Power stations are now on everyone’s lips. In the following article you will learn why the choice of battery technology is also important when choosing the right product and what LiFePo4 batteries are.
Lithium Iron Phosphate: Safe and Durable
Behind the shortcut LiFePo4sometimes too LFPthe word Lithium Iron Phosphate. It is a special design for rechargeable batteries based on the well-known lithium-ion technology. In conventional lithium batteries, substances called Lithium cobalt oxide Used to make the positive electrode of the battery. This is where LFP batteries use Lithium Iron Phosphate (LiFePo4) as an alternative material. As a result of this Important benefits Compared to widespread lithium-cobalt-oxide batteries. This is why Bluetooth uses this advanced battery technology in its products.
Greater security
It has been in the past Terrible newsWhere lithium batteries independently caught fire and caused extensive damage. This event is called “Thermal Runaway” (English Thermal Fugitive) mentioned.
With typical lithium-cobalt-oxide batteries, a Mechanical damage If a battery cell, such as a power station, falls or is hit, a chemical reaction can begin that can cause self-heating explosion Battery lead. For lithium iron phosphate batteries Isn’t that the case?. material abstinence Such thermal independence, hence the LiFePo4 battery Very strong even against severe mechanical impact An explosion is without presenting danger.
Long durability
Furthermore, the design of the battery usually ensures a Significantly higher number of usable charging and discharging cycles Direct comparison with other lithium-ion batteries.
Bluetooth is in the middle for the battery 2,500 and 6,000 charging cycles A LiFePo battery is less sensitive to deep discharge than other battery technologies. Also a 0% discharge LFP batteries usually forgive easily without being damaged.
However, once the specified charging cycle is reached, the battery is not useless. with the so-called cycle stability Usually only indicates after how many cycles the battery cells have left about 80% Their main power.
wealth-accumulation
Compared to other lithium-based accumulators, Bluetooth power stations with lithium-iron-phosphate accumulators are more economical. important resource. Count all of these above CobaltDepending on the option, but such substance to nickel And ManganBecause they are not needed for production.
Although lithium is certainly essential for LFP batteries, the amount of alkali metal, which is so valuable to batteries, is reduced compared to typical lithium-cobalt-oxide batteries. significantly less.
For buyers of power banks based on LiFePo4 batteries, there are significant benefits in terms of this Operational security and general life expectancy Battery cells.
Overview of Bluetooth Power Banks with LiFePo Battery
If you look around the Bluetooth portfolio, you will quickly notice that the selection of battery technologies is already familiar to you. has been removed. The company relies exclusively on lithium-iron-phosphate batteries for most of its products. High quality and superior performance Make sure.
Tipp: If a power station is referred to as a “lithium-ion battery”, it usually means not a LiFePo4 battery, but a lithium-cobalt-oxide battery.
For on-the-go power supply, offer bluety EB55 or EB70 Power station with 537 Wh or 716 Wh capacity.
If you want it to be a little bigger, you can get with it bluety AC200MAX 2,048 Wh based on LiFePo cells. This power station is currently for sale The cost is 1,799 euros 1,999 euros instead. consists of sets bluety AC300 + B300 and delivers up to 3,072 Wh and is equipped with a Priced at 3,399 euros significantly reduced.
If you really want to let it rip, you can use a LiFePo-based one Bluetooth EP500 With 5.1 kWh storage and up to 2,000 watts of AC output Over 6,000 charging cycles.
The Bluetti AC180 power station we recently tested also relies on LFP batteries and offers a capacity of 1,152 Wh. This power station is currently a The price is 1,099 euros available
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