DC Wallbox Charger 20-60KW

Description

The DC Wallbox Charger is engineered for fast and reliable vehicle power delivery, supported by advanced features like a compact DC power unit and rapid DC charge hub China technology. Its boost mode EV charger China capability ensures quick energizing through a compact DC wall unit and smart DC charge box China system. Designed with an efficient DC power block, heavy duty DC outlet China, and quick boost charging unit, it offers stable performance.

With a DC wall charge module China, advanced DC plug system, stable DC energy port China, and urban DC charge point, it delivers outstanding results. The high output DC module, quick connect DC charger, pro grade DC charge hub, durable DC wall device China, next gen DC charge tech, precision DC charge unit China, steady flow DC charger box China, and DC wall energy station China ensure dependable operation for modern charging needs.

Design

• Power : 20kW,30-40kW,30-60kW
• Dimension(WxDxH)

            520*260*1655mm

            690*357*1686mm

            690×584×1686mm

• Cable Length : 5m or 7m
• Charging Ports

           Single Port

           Dual Ports

           Dual Ports

Technical Data

• 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/CCS1/CCS2/GBT 80A;

           CHAdeMO/CCS1/CCS2/GBT 125A;

           CHAdeMO 125A; CCS1/CCS2 200A; GBT 200A;

UI

• Display: 8” LCD Touch Screen
• Language

         Chinese, English, French, German, Spanish, Russian, etc.(Customized)

         Payment

         Mobile APP/RFID/POS(Optional)

• 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
• IP54 : Cooling Method
• Forced Air Cooling

Certs & Standards

• Certificate

         NTC CE

         TUV CE

• Charging Interface

      DIN70121/DIN70122/ISO15118

Customization Options

• Heater
• POS Terminal
• Wall-mount

A modern energy-delivery unit designed for electric mobility must combine speed, safety, durability, and user-focused engineering. This particular high-performance charging device embodies all these elements while maintaining a compact structure suitable for homes, workplaces, and publicly accessible areas. Its purpose is to provide rapid power transfer to battery-powered vehicles through an efficient direct-current system, ensuring that drivers spend less time waiting and more time on the road. Instead of depending on slow conventional AC equipment, this advanced solution bridges the gap between convenience and professional-grade capability.
What sets this charging device apart is its intelligent electronic architecture. Inside the enclosure, a sophisticated power conversion module regulates energy flow with remarkable precision. The unit constantly monitors voltage, current, and temperature, allowing it to adapt to various environmental and load conditions. This not only ensures optimal performance but also extends the lifespan of both the charger and the connected vehicle’s battery system. By efficiently transforming grid power into high-speed charging output, it significantly enhances the overall user experience.
Another defining characteristic is its streamlined installation options. Whether mounted on a wall or positioned on a support stand, the device occupies minimal space. This is particularly beneficial in residential garages, commercial parking lots, fleet depots, and hospitality locations where maximizing available area is essential. The design also incorporates robust weather-resistant materials, enabling outdoor operation even in challenging climates involving heat, humidity, rain, and dust. Engineers have placed great emphasis on durability, ensuring long-term reliability and minimal maintenance requirements.
User interaction is equally refined. The charging system features an intuitive interface that may include touch-enabled controls, clearly visible indicators, and simple plug-and-charge functionality. Even individuals with minimal technical knowledge can operate it without difficulty. Many versions integrate smart communication protocols that allow remote monitoring, usage reporting, energy consumption tracking, and real-time status updates through mobile apps or cloud dashboards. Such features are especially valuable for business owners, fleet operators, and facilities managers who require operational oversight.
Safety remains paramount in the design of the device. Multiple layers of protection guard both the vehicle and the user against overvoltage, surge issues, overheating, short circuits, and unexpected interruptions. If any abnormal condition is detected, the system immediately adjusts or stops power flow to prevent damage. These protections comply with well-recognized international standards, further establishing trust and credibility in the equipment’s engineering.
From an environmental standpoint, the device promotes sustainable transportation by enabling faster access to energy. Quicker charging encourages more people and businesses to transition to electric vehicles, thereby reducing emissions and dependence on fossil fuels. Many units also operate efficiently to minimize energy waste, contributing to eco-friendly practices and lowering operational costs. When deployed at scale, this technology can significantly support green mobility initiatives.
Aesthetic considerations also play an important role. The enclosure features modern contours, smooth edges, and a sophisticated finish that complements contemporary architecture. Whether placed in a private residence or a commercial space, it enhances the overall look rather than appearing as an industrial add-on. Thoughtful design extends to cable management as well, preventing clutter and ensuring safe handling.
Scalability is another highlight. The system is compatible with a variety of power capacities, making it adaptable for single-vehicle households, multi-vehicle businesses, corporate campuses, and large public stations. Depending on configuration, it can work as a standalone unit or as part of a network of interconnected chargers that share load distribution, report usage data to a central platform, or balance energy between multiple vehicles.
Because electric mobility continues to evolve rapidly, the device is built with upgradeability in mind. Firmware updates can be applied over the air, adding new features, improving performance, and adapting to emerging vehicle standards. This future-ready design ensures investment protection and long-term relevance. Users do not need to replace the hardware each time industry requirements shift.
For commercial establishments, such as shopping centers, restaurants, and hotels, this charging unit can act as an essential customer-attraction feature. Drivers often choose destinations that offer convenient access to fast energy replenishment. Businesses benefit from increased foot traffic, longer visits, and improved customer satisfaction. For fleet operators, the ability to power multiple vehicles quickly leads to enhanced productivity and reduced downtime.
The device also supports integration with energy-management systems. Smart power allocation allows it to balance loads across multiple chargers, adjust output based on electricity rates, and coordinate with renewable energy sources such as solar installations. This ensures efficient use of available power while minimizing operational expenses. Load balancing can prevent circuit overloads, making it safer for large-scale installations where dozens of units may operate simultaneously.
A major advantage of this advanced charging solution is its flexibility across vehicle types. Designed to support nearly all modern electric vehicles equipped with fast-charging capability, it serves as a universal energy point regardless of brand or model. This eliminates the need for multiple charging systems and creates a seamless experience for diverse users in residential, public, and corporate spaces.
Testing and quality-control standards add another layer of assurance. Each unit undergoes rigorous performance evaluation, including thermal cycling, electrical endurance tests, and environmental stress checks. This meticulous quality process ensures consistent performance, even under heavy use. The device is engineered for thousands of charging cycles, making it suitable for environments that experience frequent and continuous usage.
From the perspective of cost efficiency, the unit delivers strong long-term value. Although initial investment may be higher compared to slower alternatives, the significantly faster charging rates translate into time savings and enhanced convenience. For businesses, quicker turnover increases the number of vehicles served daily, improving return on investment. Maintenance costs remain low because the system is designed to withstand extensive operational hours with minimal wear.
The charging experience itself is smooth and straightforward. A vehicle can be connected within seconds, and the system automatically recognizes compatible communication signals. Charging begins immediately or according to preset schedules that allow users to take advantage of off-peak electricity rates. Once the vehicle reaches the desired charge level, the system tapers output and terminates safely, ensuring battery health.
In summary, this high-efficiency energy-delivery device offers a sophisticated blend of speed, safety, durability, intelligence, and aesthetic refinement. Built for both personal and commercial use, it supports the growing demand for electrified transportation while providing a reliable and future-oriented power solution. With advanced technology at its core and thoughtful design guiding every component, it represents a strong investment for anyone seeking fast, dependable, and user-friendly electric vehicle charging capability.