CR2032 battery.Application of lithium iron phosphate batteries in scientific research field

　　Application of lithium iron phosphate batteries in scientific research field

　　Recently, reports on the progress of new batteries and their potential to replace traditional lithium batteries have shown us the hope of longer battery life for smartphones and tablets. However, unfortunately, most of them are still in the laboratory research stage, and it is difficult to say when or even if they can be put into commercial use on a large scale.

　　The white paper on lithium iron phosphate battery technology shows that after using composite nanomaterials, the energy density of a single 32650 specification (diameter 32mm/length 65mm) cell can be increased to 6000mAh. Compared with the current industry 32650 specification of a single 5000mAh, the same volume has increased by 1000mAh, which is as much as 20%. One cell can charge the iPhone 4S phone repeatedly for about 4 times.

　　What's even more exciting is that when used in a single low rate charging and discharging environment, this type of battery can still maintain its battery level at around 80% after being cycled for up to 3000 times, while a regular lithium battery can be cycled for about 500 times. According to the calculation of charging and discharging every 3 days, it can be used continuously for 24 years and is a truly long-lasting battery.

　　This new battery technology can be widely applied to various devices such as portable mobile power supplies, small UPS, laptop batteries, and automotive batteries. Different battery cell colors are used according to the difference in cycle charging times for different usage environments: gold for military grade, with 3000 cycles; Blue is used 2500 times in the civilian automotive industry; Green, 2000 times suitable for small portable mobile devices.

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