From rudimentary charging options, we’ve arrived at Direct Current (DC) charging stations. This leap wasn’t overnight, it was a progressive advancement driven by technology and the ever-growing demand for efficient EV charging.
Unlike Alternating Current (AC) charging, DC options bypass the onboard charger of EVs, providing direct electricity flow to the battery. The result? Rapid charging that gets you back on the road swiftly.
60KW and 80KW DC charging stations offer high-power outputs, drastically reducing charging times. To put it in perspective, a 60KW station can charge a typical EV up to 80% in approximately 30 minutes, and an 80KW station can do it even faster.
DC charging stations use advanced power electronics to convert AC electricity from the grid into DC, capable of fast-charging EVs. Technologies like liquid-cooling systems help manage the heat generated.
These charging stations employ various safety measures, such as built-in circuit protection, to ensure a safe charging experience.Use high-quality cable material to ensure charging safety.
The journey of electric vehicle charging has seen significant milestones, with the 60KW/80KW DC charging stations currently marking the pinnacle of charging technology. Their high-power output, efficiency, and contribution to green energy make them an essential component of the electric vehicle ecosystem. As we navigate the path to sustainable transportation, these DC charging stations remain our reliable companions, promising shorter charging times and longer journeys.
As we stride towards clean energy solutions, 60KW/80KW DC charging stations have an important role to play. They help bridge the gap between renewable energy sources and EVs, facilitating a greener future.
| Specification | Parameter |
|---|---|
|
Shell Material |
Cold Rolled Steel Plate |
|
Size |
1700mm*750mm*400mm(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 |
60kW / 80kW |
|
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: A 60KW station can charge a typical EV up to 80% in about 30 minutes, whereas an 80KW station can do it even faster.
A: Absolutely. These charging stations incorporate various safety measures such as built-in circuit protection to ensure a safe charging experience.
A: Apart from faster charging times, these stations play a critical role in promoting the adoption of EVs and supporting green energy solutions.
A: You can find these stations along highways, at commercial establishments, EV charging stations, and other areas with high EV traffic.
A: The key difference lies in their power output. An 80KW station provides faster charging due to its higher power capacity compared to a 60KW station.
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