Scientific research and application of lithium iron phosphate battery

The scientific research and application of lithium iron phosphate batteries have recently reported that new batteries are expected to replace traditional lithium-ion batteries, which brings the hope of extending battery life for mobile phones and tablets, but most of them are still in the laboratory research stage. , Did not specify when or if it will be put into commercial use on a large scale. In August 2012, DebochTEC, a new energy company. German Electric Power Co., Ltd. (GmbH) has brought a new energy technology to reality: iron-containing lithium-ion batteries. Detective Deboch. GmbH, according to the lithium iron phosphate battery technology, a white paper published on the use of composite nanomaterials, a single cell 32650 specification (32mm diameter/length is 65 mm) battery can increase 6000mah, energy density and the current industry’s 32650 specification single cell 5000mah Compared with the new 1000mah of the same volume, it is as high as 20%. The first section can charge the iPhone 6s mobile phone almost four times. Even better, in a single low-power charging and discharging environment, the battery can still maintain 80% of the power after 3000 cycles. In contrast, ordinary lithium-ion batteries can only maintain about 500 times of power. According to the calculation of charging and discharging once every 3 days, it can be used continuously for 24 years, which is a true long-life battery. This new battery technology can be widely used in portable power supplies, small UPS, laptop batteries, car batteries and other equipment. DebochTEC also uses different battery colors according to different working environments. In the field of civilian cars, blue is used, 2500 times; the green 2000 version is suitable for small portable mobile devices. Disclaimer: Some pictures and content of the articles published on this site are from the Internet. If there is any infringement, please contact to delete. Previous: The four most promising lithium-ion battery materials in the future