• A full range of advanced product technology and charging solutions in the field of liquid-cooled supercharge, AC-DC charging, orderly charging and V2F energy interconnection.
• For the first time, the “Powered by ABB” charging concept station integrating photovoltaic, energy storage, charge and discharge functions is presented to build a future-oriented intelligent transportation system.

1746-NI8 SM331 In recent years, with the vigorous development of the new energy automobile industry, the construction of charging infrastructure has continued to upgrade, and has become an important force to promote the construction of a transportation power and the development of green transportation. Recently, with the theme of “new products, new technologies, new brands” as the theme of 2023 the second Shanghai International Charging pile and power station Exhibition (referred to as “2023 Shanghai Charging and Power Station Exhibition”) was grandly opened in Shanghai Automobile Convention and Exhibition Center. As an important industry event in the field of charging and replacing, the Shanghai Charging and Replacing Exhibition attracted more than 500 enterprises to participate in the exhibition, showing the full chain resource advantages in the field of charging infrastructure and the future 1746-NI8 SM331 development trend in the field of charging and replacing.

ABB Electric Transportation in this charging exhibition in a full range of DC charging, AC charging, orderly charging and V2F energy interconnection field advanced product technology and charging solutions, and for the first time presented a photovoltaic, energy storage, charging and discharging functions in one “Powered by ABB” charging concept station. Actively build a future-oriented smart transportation system.

Cao Yang, head of ABB Electric Mobility in China, said: “Under the vision of the ‘two-carbon’ goal, the future of transportation construction is moving towards a greener, smarter and more sustainable direction. ABB Electric Mobility is committed to enabling a zero-emission future for transport with innovative product technologies. We look forward to working with more customers and partners to promote the construction of electric 1746-NI8 SM331 vehicle charging infrastructure, meet the diversified market needs for the future, and lead the new development of smart transportation.”

With outstanding technical expertise, extensive industry experience and deep insight into charging infrastructure, ABB Electric Mobility continues to innovate and lead the way in green mobility. ABB Electric Mobility’s charging solutions cover a variety of application scenarios from home to business, including residential communities, public buildings, industrial parks, and dedicated operating stations. The products include low-power AC charging piles from 7-21kW, DC charging piles from 60-240kW, orderly charging 1746-NI8 SM331 systems, and high-power liquid-cooled supercharging systems from 360/480kW. Take into account the diversified charging needs of the present and the future, and accelerate the realization of carbon neutrality in transportation.

Leading the intelligent charging ecology

With the promotion and popularization of new energy vehicles, high-power fast charging will become an industry trend. ABB 480kW high-power liquid-cooled supercharge system has a maximum output power of 480kW and a peak output current of 650A, which can be compatible with new models of high-voltage platforms of 800V and above in the future, and achieve a 5-minute battery life of 200km. In addition to the speed advantage, the use of the product is also very flexible and convenient, in the ergonomic cable management system at the same time, the supercharge pile through the use of liquid cooling technology, reducing the weight of the terminal gun line, the gun line diameter of 28mm, enabling the owner to easily and quickly plug and remove the charging gun.

EVinn TA series AC charging pile set charging, control, cloud communication, billing functions in one, to bring users a comprehensive intelligent and humanized operation. The product uses the process and materials of the car gauge level, the volume is only the size of A4 paper, and it is light and simple to install. In addition, the EVinn TA series also enables real-time load control, supports orderly charging, and can be organically integrated into intelligent building management systems.

Build the future charging station

The future charging station is no longer a simple charging place, but a collection of photovoltaic, energy storage, charge and discharge and other functions as one, more in line with the needs of users of advanced energy sites. At this exhibition, ABB Electric Mobility for the first time demonstrated the future-oriented, more intelligent and sustainable “Powered by ABB” concept charging station.

In the “Powered by ABB” concept station, the energy conversion scenario of photovoltaic plus energy storage and charging will become the first choice. Orderly charging and V2G technology will further help the station to save energy and reduce emissions, feed the power grid, and achieve efficient use of energy. The “Powered by ABB” charging concept station can not only promote the sustainable development of transportation, but also emphasize the people-oriented, user-centered needs, and the service range of the station extends from charging to lounges, catering, AED assistance, etc., to meet the diversified needs of users in the charging scenario, and promote the bright future of sustainable development.

As a global leader in electric vehicles and charging infrastructure, ABB Electric Mobility is committed to building a zero-emission future with smart, reliable and zero-emission charging solutions, and today has delivered more than 1 million charging points in 85 countries and regions, including China. In addition, ABB electric Mobility has also participated in the formulation of a number of mainstream charging standards around the world, promoting the effective coverage of high-power charging networks for key scenarios, and supporting the construction of a comprehensive low-carbon green transportation ecology.