Vision AESC analysis not only focuses on product design, but also accumulates engineering capabilities to ensure zero accidents for Nissan Leaf. AESC's safety system now has its engineering and quality control capabilities. Due to being born in the vehicle factory and po...

The design of a battery pack failure safety system based on the bMS security protection strategy allows the Leaf to clarify the safety boundary of battery usage and provide real-time alarms during use, thereby preventing thermal runaway and serving as a failure protection function....

Gaogong Lithium Battery learned that the batteries used in Nissan Leaf have been systematically designed and prevented from potential safety risks in various levels of design, such as battery cells, modules, bMS, packs, and the entire vehicle. Sakamoto Hideyoshi analyzed tha...

Nissan Vice President Hideyoshi Sakamoto explained at the conference that as of now, the Nissan Leaf has sold 415000 units worldwide, with 288 battery cells in a single car and a load capacity of 60kWh. Together, it has over 80 million battery cells and currently maintains a record of zero acc...

Safety accidents have become a fatal hazard in the current development of new energy vehicles, and they must be dealt with as soon as possible Professor Ouyang Minggao, an academician of the Chinese Academy of Sciences and Tsinghua University, stated that in the long run, sa...

The overlapping integration and mutual empowerment of "electrification, intelligence, networking, and sharing" are driving the automotive industry to usher in unprecedented changes in a century.In this transformation, electrification is the first step. At the just concluded 2019 World New...

Emphasize the use of space solar power generation and expand ground energy supply channels The development and utilization of space solar energy is considered as a new way to solve the human energy crisis: absorb solar energy outside the earth's atmosphere through the so...

Currently, the special applications of solar cells are mainly concentrated in fields such as field base power supply, solar drones, high-altitude communication relay, space power generation, and solar autonomous underwater vehicles. Overall, their application prospects are very broad....

The technological development of foreign military utilizing solar cells is mainly reflected in improving their photoelectric conversion efficiency. In recent years, significant breakthroughs have been made in the efficiency of various types of solar cells. In 2017, Japan developed a solar cell...

According to a recent report on the website of the German "Special Magazine", at the end of last year, a research team in Germany manufactured a solar powered drone that can stay in the atmospheric stratosphere for up to 3 months. According to the research and development progress, t...