Introduction In the context of global energy transformation, lithium battery technology has become a key support for sustainable development in many fields due to its high energy density, long cycle life and relatively environmentally friendly characteristics. China has made remarkable achievements in the research and application of Li-ion battery technology, not only building a complete…
When consumer-grade DJI Air3 realizes a single flight of 23 kilometers through battery expansion, and when the ultra-low temperature battery of the Chinese Academy of Sciences provides stable power supply in the extreme cold of -36℃, a low-altitude revolution driven by energy innovation is reshaping the boundaries of the lithium battery industry for drones. 1,…
When the all-solid-state battery is still stable power supply after violent shear, when the eVTOL aircraft rely on 450Wh/kg ultra-high energy density batteries to achieve 48-minute range, lithium battery technology is breaking through the traditional boundaries, reshaping the trillion-dollar industrial ecology. 1, consumer electronics: high energy density and free form revolution In 2025, semi-solid batteries…
When all-solid-state batteries can still provide stable power after shearing, and when lithium iron phosphate batteries realize ten-year replacement-free, an energy change driven by material innovation and application scenarios is reshaping the global short-distance travel ecology. 1、 Technical revolution: energy density and life span of the leap BYD has decentralized its blade battery technology to…
China’s lithium battery industry has grown from a follower to a global leader in the field of new energy, and is in the world’s leading position in terms of technological innovation, industrial scale and market application. This article will comprehensively analyze the latest development of China’s lithium battery technology, from basic definition and classification to…