SOK battery-100ah 12v LiFePO4 deep cycle battery

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• SOK battery-100ah 12v LiFePO4 deep cycle battery
• Published by
• https//www.sokbattery.com/100ah-12v-lifepo4-deep-
  cycle-battery.html

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• A lithium iron battery is a lithium ion battery
  that uses iron phosphate (LiFePO4) as material
  for cathode use. But first, to get a better
  understanding of the advantages of a LiFePo4
  battery, we have to understand what a lithium
  battery is. Do you want to learn more? Visit
  100ah 12v LiFePO4 deep cycle battery.
• Lithium-ion batteries are batteries that use
  lithium-based material as a cathode, and a number
  of other materials (most commonly graphite) as
  anode. Because of its light weight, compact form
  factor and long battery life, these batteries are
  widely used in portable devices, such as
  cellphones, digital cameras and others.

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• The benefit of lithium batteries is that they use
  lithium, which is the most easily oxidized
  element. That means it can quickly give up an
  electron, which the circuit then uses to drive
  itself. The more electrons are removed from a
  battery, the more effective it is and therefore
  the durability is taken into account.
  Additionally, lithium is the lightest known metal
  so it allows portability and the material can be
  easily formed. Have a look at LiFePO4 Battery to
  get more info on this.
• Lithium can not be used as a cathode by itself,
  because it is so reactive that it will form a
  salt in the atmosphere immediately with
  non-metals. This is most accurately illustrated
  by the fact that lithium can not be found in
  nature either in native form or in elemental
  form. It's found more generally in the form of
  lithium chloride and other halide salts. However,
  native lithium ignites spontaneously and also
  reacts violently with water, necessitating its
  preservation under oil.
• This means lithium compounds have to be used as a
  cathode in order to have lithium. Upon
  decomposition, these compounds must produce ions
  and have an easily reversible reaction to be used
  as a rechargeable battery.

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• Lithium-iron phosphate (LI) is one good example
  of a lithium compound used. The LI batteries were
  created as a cheap way to build lithium batteries
  at the University of Texas in 1996. This is cheap
  as the "partner" of lithium, iron is
  comparatively more plentiful than other metals
  used to produce lithium compounds for batteries.
  This has the advantage of having a slower rate of
  discharge among lithium batteries, meaning an
  improved shelf life.
• The reaction produces, as can be shown, lithium
  ions, and iron ( III) phosphate (FePO4). Iron (
  III) phosphate or ferrous phosphate is non-toxic
  in contrast to the iron ( II) phosphate form
  (Fe3(PO4)2). Ferric phosphate is in reality used
  as an iron supplement for humans, ensuring it is
  safe for human use. That is the main reason why
  phosphate from lithium iron is preferred over
  other lithium-based batteries. Certain
  lithium-ion batteries, such as the more popular
  lithium-cobalt batteries, create more volatile
  compounds of cobalt oxides. If you wish to learn
  more about this, visit Lithium Iron Phosphate
  Battery.

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• Summary
• SOK battery is a leading manufacturer and
  supplier of lithium iron phosphate batteries
  (LifePO4).
•  
• Visit this site to learn more
• https//www.sokbattery.com/100ah-12v-lifepo4-deep-
  cycle-battery.html