T Series Ultra Fast DC Charger 60-420KW

Description

The T Series Ultra Fast DC Charger is a state-of-the-art solution for modern electric vehicles, combining the efficiency of a high-speed EV charger with the reliability of a rapid electric vehicle charging station. Built as a commercial DC fast charger China, this ultra rapid EV charging unit supports public EV charging infrastructure and integrates smart features as a smart EV charger China. Perfect as a fast charging station for cars or an electric vehicle quick charge point, it uses a DC rapid charging system for heavy-duty EV charger performance.

The intelligent charging station, EV power supply unit, quick EV charging solution, high-power DC charger China, EV fleet charging station, sustainable energy charging unit, multi-port EV fast charger, vehicle charging management system, commercial electric car charger, and portable rapid EV charger China ensure versatile, efficient, and reliable charging for all applications.

Design

• Power 60kW-120kW 150kW-180kW 240kW-420kW
• Dimension(WxDxH) 1006*640*1890mm 700*806*1890mm 800*940*2275mm
• Cable Length 5m or 7m
• Charging Ports Single Port Dual Ports Dual Ports

Technical Data

• Input Voltage
• 400V±15%/440V±10%/480V±10%
• Input Voltage Type
• TN-S
• Working Frequency 45~65Hz
• Power Factor
• ≥0.99
• Efficiency ≥94%
• Rated Voltage CHAdeMO 500Vdc; CCS1/CCS2 1000Vdc; GBT 1000Vdc
• Output Current CHAdeMO 125A; CCS1/CCS2 400AMax; GBT 250A

UI

• Display 8″ LCD Touch Screen
• Language Chinese, English, French, German, Spanish, Russian, etc.(Customized)
• Payment Mobile APP/RFID/POS
• Network Connection 4G/Ethernet
• Communication Protocol OCPP1.6J

Physical and Environmental Data

• Operating Temperature -30°℃ ~ +50°℃
• Storage Temperature -35°℃ ~ +55°℃
• Operating Humidity ≤95% Non-Condensing
• Protection IP55
• Cooling Method Forced Air Cooling

Certs & Standards

• Certificate TUV CE NTC CE NTC CE
• Charging Interface DIN70121/DIN70122/ISO15118

Customization Options

• Cable Management System
• Dehumidifier
• Heater
• POS terminal
• Stainless steel cabinet

This advanced charging system is designed to provide rapid energy replenishment for modern electric vehicles, making it an essential solution for urban, commercial, and private applications. It combines high-performance electronics with a durable, weather-resistant exterior to ensure reliability under continuous operation. Its design focuses on efficiency, allowing vehicles to regain energy in a fraction of the time compared to traditional charging methods, while maintaining safety and operational stability. This combination of speed and dependability makes it an ideal solution for areas with high traffic and frequent vehicle turnover.
Engineered with sophisticated circuitry and advanced control algorithms, the system can manage high levels of current and voltage while preventing overloads and overheating. It includes multiple protective layers to safeguard both the vehicle and the unit itself, ensuring long-term durability and consistent performance. These features reduce the risk of interruptions, allowing operators to provide continuous service without compromising user safety. Additionally, the system is compatible with a wide range of electric vehicles, offering flexibility and convenience to operators and users alike.
The unit is designed for ease of installation and integration into existing infrastructure. Its modular construction allows for straightforward setup, reducing downtime and minimizing the need for specialized tools or extensive modifications. Maintenance is also simplified, with easily accessible components and diagnostic interfaces that allow technicians to monitor performance, identify issues quickly, and perform routine checks efficiently. The combination of robust construction and low-maintenance design makes this solution suitable for both high-demand urban centers and remote locations where reliability is critical.
User experience is a key consideration in its design. The interface is intuitive and straightforward, enabling drivers to start and monitor charging sessions with minimal effort. Indicators provide real-time information on energy transfer, operational status, and estimated time remaining, ensuring that users are fully informed throughout the process. Additionally, the ergonomic layout of connectors and cables reduces physical strain and allows for effortless handling, improving overall usability and customer satisfaction.
The system also incorporates features that enhance energy efficiency. Advanced power management ensures that energy is delivered optimally, reducing waste and improving overall operational cost-effectiveness. Intelligent monitoring adjusts output based on demand, vehicle compatibility, and environmental conditions, ensuring maximum performance while minimizing strain on both the power grid and the hardware itself. This results in a more sustainable operation and supports broader energy management goals for operators and municipalities.
Durability and environmental resistance are integral to the design. The unit is built to withstand extreme weather conditions, from high temperatures to heavy rain and dust exposure. Its robust casing protects sensitive electronics and ensures consistent operation under challenging conditions. Vibration and shock resistance further enhance its longevity, making it suitable for deployment in areas with heavy traffic, industrial zones, or locations subject to physical stress. These qualities reduce maintenance costs and extend the service life of the equipment.
The system also supports multi-vehicle operations, allowing multiple units to be installed in close proximity without interference. Each unit can operate independently or as part of a network, providing scalability for operators who anticipate growing demand. This flexibility makes it ideal for commercial hubs, fleet depots, or public spaces where multiple users require energy replenishment simultaneously. Operators can manage and monitor several units remotely, improving operational efficiency and reducing the need for on-site supervision.
Safety remains a top priority. The unit includes multiple sensors and fail-safe mechanisms that monitor temperature, current, and connectivity. In the event of abnormal conditions, the system automatically adjusts output or shuts down to prevent damage. These protections ensure both operator and user safety while maintaining the integrity of the equipment. The design also adheres to industry standards for electrical safety, providing assurance that it meets regulatory requirements and operational guidelines.
Ease of use is enhanced by thoughtful cable management and connector design. The layout minimizes clutter and reduces the risk of accidental damage or tripping hazards, creating a safer environment for users. Connectors are designed for durability and repeated use, with secure fittings that prevent accidental disconnection. This attention to detail improves overall reliability and ensures a smooth experience for drivers during each session.
In addition to practical functionality, the unit is visually appealing. Its sleek, modern design fits seamlessly into urban and commercial environments, enhancing the aesthetic of public spaces. The exterior is designed to be low-maintenance and easy to clean, with smooth surfaces that resist dirt and grime accumulation. Its appearance communicates reliability and technological sophistication, helping instill confidence in users.
Overall, this high-performance energy replenishment system is an essential tool for modern electric vehicle management. It combines speed, reliability, and safety in a durable and efficient package. Its intuitive design ensures ease of use for drivers, while modularity and remote monitoring provide operators with flexibility and control. Its resilience to environmental factors, advanced protective features, and scalable architecture make it suitable for a wide range of applications, from commercial depots to urban public spaces.
By addressing the challenges of rapid energy transfer, operational efficiency, and long-term durability, this solution offers significant benefits to both users and operators. It ensures that vehicles can remain in operation with minimal downtime, supports sustainable energy practices, and provides a reliable service experience in high-demand settings. With thoughtful engineering, advanced technology, and user-centered design, this charging system represents a critical investment in the infrastructure required for the growing adoption of electric vehicles, contributing to the development of modern, sustainable transportation networks.