What is the development trend of future batteries?

Lithium-ion batteries continue to dominate : Lithium-ion batteries are currently widely used and have advantages such as high energy density, portability, flexibility, and short charging time. They have been successfully used in many fields such as electric vehicles, mobile phones, and laptops.

Solid-state batteries are expected to make breakthroughs : Considered as one of the development directions of future new energy batteries, they use solid electrolytes instead of liquid electrolytes and have higher energy density, faster charging speed, and better safety performance. Although facing challenges such as process and cost, research institutions and enterprises around the world are stepping up research and development and promotion.

All-solid-state batteries draw attention : True all-solid-state batteries may adopt completely different technical solutions from liquid batteries, which is a new challenge. Currently, the world is competing for all-solid-state battery technology routes. Many automakers have announced their timelines for all-solid-state batteries, but there is still a long way to go to realize their industrialization. In the short term, semi-solid-state batteries will still be the main force in development. In the future, all-solid-state batteries and semi-solid-state batteries may coexist for a long time, facing different application scenarios and performance requirements.

Development of new battery technologies : In addition to lithium-ion batteries and solid-state batteries, other new battery technologies such as sodium-ion batteries, zinc-air batteries, and proton exchange membrane fuel cells are also developing rapidly. They have characteristics such as abundant resources and environmental friendliness and are expected to provide more feasible solutions for specific fields.

The rise of energy storage systems : With the rapid development of renewable energy, energy storage systems have become increasingly important. New energy batteries can balance the difference between supply and demand through energy storage technology and efficiently integrate clean energy into daily life.

High nickelization of cathode materials : Cathode materials are developing towards high nickelization, gradually reducing the content of cobalt and manganese. Reducing the cobalt content while increasing the nickel content can not only increase the energy density of the battery but also reduce the cost. Currently, the mass-produced nickel-cobalt-manganese ternary battery with the lowest cobalt content is NCM811.

Development of silicon-based anode materials : The capacity of graphite materials is difficult to meet the demand for higher energy density of electric vehicles. Silicon materials are regarded as the key to improving the energy density of power batteries. The main development directions of silicon-based materials are silicon-carbon composite materials and silicon-oxygen composite materials. With the increasing requirements for the energy density of power batteries, the combination of silicon-carbon anode and high-nickel ternary materials has become a trend. 4680 large cylindrical batteries and fast charging technology are expected to promote the application of silicon-based anode.

Battery structure innovation : In addition to material iteration, structural innovation is also an important technical development path. Manufacturers make improvements in battery cells, modules, and packaging methods. Battery integration has become the focus of industry research to improve battery system performance.

Diversified development : Due to the limited global lithium resources and the low proportion of resources such as cobalt and nickel in some countries, the long-term development of lithium-ion batteries may be limited. Therefore, diversified development of energy storage technologies is required.