DC EV Charger Function Introduction
Our DC EV Charger series is designed for commercial fast-charging applications where stable operation, fast energy delivery, and centralized management are required. The product range includes 40kW DC EV Charger [DC20-B003], 60kW DC EV Charger [DC60-A103], and 120kW Dual-Gun DC EV Charger [DC120-A103], providing flexible options for different parking and charging project requirements.
The charger adopts a modular system design and a 32-bit ARM control platform, offering high efficiency, compact structure, stable performance, and reliable long-term operation. The distributed monitoring unit helps reduce control risk and improve system reliability, while the user-friendly touch screen allows operators to check charging parameters, set system information, and manage the charging process easily.
With intelligent charging management, the system can automatically control charging voltage and current according to the battery status, helping the battery operate in a safe and efficient charging range. Multiple protection functions improve the safety and stability of the charging process, making the product suitable for public parking lots, EV charging stations, commercial buildings, transportation hubs, and fleet charging areas.
The DC charger supports RS485, RS232, CAN, and Ethernet communication interfaces, allowing connection with the cloud platform and back-end management system. It can support remote control, remote monitoring, charging data upload, parameter adjustment, and mobile payment functions, helping operators build a smarter and more manageable EV charging business.
Fast DC Charging for Commercial Parking and EV Charging Stations
This DC EV Charger solution has been successfully installed and put into operation in a group company parking lot in Shenzhen, China. The project was designed to provide fast and reliable charging service for company vehicles, employee vehicles, and visitor EVs.
For this type of commercial parking environment, charging efficiency and operational reliability are key concerns. Compared with ordinary long-duration charging, the DC fast-charging solution helps reduce vehicle waiting time and improves parking space turnover. The charger’s compact cabinet design also makes it suitable for existing parking lots where installation space is limited.
After installation, the charging system provides a stable fast-charging service with intelligent operation management, safety protection, and back-end connectivity. The project helps the site operator upgrade the parking lot from a traditional parking area into a value-added EV charging service point, improving user convenience while supporting the company’s green transportation and new-energy infrastructure development.
AC EV Charger Function Introduction
Our AC EV Charger series is designed for daily EV charging applications in parking areas where vehicles usually stay for a longer period. The product range includes 14kW AC EV Charger [AC007-H1], 14kW AC EV Charger [AC007-L Our AC EV Charger series is designed for daily EV charging applications in parking areas where vehicles usually stay for a longer period. The product range includes 14kW AC EV Charger [AC007-H1], 14kW AC EV Charger [AC007-L0], 14kW AC EV Charger [H0], and 14kW AC EV Charger [J0], offering multiple appearance and configuration options for different project environments.
The AC charger obtains power from the AC grid or dedicated power transmission line and supplies energy to electric vehicles or other electric transportation equipment. It integrates human-machine interaction, energy metering, charging protection, charging data recording, and QR code payment, making it suitable for both private and semi-public charging operations.
This product is a practical choice for public parking lots, hotels, schools, residential communities, industrial parks, villa areas, underground garages, and dedicated EV charging stations. Its simple operation and clear charging process make it easy for drivers to use, while its charging data and payment functions help operators manage charging service more efficiently.
For B2B projects, the AC EV Charger is especially suitable for locations where users park for several hours, such as workplaces, residential communities, hotels, and campus parking areas. It helps property owners and parking operators provide EV charging service without requiring a high-power fast-charging setup for every parking space. 14kW AC EV Charger [H0], and 14kW AC EV Charger [J0], offering multiple appearance and configuration options for different project environments.
Reliable AC Charging for Workplaces, Communities, and Long-Stay Parking Areas
This AC EV Charger solution has been installed and put into operation in an industrial park parking lot in Jiangxi, China. The project provides convenient charging service for employees, visitors, and business vehicles inside the park.
In industrial park scenarios, vehicles usually remain parked for a relatively long time during working hours, making AC charging a practical and cost-effective charging solution. The 14kW AC charger can meet daily charging needs while helping the park improve its infrastructure and provide better service for new-energy vehicle users.
The installed system supports user-friendly charging operation, charging protection, energy statistics, and QR code payment. For the park operator, the solution improves parking service value and supports future EV adoption. For drivers, it provides a convenient way to charge vehicles during work, meetings, or daily visits.
By deploying AC EV Chargers in the parking area, the industrial park has upgraded its facilities with a modern, reliable, and easy-to-manage EV charging solution. This project demonstrates how AC charging can be effectively applied in commercial parks, office areas, and long-stay parking environments.
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