Following the official mass production of Kirin batteries in March, Catl's new -generation battery condensed state battery is about to be released.
What is condensation:
Data show that the condensed state refers to a system composed of a large amount of particles and has a strong interaction between particles. There are a variety of condensation state in nature: ultra-current, superconducting state at low temperature, Bosis-Einstein condensed state, iron magnetic state in magnetic agency, anti-iron magnetic state, etc. state.
The problems to solve the research of condensation of state physics include high -temperature superconductivity, orderly topology, and theoretical descriptions of new materials such as graphene and carbon nanoma.
Some experts said that the core of condensing state batteries is to achieve superfligence, superconductance, stability, and more opticality. In simple terms, the battery is more stable, capacity, and faster conduction efficiency. The important material for achieving a state battery is graphene.
At present, condensing state batteries may also be a semi -solid battery. It is a condensed state electrolyte with liquid component inside. It has no flow and strong adhesion. The semi -solid battery is a transitional route from the development of traditional liquid lithium -ion batteries to the development of solid batteries, and it is also a necessary route.
One of the main advantages of condensing state batteries is its high energy density. Compared with traditional lithium ion batteries, the volume or weight of each unit of consolidating state batteries can store more energy, which makes them very suitable for electric vehicles with high energy storage capacity. According to Catl, their new battery energy density exceeds 500Wh/kg, which is significantly higher than the energy density of the current conventional lithium ion battery.
Another advantage of condensing state batteries is fast charge ability. Traditional lithium -ion batteries usually take several hours to fully charged, and condensing state batteries can be charged within a few minutes.
CATL mentioned that compared with a full -solid battery, condensing state batteries can achieve mass production faster, and achieve high ratio energy and high safety.
If CATL's condensed state battery is launched, the potential impact on the battery market may be huge. If it can be commercialized on a large scale, condensing state batteries may completely change the application of the electric vehicle industry and other applications that require high energy storage and fast charging. Catl can also reduce the cost and environmental impact of battery production by using less rare earth metals and other expensive materials.
