Since the establishment of Amita Technologies in 2000, its founder Dr. Jing-Yih Cherng has used his 30 years of battery research experience to assemble Taiwan’s most complete lithium battery R&D team.

Between 2006 to 2011, the team successfully completed three R&D projects with the collaboration of governmental and academic institutions and produced high powered lithium ion batteries, long life lithium ion batteries and NMC batteries (nickel, manganese and cobalt) which contain STOBA safety technology. With this, Amita Technologies became the first to use STOBA safety features in its lithium ion batteries.

Invested in the development of local innovation and technology, Amita collaborates with the Academia Senica, Chung Shan Institute of Science & Technology, Europes’ RISO and universities both in Taiwan and elsewhere. Such collaborations help Amita develop the latest advancements in research and technology for E-bikes and future products that will require 3C batteries.

In 2000, Amita became the first company that produced lithium ion battery cells with Al-laminated-film pouch packing technology in its production line which increases safety and efficiency of the batteries. From the design and production of materials to its automatic production line, Amita has invested time and expertise in every step of manufacturing its product. Having mastered the technologies of electrode material improvement, slurry dispersion and coating of electrode modular construction of battery systems, the process of serial and parallel configuration and the technologies of quick detection and screening, Amita is able to able to produce a high quality product with high-efficiency production capability while maintaining a competitive price on the market. Always with the environment in mind, the company has designed its manufacturing line to recycle and reuse materials.

Amita has developed a strong network of connections with a variety of companies in the E-bike and battery pack industry giving it the ability to provide complete customer service. Its small and medium sized battery packs are used in a variety of products including E-Bikes, E-Scooters and 30WH-3KWh home appliances. Amita’s large battery packs are used in UPS, battery packs for PHEV/BEV、smart grid、large-scale energy storage systems for renewable energy。

In 13 years, Amita Technologies has advanced lithium energy research by developing its own materials and technologies in house. Amita has redesigned the way in which the industry produces the product and raised the standards for quality and efficiency. Furthermore, by working with the government to advance the use of green technology in governmental policies, Amita strives to make Taiwanese lithium ion batteries competitive in the global market.

Scanning Electron Microscope (SEM)

To observe microstructure of materials

Energy Dispersive X-ray Spectroscopy

To detect the components of materials

Optical Microscope

To observe the appearance and structure of lithium defects.

BET Specific Surface Area Analyzer

Analysis of the specific surface area of lithium raw material powder.

A/C Impedance Analyzer

Analysis of lithium battery internal impedance of the distribution.

Programmable Rheometer measures fluid parameters of Shear Stress and Viscosity at given Shear Rates.

To detect the components of materials

Karl Fischer Moisture Meter

Measuring battery materials electrolyte / powder / pole film of moisture

Electrode Resistance Meter

Pole piece of the impedance measurement