How to solve safety faults of lithium-ion batteries.402030 polymer battery

　　This protection board can monitor and record the current, voltage, temperature and other parameters of lithium-ion batteries during operation, providing real-time protection for lithium-ion battery packs. In addition, when necessary, the protective board can transmit measurement data to the monitoring platform through Qineng technology, providing decision-making basis for fault analysis and maintenance of lithium-ion batteries, and achieving online measurement and remote diagnosis of lithium-ion battery faults. By recording the factory, maintenance, user ID and other data of lithium-ion batteries, the protection board can also achieve functions such as full life cycle management and security and anti-theft management of lithium-ion batteries.

　　Most ordinary lithium-ion battery protection boards are independent protection devices, and users cannot timely understand the internal situation of lithium-ion battery packs, so there is no way to solve lithium-ion battery problems and real-time online management is not possible. The rapid development has brought us opportunities to solve these problems.

　　The concept of pool energy lithium-ion batteries is to connect all projects with the country through information sensing devices such as radio frequency identification, achieving intelligent identification and management. Each research institution should design an active lithium-ion battery protection board that combines theoretical technology with lithium-ion battery protection technology to protect and manage lithium-ion batteries. It can monitor the status of lithium-ion battery packs and record battery operation event information in real-time on the chip's non-volatile data.

　　Through this reader, technicians can obtain real-time information and data of lithium-ion batteries, timely and accurately judge the current status of lithium-ion batteries, and provide decision-making basis for fault analysis and maintenance of lithium-ion batteries. On the other hand, administrators can effectively manage the lifecycle of lithium-ion batteries through the system, including the delivery, maintenance, scrapping and recycling of lithium-ion batteries, ensuring scientific management during the use of lithium-ion batteries to effectively reduce environmental damage.

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