Today, lead-acid batteries use a combination of materials such as sulfuric acid and lead plates. In 1859, this was the first type of battery that could be recharged. On the…
1. No voltage dip
With lithium batteries, their discharge curve is flat. This means that you get the same performance with a 20% charged device as with an 80% charged device.
And this can prevent many problems due to "voltage drops". Also, there is almost zero percent voltage loss. In other words, lithium-ion units can provide full rated capacity at high…
2. Longer life cycle
If you get a high quality LiFePO4 unit, you can get thousands of cycles from the product. In real life they can offer up to 2000 cycles considering 80% depth…
In addition, these charging cycles are higher than with NCA or NMC. On the other hand, you won't be able to get more than 1000 cycles with the best lead-acid…
3. Optimal capacity
Unlike a lead-acid device, LiFePO4 devices allow you to use up to 90% of the rated capacity. In some cases the capacity is even higher. For example, if there is…
4. Easy to care for
Ease of maintenance is another benefit of these devices. The balancing system ensures that all battery cells are fully charged. All you have to do is charge the device and…
5. Efficient loading
The good thing is that you can quickly charge lithium-ion batteries to their full capacity. On the other hand, the lead acids have an absorption phase if you want to…
6. No waste of energy
From an efficiency standpoint, lead-acid batteries take forever to store energy. Lithium units charge at around 100% efficiency, as opposed to the 85% efficiency offered by most lead-acid units. This…
In short, these are just some of the main benefits of LiFePO4 batteries in the here and now. Hopefully you can get the most out of these units.
Thanks to James Yuan | #advantages #lithium #iron #phosphate #batteries #LiFePO4