why lifepo4 battery to replace lead-acid battery

Why use lithium ion phosphatebattery to replace lead-acid battery? this article willtell you why.

The Lithium Iron Phosphate Battery empowers auto-balance among equalassociations and gives greater adaptability to battery connection. This 12V 100AH Lifepo4 battery can be agreat startup for beginning or profound cycle applications.

Description

●     Lithium iron phosphate battery isdescribed by remarkable strength, ongoing performance, and charging speed.

 ●     12V 100Ah BMS built-in and planned internal structure design, this 12V100Ah lifepo4 batteries can connected in series, up to 4 pcs 12.8V 100Ahbatteries in series.

 ●     It likewise has a more extended lifewhich can last up to 1000 hours and is a more lightweight substitutionlead-acid battery, cycle life is morethan 3000 times.

 ●     A 12V100Ah lifepo4 battery can be completely energized from level to full in alittle more than 3 hours.

 ●     High energy density, same capacity lifepo4 battery,the weight and size is only one-third compare to lead-acid battery

●     Good power performance. Lifepo4 battery requires zero maintenanceand has highdischarging/charging ability.

 ●     Well temperature performance, especially the outstanding high temperature performance. The working rangeof lithium iron phosphate battery can reach -20℃~60℃, and it can work at hightemperature for a long time without affecting battery life.Charging temperature is 0℃-45℃.

  Out-class energyLevel

Lithium ironphosphate is a fresher kind of battery acquiring acknowledgment in theassembling ventures because of its practical materials and steadiness with hightemperatures.

 Lithium ironphosphate contains a cathode of iron phosphate and an anode of graphite. It hasa particular energy of 90/120 watt-hours per kilogram and a fixed voltage of3.20V or 3.30V. The charge pace of lithium iron phosphate is 1C and the releasepace of 1C.

 Lithium ironphosphate batteries have voltage releases that are magnificent when at highertemperatures. The release rate doesn't altogether debase the lithium ironphosphate battery as the capacity is diminished.

 Prolonged LifeCycle

The lifecycle of Lithium iron phosphate is about 2,000+ cycles. Lithiumiron phosphate has a lifecycle of 2,000+ cycles. Thesebatteries can deal with high temperatures with insignificant debasement. Theyhave a long life for applications that have inserted frameworks or need to runfor long time allotments prior to waiting to be charged.

 Incredible SafetyBenefits

Lithium ironphosphate is considered one of the safest batteries when it comes toapplications. Lithium iron phosphate has incredible conductivity and chemicaldurability. This battery stays cool and unheated in higher temperatures. It islikewise incombustible when it is misused during quick charges and releases orwhen there are short-cut issues.

 Anothersafety benefit of lithium iron phosphate includes the discarding of the batteryafter use or when it has failed. Lithium iron phosphate doesn't ordinarilyencounter conductivity break away, as the phosphate cathode won't consume ordetonate during overcharging or overheating as the battery stays unheated.

 Specifications ofLithium iron phosphate

●     Built-in battery:manufactured from 64pcs High Quality32700 cells in 4S16P.

 ●    Capacity:12.8V 100Ah 1280Wh.

 ●    Storagetemperature range: (-10～+50) ℃. Recommended long-term storage temperature is (15～25)℃

 ●    Lifecycle: extended life of 2000+ cycles with 100% DOD; 3500with 80% DOD; 6500 with 50% DOD

 ●   Operationtemperature range: (0～+60)℃

 ●    Input:14.6V/15A.

 ●    Output:12V to 13V (not constant)

 ●   Nominal:12.8V (14.6-9V) /80A Max.

 ●    Packagecontent: 1x 12V LiFePO4 Battery Pack

 Precautions

●     Avoid utilizing the 12V lithiumbattery pack in places with high dampness or where it very well might bepresented to wet

 ●     Avoid changing or deconstructing thepower bank.

 ●     Avoid disposing of the 12V force bankinto fire or water.

 ●     Avoid inverting the polarity of thebattery pack.

 This article and description will help you to understand thebenefits of this battery. The usage of this battery comes with maximumefficiency and elaborates it lifecycle and production.

LiFePO4 is likely your best choice. It’s also worthmentioning, LiFePO4 batteries are non-toxic, non-contaminating and contain norare earth metals, making them an environmentally conscious choice.