DC power to the vehicle’s battery. They are commonly used for public charging stations and in situations where quick charging is needed, like long trips. DC chargers are available in different power outputs, with fast chargers delivering high power for rapid charging and wall boxes offering lower power for slower, more convenient charging.
With 5 Years Warranty IP55 DC Charging Station DC+AC EV Charging Pile ranging from 40kw to super fast 320kw Electric Car Charger Station are strictly for Commercial Use
Here’s a more detailed explanation:
How DC Charging Works:
Direct Current (DC) Power:
Unlike AC (alternating current) from the power grid, DC chargers convert AC to DC before delivering it to the vehicle.
Off-board Conversion:
The conversion process happens outside the vehicle in a larger, more powerful converter, enabling higher power delivery.
Faster Charging:
This allows for significantly faster charging times, with some DC fast chargers reaching an 80% charge in as little as 20-30 minutes.
Types of DC Chargers:
DC Fast Chargers:
These are high-power chargers, typically found at public charging stations, designed for quick top-ups during travel.
DC Wall Boxes:
These offer lower power output and are suitable for home or office use, providing slower but more convenient charging.
Advantages of DC Charging:
Speed:
The primary advantage is the reduced charging time compared to AC charging.
Convenience:
DC fast chargers are essential for long-distance travel, minimizing time.
How does DC charging work?
There are two different types of EV charging stations: AC and DC. It’s important to keep in mind that power from the grid is always AC and EV batteries only accept DC power. That means that at some stage, the current must be converted. The difference between AC and DC charging stations is whether that power convertor is located onboard or off-board the vehicle.
AC delivers alternating current (AC) to an AC/DC converter onboard the vehicle.
DC charging stations convert AC before it reaches the vehicle, instead delivering direct current (DC) directly to the battery of an electric vehicle.
With DC charging, the convertor can be significantly larger due to the fact that it is located off-board the vehicle. Because the current is already converted to DC by the time it reaches the vehicle, it is possible to deliver more power, faster.
As a result of this different charging technique, DC stations can provide up to 350 kW of power and fully charge an EV in 15 minutes (providing the EV allows it). Due to their fast charging abilities, DC fast chargers are ideal for short-stop locations, fleet vehicle charging, and are beneficial for passenger vehicles as well as buses and trucks.
· Modular design
· Programmable charging mode
· Comprehensive protection
· Multiple communication modes
· 7-inch touch screen
· Eu and jap standard
· Dual output portsÂ
Specifications
High-concerned Chemical
None
Purpose
EV Charging Station
Condition
New
Model Number
WLE1213-DC240KW
Interface Standard
CCS1/CCS2/CHAdeMO/GB/T
Output Current
CCS2 300A Max
Output Power
400kw
Input Voltage
400Vac ±10% 3-phase+N+PE
Type
DC Fast EV Charger
Certificate
TUV CE CB
Communication Protocols
OCPP1.6J (OCPP 2.0 upgradable)
Warranty
6 Years
Network Connection
Ethernet/RS485/4G Communication(custom)
Cable Length
5m or 7m(customizable)
Output voltage
DC150-1000V
Frequency
50/60Hz
Efficiency
95% at full load
Protection Level
IP55
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