Why do so many people like to use lithium iron phosphate batteries.
The development of battery technology combines environmental protection with the use of batteries. LiFePO4 batteries have the advantages of being more affordable and durable than other batteries, making them a highly promising battery product for the future 21st century. So, why do so many people like to use lithium iron phosphate batteries?
Faster charging
Lithium iron phosphate batteries can reach their maximum charge in less than two hours (if you are using a faster one hour fast charging BATTSYS LIFEPO4 battery), while if you are using lead-acid batteries, it takes 5-6 hours to fully charge.
Lower discharge rate
When the battery is not in use, we hope that the battery has a lower self discharge rate as much as possible, and lithium iron phosphate batteries can achieve this. At room temperature, lithium iron phosphate batteries can only reach 4% per month, while lead-acid batteries have a self discharge rate four times this value, which is a good way to avoid battery wear when not in use.
Excellent temperature elasticity
When using batteries, we inevitably encounter damage caused by high temperatures. If you use lead-acid batteries, you need to worry about whether temperatures above 25 ° C will damage your battery, as it will shorten its lifespan. However, if you are using
LiFePO4 batteries, you don't have to worry about this at all.
If you are in a low-temperature environment, I suggest choosing a low-temperature self heating lithium iron phosphate battery, which can help you maintain a stable and continuous working state below freezing point.
Cost, Packaging, and Performance
We are all pursuing lower prices, but for lithium iron phosphate batteries, their price is equivalent to their performance. If you want better configurations, you must pursue higher prices, but all of this is worth it.
In terms of specifications, LiFePO4 batteries have a smaller volume and higher durability compared to lead-acid batteries, with weights ranging from XNUMX/XNUMX to XNUMX/XNUMX. XNUMX/XNUMX, which requires less space than the same energy, achieves high efficiency and stable performance in a smaller package.
environment protection
Compared to lead-acid batteries, over 30000 tons of lead-acid batteries are discarded each year This is much smaller for LiFePO4 batteries. Due to the fact that the electrode itself is made of harmless materials, it can be recycled from the electrode, wire to the shell material.
Longer battery life
At room temperature, the cycle life of lithium is ten times that of SLA. Even at high temperatures, lithium still has a longer cycle life than SLA at room temperature. Finally, lithium charging follows a charging curve similar to SLA, which is constant current and constant voltage (CC/CV). However, lithium can charge faster without the need for maintenance of float charging.
