Product Description
The DC charging Station (DC charging pile) adopts advanced power electronic technology, the core of which lies in the internal inverter. The inverter can efficiently convert AC energy from the power grid into DC energy and directly supply it to the battery of the electric vehicle for charging. This conversion process is done inside the charging post, avoiding the loss of power conversion by the EV on-board inverter, which significantly improves the charging efficiency.
DC chargers are known for their high power charging capability. There are various power levels of DC chargers on the market, including 40kW, 60kW, 120kW, 160kW and even 240kW. For example, a DC charging post with a power of 100kW can, under ideal conditions, charge an electric vehicle's battery to full capacity in about half an hour to an hour. The supercharging technology even increases the charging power to more than 200kW, further shortening the charging time and bringing great convenience to EV users.
Wide Applications
DC charging piles are widely used in public infrastructure to provide fast charging services for electric vehicles.
Public Transport: Essential for city buses, taxis, and operating vehicles.
Commercial Areas: Ideal for shopping malls, hotels, and industrial logistics parks.
Residential Areas: Meeting the growing demand for fast home-based charging.
Highway Service: Providing rapid power replenishment for long-distance travelers.
Frequently Asked Questions
Q1: How long does it take to charge an EV with a 240kW DC charger?
A1: Depending on the battery capacity and state of charge, a high-power DC charger can typically charge an EV from 20% to 80% in about 15-30 minutes.
Q2: What is the energy conversion efficiency of these charging stations?
A2: Our DC charging stations utilize advanced rectification modules with an efficiency rating of ≥96%, minimizing energy loss during conversion.
Q3: Are the charging stations compatible with all weather conditions?
A3: Yes, the units are designed to operate in temperatures ranging from -20°C to 50°C with an average relative humidity of 5%-95%.
Q4: Can I customize the length of the charging cable?
A4: The standard length is 5 meters, but we offer optional 8-meter and 10-meter charging guns to suit different site requirements.
Q5: How does the system ensure safety during high-power charging?
A5: The intelligent control unit monitors voltage and current in real-time, adjusting the output based on the battery's status to prevent overheating and overcharging.
Q6: What payment and operation methods are supported?
A6: Users can operate the station through the 7-inch touch screen using either RFID card swiping or mobile QR code scanning.
Beihai Power
