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Dc charging pile is a device used to charge electric vehicles, which can charge the battery of electric vehicles at high speed.Unlike AC charging stations, DC charging stations can transfer electricity directly to the battery of the electric vehicle, so itcan charge faster.Dc charging piles can be used not only to charge personal electric vehicles, but also for charging stations in public places. In the popularization of electric vehicles, DC charger also play a crucial role, which can meet the needs of users for fastcharging and improve the convenience of using electric vehicles.

Product Description

Product Description

DC Charging Pile is a kind of efficient charging equipment designed for electric vehicles. Its core advantage is that it can directly provide DC power to the battery pack of electric vehicles, eliminating the intermediate link of on-board chargers converting AC power to DC power, thus achieving faster charging speed. With its high power output, this technology is able to replenish a large amount of power to the electric vehicle in a short period of time, greatly enhancing the user's charging efficiency and driving experience. The DC charger integrates advanced power electronics technology inside, which can precisely control the output of current and voltage to meet the charging needs of different brands and models of electric vehicles. It is also equipped with multiple safety protection mechanisms, including over-current protection, over-voltage protection, short-circuit protection, and leakage protection, to ensure safety during the charging process.
DC Charging Pile Advantage

Product Parameters

DC Charger Technical Specification
Equipment Models BHDC-40/60/80/120/160/180/240KW
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 Workpiece ratio ≥96%
Output Voltage Range (V) 200~750
Output power (KW) 120
Maximum Output Current (A) 240
Charging interface 1/2
Charging gun length (m) 5m
Operational Information Voice (dB) <65
Stabilized precision Current <±1% / Voltage ≤±0.5%
Output Error Current ≤±1% / Voltage ≤±0.5%
Display 7 inch color touch screen
Operation Swipe or scan
Metering DC watt-hour meter
Communication Ethernet (Standard Communication Protocol)
Cooling Air cooling
Reliability (MTBF) 50000 Hours
Size (W*D*H)mm 700*565*1630
Work Environment Altitude / Humidity ≤2000m / 5%-95%
Operating Temp -20~50℃
Installation Floor type

Product Feature

AC Input DC chargers adjust grid voltage via internal transformers to suit high-power circuitry needs.
DC Output High-efficiency rectification modules convert power to DC, allowing parallel connection for ultra-high power.
Control Unit The technical core managing switching, voltage, and current for maximum safety and efficiency.
Metering & Interface Precise energy recording for billing, paired with standard-compliant interfaces for universal compatibility.
DC Charger Details

Application Scenarios

DC charging piles provide essential fast charging services across multiple sectors. With the expansion of the EV market, these systems are now critical infrastructure for modern transportation.
Public Transport: Fast charging for city buses, taxis, and commercial operating vehicles.
Commercial Areas: Shopping malls, supermarkets, hotels, and industrial logistics parks.
Residential Communities: Meeting the growing demand for rapid home-based charging solutions.
Highways: Fast charging stations at highway service areas and petrol stations for long-distance travel.
Application News
Charging Appliance
Production Display
DC Charge Station View

Frequently Asked Questions

What is the main advantage of a DC charging pile over an AC charger?
DC chargers provide power directly to the vehicle's battery, bypassing the on-board converter. This allows for significantly higher power output and much faster charging speeds.
Are these chargers compatible with different EV models?
Yes, our DC charging piles use standard-compliant charging interfaces and advanced control units to automatically adjust voltage and current for various EV brands.
What safety protections are built into the system?
The system includes multiple mechanisms: over-current, over-voltage, short-circuit, and leakage protection to ensure the safety of both the user and the vehicle.
Can these chargers operate in extreme weather?
Our chargers are designed for an operating temperature range of -20°C to 50°C and can handle relative humidity levels from 5% to 95%.
How is the charging process monitored?
Each unit features a 7-inch color touch screen for real-time interaction, along with Ethernet connectivity for remote monitoring and data management.

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