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> Commercial DC Fast Charging Station

180KW GB/T Electric Car Charging Stations

Input Voltage: 400V AC±15%,3phase+N+PE
Rated output voltage(V): 150-1000V DC
Output Power: 180KW
Output Current(A): 0~200A or 0-250A
Product description: Stay connected with SENKU electric car charging station’s advanced internet capabilities. Whether through Wifi, 3G/4G, or Ethernet, the station ensures seamless communication and data transfer. It’s f
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Product introduction

Stay connected with SENKU electric car charging station’s advanced internet capabilities. Whether through Wifi, 3G/4G, or Ethernet, the station ensures seamless communication and data transfer. It’s fully compliant with the OCPP 1.6 protocol, enabling easy integration into existing networks and allowing for real-time monitoring, remote diagnostics, and software updates. This connectivity is crucial for businesses looking to offer reliable and scalable charging solutions.

Easily configure the charging power to meet your specific needs. Our station allows for output power adjustments ranging from 90kW to 180kW, providing flexibility depending on the location and usage requirements. Whether you need fast charging capabilities for a busy highway or moderate charging for a business center, this 180KW DC Fast Electric Car Charging Stations can be tailored to your needs.

Electric Vehicle Charging Station

180KW Electric Vehicle Charging Station

AC Charging vs. DC Charging

If you’ve made the switch to an electric vehicle (EV)—or are considering it—you might have heard people talk about ‘AC’ and ‘DC’ charging. But is there a difference? And what do you need to know?

Put simply, AC and DC are two different types of electric current. AC stands for ‘alternating current’, while DC is short for ‘direct current’. While both AC and DC currents can help drivers to power up and get on the road, there are differences between them—with DC charging typically providing a faster charge.

While both AC and DC charging stations can be used to charge an EV, an EV’s battery will only ever store DC energy.

While EV batteries store DC energy, EV drivers can still use an AC charging point to power up and get on the move. That’s because a converter (also called "On board Charger") in the car will convert AC electricity into DC—allowing it to be stored into the battery.

Because AC energy has to be converted into DC to be stored in an EV battery, AC charging can be less rapid than DC charging. If you’re planning a journey, it might be helpful to consider whether you’ll be using AC or DC charging to make sure you’ve factored in time to recharge.

AC chargers at home is often provided using alternating current, at a lower speed (sometimes 7kW). When using a home charger, power typically travels through a socket to a converter in the car. This converts that energy into DC to store in the vehicle’s battery. At some public charging stations, you can also see some 22KW AC chargers.

If you’re powering up with rapid or ultra-fast electric car charging station, the charging infrastructure you’re using will be supplying energy to your EV in DC. This means the energy does not need to be converted and can go straight into the battery.

Because the energy does not need to be converted, DC charging helps to allow for higher speed charging. Charging speeds, however, will vary according to multiple factors, including your EV make and model, and the charger power you’re using.