Researchers from the Institute of Chemistry of the Chinese Academy of Sciences have conducted in-depth research on organosilicon materials in the field of energy storage devices and achieved remarkable results.

The researchers pointed out that polysiloxane, as a type of organosilicon material, has excellent electrochemical and physical properties and is an ideal choice for the preparation of electrochemical energy storage materials. Through technical means such as polysiloxane main chain structure design, side chain modification and topological network regulation, a variety of electrochemical energy storage material preparation processes can be developed. These materials have high ionic conductivity, low impedance and excellent cycle performance, which can significantly improve the performance and life of energy storage devices.

In addition, the researchers also emphasized the flame retardant properties of organosilicon materials in energy storage devices. Traditional energy storage devices are prone to fire or explosion under high temperature or short circuit conditions, while organosilicon materials have excellent flame retardant properties, which can effectively reduce this risk.

This research result provides new ideas and methods for the application of organosilicon materials in energy storage devices, and also provides strong support for the performance improvement and safety assurance of energy storage devices.