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Based on strong technology accumulation and advanced R&D capability in the field of all Solid-state battery, the high-energy era manufactures core material systems such as sulfide electrolytes and innovative anode materials with higher performance and cost-effective through material screening, optimization and formula improvement.
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Self developed core interface improvement and other process technologies in the GTC-Power, including innovative positive electrode wrapping technology (to solve solid-solid interface reaction problems), special adhesives and battery elastic design, application of dry electrode technology, and ultra-thin electrolyte forming technology.
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In the GTC-Power, we continuously improve our independent research and development production capabilities, while focusing on global layout, integrating high-quality resources from the entire material and equipment industry chain of China and Japan, and creating a high-end new energy ecosystem.
Deep research, development and innovation, and the largest sulfide all Solid-state battery laboratory in China in the high-energy era
At present, there are advanced battery research laboratories in Zhuhai, China and Yokohama, Japan, with a total area of over 4000 square meters.
The Sino Japanese R&D team, which gathers the top experts in the field of all Solid-state battery, has a master doctor ratio of up to 90%,
In the development of new materials, innovation in production processes, and other aspects, we are advancing together and complementing each other,
In the high-energy era, we adhere to the development path of independent innovation capacity building and deep integration of industry, education and research, rely on the scientific research and talent advantages of well-known universities at home and abroad, jointly promote the test, demonstration and application of relevant scientific research achievements, and accelerate the innovation of key technologies in the research and development of all Solid-state battery.
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