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As the core equipment in the field of electric vehicle charging, the principle of DC charging pile is to efficiently convert the AC power in the power grid into DC power through the inverter, the core component inside the DC charger, and directly supply it to the battery of the electric vehicle, so as to realise rapid charging. This technology not only simplifies the charging process and greatly improves the charging efficiency, but also avoids the loss of power conversion by the inverter on board of the electric vehicle, which is an important driving force for the popularisation of electric vehicles. The advantages of DC charging piles, in addition to its efficient charging capacity, can greatly shorten the charging time to meet the user's rapid replenishment needs, but also has a high degree of intelligence, easy to operate and monitor the user to improve the convenience and safety of charging. In addition, the wide application of DC charging piles also helps to promote the improvement of electric vehicle infrastructure and the popularity of green travelling.

Product Description

We support our consumers with ideal high-quality goods and substantial level support. As a specialist manufacturer in this sector, we have acquired abundant practical encounter in producing and managing personal portable charging solutions and docking stations. Our business principle is to present high-quality items, expert support, and truthful communication.

Product Description

A DC charging pile is a kind of charging equipment specially designed to provide DC power supply for electric vehicles. It can convert AC power into DC power and directly charge the power battery of electric vehicles, featuring higher charging power and larger voltage and current adjustment range. It realizes rapid charging and provides electric vehicles with fast replenishment of power.

The DC charging pile utilizes electrical energy more efficiently, reducing energy loss during the process. These piles are applicable to various models and brands of electric vehicles with wide compatibility. They are classified by power size, number of charging guns (single or double), structural form (integrated or split), and installation method (floor-standing or wall-mounted).

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Product Parameters

DC Charger Specifications
Equipment Models 120KW 160KW 180KW 240KW 320KW 480KW
Technical Parameters
AC Input Voltage Range (V) 380±15%
Frequency Range (Hz) 45~66
Input Power Factor ≥0.99
Fluoro Wave (THDI) ≤5%
DC Output Efficiency ≥96%
Output Voltage (V) 200~750
Output Power (KW) 120 160 180 240 320 480
Output Current (A) 240 320 360 480 320*2 480*2
Interfaces Charging Interface 2 Guns (Standard 5m Length)
Environment & Reliability
Environment Operating Temp (℃) -20~50
Altitude (m) ≤2000
Other Size (W*D*H)mm 700*565*1630 (Floor Type)

Product Features

AC Input: DC chargers first input AC power from the grid into a transformer, adjusting voltage to suit the internal circuitry.
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DC Output: AC power is rectified to DC power via charging modules. Multiple modules can be connected in parallel for high power via CAN bus.
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Control Unit: The technical core responsible for switching modules, output voltage, and current to ensure safety and efficiency.
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Metering & Billing: Records power consumption, essential for energy management and billing processes.
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Human Machine Interface: Includes a 7-inch color touch screen for easy operation and monitoring.
PRODUCT DETAILS DISPLAY

Application Scenarios

DC charging piles are widely utilized across various sectors to support the growing EV infrastructure:

📍 Public Places: Car parks, petrol stations, and commercial centers.
🛣️ Highways: Fast charging stations for long-distance travel.
📦 Logistics Parks: Efficient charging for logistics vehicle fleets.
🏢 Enterprises: Internal charging for employees and corporate image enhancement.
🚗 Leasing Places: Convenient charging for electric vehicle rental services.
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DC Charge Station

Frequently Asked Questions

Q1: What is the main difference between AC and DC charging?
AC charging is typically slower and relies on the vehicle's on-board charger, while DC charging provides power directly to the battery, allowing for much faster charging speeds.
Q2: Are these charging piles compatible with all electric vehicles?
Yes, our DC charging piles are designed with wide compatibility and comply with major international charging standards to support various EV models and brands.
Q3: How long does it take to charge an EV with a DC charger?
Charging time depends on the vehicle's battery capacity and the power level of the charger. Generally, a high-power DC charger can charge most EVs to 80% in 30-60 minutes.
Q4: What safety features are integrated into the charging piles?
The units include short-circuit protection, over-voltage protection, current leakage protection, and intelligent power distribution to ensure a safe charging process.
Q5: Can the charging piles be monitored remotely?
Yes, they support Ethernet and optional 4G wireless communication, allowing for remote monitoring and management through standard communication protocols.
Q6: What installation methods are available for DC charging piles?
We offer both floor-standing and wall-mounted configurations to suit different location requirements, from public parking lots to private corporate facilities.

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