7 Features that Describes the Importance of LiFePO4 Battery

Belonging to the mineral group of Olivine, the LiFePO4 or lithium iron phosphate was first described in a research paper way back in the year of 1996. It has been used in several types of consumer electronics and also in other purposes. The LiFePO4 battery is rechargeable, better power density and has a longer lifetime. The mineral has undergone many combinations by the scientists to develop the best out of it. Typically, the lithium ion batteries are mostly used in devices like laptops, mobile phones, digital cameras and others due to the compact form.

Non-toxic: The batteries are developed using the non-toxic minerals that are found in abundance in the earth’s crust. This makes them a revolutionary material to be used for a battery.

Thermal stability: The LiFePO4 battery is best described due to its property of thermal stability that stabilizes the molecules even at high temperature. The stable property ensures that the mineral does not decompose at high temperatures. Also, by definition of Schmidt in 1928, the term thermal stability means the stable property of water bodies and resisting to mixing.

Specific capacity: The LiFePO4 batteries have a significant specific capacity that enhances their thermal strength.

Energy Density: Normally, the new batteries of LiFEPO4 have a little lower percentage of energy densities as compared to the LiCoO2 batteries. Also, the brands that manufacture these kinds of batteries possess low discharge rate in comparison of Lead Acid or LiCoO2 batteries. The energy density defines the amount of energy stored in a unit of a system or region of space.

Safety: A prominent feature of LiFePO4 battery is they are safer due to qualities of thermal and chemical stability. In comparison, this LiFePO4 is safer cathode material than the Lead acid. Due to some of its resilient properties, these batteries ensure safety even when mishandled. Therefore, these batteries are more preferred in the markets.

Performance: It has some of idealistic features such as higher discharge rates, low in weight, and a longer life promises better performance. It has been a top choice for the manufacturers of electric cars and other related automobiles. Also, it has found use in solar gardens and security lighting systems. Similarly, it serves several other purposes like flash lights, electronic cigarettes, and lots more.

Low cost: With several beneficial features in the LiFePO4 battery, it has been a good replacement for the lead-acid batteries. It can be recharged and deliver its full potential until it get completely discharged. It also scores better on the track of environmental concerns. Even if so many effective properties, these batteries are available at low prices from various manufacturers.

The iron abundant LiFePO4 battery has addressed the green concerns by providing stable power unlike others. There are many researches going on to bring out more efficient batteries out of LiFePO4 for serving important practical applications. It has become the next generation battery that allows a cleaner environment. In terms of efficiency, they have a better record than any other kind of batteries.

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