R Series DC Fast Charger 40-240KW

Description

The R Series DC Fast Charger 40-240KW is a high-capacity EV fast charging station designed for efficiency and reliability. As an industrial DC rapid charger, it powers vehicles at a 240KW quick charging unit rate, making it an electric car fast power station suitable for commercial and public use. This R Series high-speed charging hub provides ultra-efficient DC EV charger China performance with multi-output EV charging station capability. Its next-gen electric car charger design enables rapid EV energy replenishment unit operation for heavy-load DC charging system scenarios.

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Design

• Power
  40kW-160kW
  160kW-240kW
• Dimension(WxDxH)
  700*490*1696mm
  750*605*1805mm
• Cable Length 5m or 7m
• Charging 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
• Rated Voltage
• CHAdeMO 500Vdc; CCS1/CCS2 1000Vdc; GBT 1000Vdc
• Output Current
• CHAdeMO 125A; CCS1/CCS2 200A; GBT 250A;

Physical and Environmental Data

• Operating Temperature – 30°℃ ~ +50°℃
• Storage Temperature – 35°℃ ~ +55°℃
• Operating Humidity
• ≤95% Non-Condensing Protection
• IP54 Cooling Method
• Forced Air Cooling

Certs & Standards

• Certificate
• TUV CE
• Charging Interface
• DIN70121/DIN70122/ISO15118
• Customization Options
• Cable Management System
• Dehumidifier
• Heater
• POS terminal
• Stainless steel cabinet

 

 

This advanced electric vehicle charging unit is designed to meet the needs of modern transportation, offering rapid energy replenishment while maintaining high reliability and safety standards. It is engineered to provide a consistent and efficient supply of electrical power to a wide range of electric vehicles, making it an essential solution for public, commercial, and fleet applications. The system’s design emphasizes both performance and durability, ensuring that it can withstand continuous operation in demanding environments while delivering optimal energy transfer with minimal downtime.
The exterior of the unit is built with robust materials that protect sensitive electronics from adverse conditions, including extreme temperatures, moisture, dust, and corrosion. This ensures longevity and reliable operation in diverse locations, whether installed in urban centers, highway rest areas, or industrial facilities. The protective casing is also designed to be easy to clean and maintain, reducing long-term upkeep requirements and keeping the unit operational with minimal effort. Its modular construction allows for straightforward replacement of individual components, simplifying maintenance and reducing potential service interruptions.
Internally, the unit incorporates high-efficiency power electronics capable of managing large amounts of current while preventing overheating or electrical faults. Advanced control mechanisms monitor voltage, current, and temperature in real-time to maintain safe operating conditions. The system includes multiple safeguards to protect both the charging equipment and the vehicles connected to it. These protective measures are designed to prevent potential hazards such as short circuits, overloads, and other electrical anomalies, ensuring safe operation for users and operators alike.
One of the key features of this charging unit is its energy management capabilities. It is equipped with intelligent systems that dynamically allocate available power based on demand, vehicle compatibility, and operational conditions. This allows the unit to efficiently support multiple vehicles simultaneously without overloading local electrical infrastructure. By optimizing energy distribution, it reduces energy losses, lowers operational costs, and improves overall efficiency, making it a highly effective solution for high-traffic locations.
The unit is also designed for user convenience. Its interface is intuitive, providing clear indicators for status, energy transfer, and estimated charging time. Users can connect vehicles quickly and securely, while ergonomic design elements make handling cables and connectors simple and safe. This focus on usability ensures that drivers of all experience levels can operate the system confidently, improving the overall experience and encouraging adoption.
Maintenance and monitoring are straightforward with integrated diagnostic tools. The unit can provide real-time feedback on operational performance, detect potential issues before they become critical, and alert operators to maintenance requirements. This proactive approach minimizes downtime and ensures continuous availability, which is especially important in locations with high vehicle turnover or commercial operations where reliability is critical.
Environmental resilience is another important aspect of the system. It is designed to operate effectively under a wide range of climatic conditions, including very low and very high temperatures, high humidity, and areas exposed to salt or dust. The internal cooling mechanisms maintain optimal performance even under heavy load, ensuring that the unit can operate safely and efficiently in extreme conditions. This reliability makes it suitable for both urban and remote locations where environmental conditions may be challenging.
The unit also offers scalability for future growth. Its modular architecture allows additional units to be installed in parallel, accommodating increasing demand without requiring major infrastructure changes. This flexibility is ideal for locations anticipating expansion or areas with fluctuating vehicle usage. The system’s architecture also allows integration with broader energy management systems, enabling operators to coordinate multiple units, monitor usage patterns, and optimize energy supply across sites.
From an operational perspective, the unit supports a wide range of vehicle types and battery capacities, providing a versatile solution for mixed fleets or public use. The charging process is carefully regulated to deliver optimal current to each vehicle, ensuring safe and efficient replenishment of energy. This adaptability makes it suitable for commercial fleets, shared vehicle programs, and public stations, offering consistent performance regardless of vehicle type or battery condition.
The safety features extend beyond electrical protections. The unit is designed to be physically safe for users, with ergonomic access to connection points, stable mounting to prevent tipping or movement, and cable management systems to reduce trip hazards. Indicators and alarms provide immediate feedback in case of abnormal conditions, allowing operators and users to respond quickly and effectively. These features combine to create a secure, reliable environment for both vehicles and humans.
Efficiency is further enhanced through advanced power electronics and control algorithms that minimize energy loss during transfer. By optimizing current flow and voltage conversion, the unit ensures that the maximum possible energy reaches the vehicle in the shortest time without compromising safety. This efficiency also contributes to lower operating costs and better utilization of available energy resources, which is important for large-scale installations or locations with high electricity rates.
The system is also designed to be future-proof, capable of adapting to evolving vehicle technologies and energy standards. Its software can be updated to support new protocols, while the hardware can accommodate changes in power demands or connectivity requirements. This forward-thinking design ensures that the investment remains valuable over time, even as the market for electric vehicles continues to grow and change.
From a usability standpoint, the unit offers a seamless experience for drivers. Its connectors are designed for durability and repeated use, with secure fittings that prevent accidental disconnection. The layout is intuitive, allowing users to easily engage and disengage their vehicles. Real-time information about energy delivered and remaining charging time helps users plan their schedules efficiently, minimizing wait times and improving satisfaction.
For operators, the system provides detailed insights into usage patterns, performance metrics, and maintenance needs. This information can be used to optimize operations, schedule service proactively, and ensure that the system continues to operate at peak efficiency. Remote monitoring and control capabilities allow operators to manage multiple units across locations, making it easier to coordinate operations in commercial or public installations.
The unit’s design also considers environmental sustainability. It is constructed with materials that are durable and recyclable, and its high efficiency reduces overall energy consumption. By delivering energy quickly and efficiently, the system minimizes losses and supports broader goals of reducing carbon emissions and promoting sustainable transportation.
Overall, this charging unit represents a combination of performance, safety, usability, and durability. It provides fast and reliable energy replenishment for a wide variety of vehicles, supports multiple users simultaneously, and ensures that operators can manage resources efficiently. Its robust construction, advanced control systems, and thoughtful design make it suitable for high-demand environments, while its user-friendly interface and ergonomic features ensure a positive experience for drivers.
In conclusion, this advanced electric vehicle charging system addresses the challenges of rapid energy delivery, operational efficiency, and long-term reliability. It provides safe, efficient, and convenient energy replenishment, while its durability and scalability make it suitable for a wide range of applications. With integrated monitoring, intelligent energy management, and robust environmental protections, it is a comprehensive solution for modern transportation needs, supporting the growing adoption of electric vehicles and contributing to the development of a sustainable mobility infrastructure