Lead-acid batteries are basically a mixture of the sulfuric acid and lead plates. This was the rechargeable battery, invented back in 1859. On the other hand, lithium-ion batteries are relatively new inventions, and they have been commercially available since the 1980s.
Lithium technology has been well-proven and understood to enable small electronics such as wireless devices or laptops.
It has become increasingly common in these applications – releasing an old NiCad battery that can be charged due to its many lithium benefits. Lithium Iron Phosphate, known as LiFePO4 battery, have a slightly lower capacity but do not burn and are thus much safer than Lithium-Cobalt-Oxide. Therefore, 100Ah Lithium-ion batteries are much reliable and long-lasting than other types of batteries.
Why We Should Use Lithium Technology?
“Usable” Power Is High
Unlike lead-acid batteries, it is considered adequate to use 90% or more of the limited capacity of the lithium battery bank, and sometimes even more. Lithium-ion batteries provide the maximum power that is required for our appliances.
Extended Cycle Life
Researchers have found that lithium batteries deliver lifecycles around 10000. However, their prices cannot be easily guaranteed. These values depend on the charge rate, output depth, and the quality of the cells used.
These life cycle effects are much better than other chemistries widely used in the automotive industry. In contrast, even lead-acid batteries for deep cycles are usually only suitable for 500-1000 cycles.
Fast and Efficient Charging
Lithium batteries can be “charged” up to 100% capacity. There is no need for the absorption phase to retain the final 20%, unlike lead-acid. Also, if your charger is powerful enough, lithium batteries can be charged very quickly. If you can supply enough charging amps – you can charge a lithium-ion battery in just 30 minutes. But even if you can fully charge at 100%, no worries – unlike lead-acid, lithium-ion batteries’ failure to charge fully does not damage the batteries. 100Ah lithium ion batteries are good quality batteries
This gives more flexibility to get into the power sources whenever you can get it without worrying about requiring a full charge regularly. A few cloudy days with your solar system? There is no problem that you will not solve before sunset if you continue with your needs. With lithium, you can charge what you can and not worry about leaving your battery bank charged less frequent.
Less Energy Waste
Lead-acid batteries are less effective in storing energy than lithium-ion batteries.100Ah lithium ion batteries deliver about 100% efficiency, compared to most lead-acid batteries. This can be more important if you are charging using the sun while trying to squeeze in as much efficiency throughout the amp as possible before sunset or cloud cover. In excess, with lithium, almost every drop of solar you can collect goes into your batteries. A panel storage area is very important for increasing every square inch of mounting power.
Lead-acid and lithium batteries lose their power in cold climates. Lithium-ion batteries work best at low temperatures. In addition, the release rate affects the performance of lead-acid batteries.