01 Core Material

Use the "propositional" method to polish the R&D materials for mass production in the next 2-3 years, and "non-propositional" layout for the next 3-20 years of multi-form new energy advanced materials and material technologies.

Core Material

02 Battery Design

Taking safety as the first factor, in the accumulated Hithium chemical system toolbox, simple design is applied to solve complex technical problems and improve product reliability.

Battery design

03 System Integration

It has the characteristics of high energy density, wide temperature range, long life, high safety and reliability

System integration

04 Intelligent equipment
and informatization

With the industry's most advanced intelligent manufacturing system, through independent research and development, we continue to lead equipment and process innovation to create efficient intelligent factories.

Intelligent equipment and informatization

05 Material Recycling

With the development and application of material closed-loop recycling technology, around the harmless treatment of waste batteries, we fulfill the positive social responsibility of safety, environmental protection and resource recycling in the lithium battery industry.

Material recycling

06 Cutting-edge material
research and development

Continue to develop new high-safety and long-life electrode materials to further reduce the cost of lithium-ion batteries and improve the safety performance of batteries.

Cutting-edge material research and development