磷酸铁锂电池和铅酸电池区别

Lithium-ion Batteries 

*Extreme temperatures: Lithium-ion batteries are extremely resilient to high and low temperatures.   Lithium iron phosphate, the chemistry used by Flux Power, is especially resilient.   We even offer heaters for batteries that will be used in cold temperatures to ensure a longer lifetime for the battery. 

*Improper storage: How a battery is stored can affect its lifespan.  Lithium-ion batteries should be stored at a partial charge in a cool place.  They should have around a 40% to 50% state of charge when being stored.  If being stored for extended periods of time it is important to monitor the battery every couple of months and charge it back up to 50% if it gets too low. 

*Deep cycling: The life of a lithium-ion battery can be impacted by deep cycling.  Unlike other deep cycle batteries, partial charges prolong the life of a lithium battery.

锂离子电池

极端温度:锂离子电池对高温和低温都有极强的弹性。磷酸铁锂，即Flux Power公司使用的化学物质，尤其具有弹性。我们甚至为电池提供加热器，可以在低温下使用，以确保电池的寿命更长。

*储存不当:电池的储存方式会影响电池的使用寿命。锂离子电池应在阴凉处充部分电。它们在储存时应该有大约40%到50%的电荷状态。如果要储存很长一段时间，重要的是每隔几个月监测一次电池，如果电量过低，就重新充电至50%。

深度循环:锂离子电池的寿命会受到深度循环的影响。与其他深度循环电池不同，部分充电可以延长锂电池的寿命。

Lead acid Batteries

 * Extreme temperatures: Like lithium-ion batteries, the lifespan of a lead acid battery can be shortened when exposed to extreme temperatures, especially heat. After charging, lead acid batteries require a cooldown period because the act of charging produces high amounts of heat.

 * Water levels: Overfilling water levels in a lead acid battery can cause electrolyte loss, reducing the lifespan of a battery.

   This can also promote corrosion of the battery, which can cause batteries to unevenly charge, which reduces lifespan.

 * Deep discharge: The life of a lead acid battery suffers when a deep discharge occurs, and the battery is left “dead” for an extended amount of time

铅酸电池

极端温度:和锂离子电池一样，铅酸电池在极端温度下，特别是高温下，寿命也会缩短。充电后，铅酸电池需要一段冷却时间，因为充电过程会产生大量热量。

*水位:铅酸电池注水过多会导致电解液流失，降低电池寿命。

这也会促进电池的腐蚀，导致电池充电不均匀，从而降低寿命。

*深度放电:当深度放电发生时，铅酸电池的寿命会受到影响，电池会在很长一段时间内处于“死亡”状态。