![]() Weight: Lithium batteries are much lighter than gel or AGM batteries.Ĭharging cycles: While a lead acid battery can have a life of between 600 and 1,500 cycles, a lithium battery can reach approximately 5,000 cycles. ![]() However, in lead acid batteries, for every 100 watts of charge, the battery will draw 75Ĭharging times: The charging time of a lithium battery is also less than that of gel or AGM batteries. Usable energy: Lithium batteries can be discharged up to 80% and 100% without problems, which allows greater autonomy than lead acid batteries that reach 50% or 70%.Ĭharging efficiency: To make a simple and visible rule, of every 100 watts that we charge in a lithium battery for a mobility scooter, the battery absorbs 98% during its entire life. Advantages of lithium batteries for mobility scooters With that said, let's look at the features, advantages, and disadvantages of lithium batteries, gel batteries, or AGM batteries for scooters. The first thing to note is that each mobility scooter has its own batteries mounted and it is not the user's decision to change from lithium to lead acid batteries or vice versa. Let's see the characteristics of each one: Lithium batteries or lead acid gel / AGM batteries? Lithium batteries have characteristics that make them different from Gel or AGM batteries. The types of mobility scooter batteries are: Let's see what types of batteries for mobility scooter that we can find on the market. Mobility scooters with lithium batteries can mount one or two depending on the manufacturer's specifications. It should also be noted that mobility scooters with lead acid batteries (gel or AGM) always mount a pair of 12v batteries each. The first thing to know about batteries for mobility scooters is that each mobility scooter manufacturer assembles the type of battery that they think is most suitable for their product. What kind of batteries does my mobility scooter need?
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