ZTE relies on wireless charging technology to enter the field of new energy

ZTE Corporation recently announced that its public commercial demonstration line for high-power wireless charging systems for new energy vehicles was launched in Xiangyang, Hubei Province. This means that ZTE has entered the new energy field by relying on wireless charging technology.

It is reported that ZTE has also revised its business scope and added "new energy generation and application systems." According to the announcement, ZTE and Dongfeng Motor Co., Ltd. jointly released three wireless charging commercial vehicles for research and development by both parties. This is an important cooperation between the two sides in the application of new energy technologies. The company's high-power wireless charging system is under the company's M-ICT strategy. The company's CGO Labs has undergone three years of project incubation and is an important blue ocean strategic development project.

The commercialization of this wireless charging technology has added a new energy vehicle charging mode in addition to the existing plug-in and replacement modes. Its working principle is mainly electromagnetic induction, which mainly consists of a ground energy transmission module and a vehicle-mounted energy receiving module. The charging power can reach 3kw-300kw, and the end-to-end charging efficiency from the socket to the battery can reach over 90%. AC power from the grid company is converted into electromagnetic energy of tens of KHz in the ground energy transmission module, and is received by the energy receiving module at the bottom of the car through the air gap between the ground and the chassis, and then converted into an on-board battery. Charge the necessary power. The ground energy transmission module can be buried without affecting the passability of the road surface. It supports the use of existing roads and parking lots in the core urban areas to reconstruct and construct high-power wireless charging facilities, which can effectively improve the system investment efficiency and social benefits of new energy bus lines. .

It is reported that this technology can have a revolutionary role in accelerating the construction of charging infrastructure for electric vehicles, exponentially increasing investment efficiency, and solving the problem of building a large number of charging facilities in the core areas of the city. In addition, the bus can be recharged after being parked in the converted parking space, without the need for manual plugging and recharging guns, and is completely free from the effects of sediment and flooding.

ZTE stated that the system has multiple security designs and meets relevant national standards to ensure the safety of drivers, passengers, and pedestrians. This is a complete set of operational wireless charging system that fully leverages the company's core capabilities in security authentication, billing, payment, wireless communications, and high-reliability systems.