When people hear the word lithium, they usually think of a volatile element that is found in space. However, it is also used in many other applications, including batteries. Lithium batteries are considered one of the most important innovations in technology because they can be used to power everything from phones to cars. So how exactly do these tiny yet powerful devices work?
High Energy Density
The high energy density of lithium batteries is one of their most important features. This means that they can store more energy than other types of batteries, which means that you don’t need to recharge your boat as often. Lead acid batteries have a low energy density, so if you use them in your boat’s battery bank you’ll need to charge it more often than if you were using lithium marine batteries instead (and dealing with the extra weight).
To illustrate this point further: let’s say your boat has two 12V lead acid batteries and one 36V lithium battery bank. Each time those three batteries are drained down by 50%, they will all be full again after an equal amount of time spent recharging–but because there are only two lead acid units and one lithium unit here instead of four total units like most boats would have (two 12Volt systems + two 24Volt systems), each individual cell within each battery will have less capacity left over after being drained down halfway through its usable lifespan than before being charged back up again due to its higher rate-of-discharge capability compared against conventional types like AGM or gel cell types which cannot handle such high discharge rates without overheating themselves beyond safe operating temperatures..”
Relatively Low Self-Discharge Rate
Another benefit of 36V lithium marine battery is their relatively low self-discharge rate. This means that you can store your lithium battery for a long period of time without losing much of its charge. It’s useful for applications that require a lot of power, such as remote locations or those that require an extended lifespan (such as electric cars).
Lithium batteries are also ideal for applications where you want to be able to use all the power stored in them over an extended period of time, such as security systems or medical equipment like heart monitors that need constant monitoring throughout the night.
Low Internal Resistance
Low internal resistance. This is the single most important characteristic of a battery for high power applications. Low internal resistance means that the battery can be charged and discharged quickly, which is crucial for applications like electric cars or boats that require quick acceleration. However, low internal resistance also means that you can’t just leave your lithium ion marine batteries on charge all day without any worries — they’ll overheat if you do!
No Memory Effect
Lithium-ion batteries do not have a memory effect because they are made from lithium cobalt oxide. Lithium cobalt oxide, or LiCoO2, has no memory effect and can be recharged at any time during its lifetime without damaging the battery. The reason why most other types of batteries (like lead acid) have a memory effect is because they use different chemicals to make up their electrodes that react differently when charged and discharged repeatedly.