Frontier Development

Advanced Battery Technology Development and Application
Location：首页 > Services > Frontier Development > Advanced Battery Technology Development and Application

High Energy Density Battery

Type of equipment：Advanced Battery Technology Development and Application
Focusing on various energy storage business needs, TIES strives to develop into a comprehensive, market-oriented R&D enterprise that integrates testing analysis, failure analysis, qualification certification, technology development, engineering amplification, intelligent manufacturing, high-value information services, and high-end training. Contact us

Detailed Description

Developing high-nickel silicon-based batteries with an energy density greater than 350 Wh/kg that can cycle over 1000 times while meeting safety requirements.

image


Utilizing semi-solid state technology, we aim to develop cobalt acid lithium-silicon batteries with high energy density and fast charging capabilities for the consumer market.

1716359549271659
Prev：High Temperature Resistant Long-life Battery
Next：High-Power Battery

Related Recommendations

Semi-solid/solid high energy density battery
Detailed IntroductionBased on the solid-state technology of electrode plates, the new semi/solid-state battery utilizes high-silicon anode/high-capacity cathode materials, combined with low-temperature/non-flammable electrolyte and novel binders. It achieves high safety, wide temperature range, and high energy density, with an energy density reaching up to 400Wh/kg.

Detail
High Temperature Resistant Long-life Battery
Detailed DescriptionHigh temperature resistant, long-life, high specific energy storage batteryEnergy density greater than 210Wh/kg;Normal temperature cycle 7500 times @ 80%;High temperature 60°C cycle 2000 times @ 80%;High temperature 90°C cycle 300 times @ 80%.Lithium Iron Phosphate Long-Cycle Battery Cell: Possessing an overall technical package for energy storage long-cycle battery cells, meeting the energy storage application scenarios in tropical regions.Energy density of 185Wh/kg;Normal temperature cycle of 10,000 times @ 80%;High temperature 45°C cycle of 5,000 times @ 70%;High temperature 60°C storage for 90 days with capacity retention rate > 95% and recovery rate > 96%;High temperature 85°C storage for 7 days with capacity retention rate > 91% and recovery rate > 92%.

Detail
Friendly link： Institute of Physics, Chinese Academy of Sciences (IOP, CAS) Yangtze River Delta Physics Research Center Co., Ltd. Liyang Deepwater Sci. Tech. Consulting Ltd. Company

CopyRight © 2024 Tianmu Lake Institute of Advanced Energy Storage Technologies All Rights Reserved. 苏ICP备18030956号-1