For several years, lithium batteries have been the most reliable high-performance batteries in multiple industries. Utilized in cellphones, watches, tablets, and computer systems, lithium iron phosphate (LifePO4) batteries offer advantages that make them a wise choice for daily usage.
Lithium is used as light-weight marine batteries, solar batteries, and electric car batteries. But that is simply scraping the cover of lithium battery capabilities.
Full Cycle Capacity and Efficiency
The internal resistance of lead-acid batteries needs them to be charged gradually and in steps to maintain lower internal temperatures. Lithium iron phosphate batteries can be charged at a constant voltage and current so that they can be recharged rapidly and put back into the application when they are needed.
LifePO4 may likewise be discharged 100 % and keep a high voltage level. On the other hand, lead-acid batteries' voltage drains more quickly, and they lose much of their effectiveness someplace in between 75 to 80 % Depth of Discharge (DOD). For these factors, LifePO4 batteries are now being used in home energy storage, robotics, hybrid generators, and truck APU systems.
Cycling and Weight
LifePO4 batteries are between 1/3rd to 1/4th the weight of conventional lead-acid batteries, making them a more practical lightweight option. They likewise cycle as much as 10k times, whereas lead-acid batteries cycle only 300 to 500 times before they stop working.
These two characteristics make lithium iron phosphate batteries flexible for a large variety of applications. Small electric automobiles, electrical lawn mowers, scissor lifts, and even garbage trucks are using LifePO4 technology.
Flexibility and Energy Density
Lithium iron phosphate batteries provide the most suitable balance of energy density and security without harming the environment. The high energy density indicates that lithium iron phosphate batteries can be built into battery packs of different sizes.
LifePO4 batteries are being used in playground equipment, paddleboards, depth finders, and license plate tracking gadgets.
The performance of lead-acid batteries decreases drastically in both low and high temperature levels, while LifePO4 batteries run at or near capacity in temperature levels varying from -40 to 158 degrees Fahrenheit.
This single characteristic makes these batteries the best for remote monitoring devices in both the Sub Saharan and Arctic areas. They are being used in oil and gas pipeline equipment, ocean buoys, and weather monitoring devices in all kinds of climate around the world.
The opportunities for lithium iron phosphate batteries are unlimited. There is a lithium battery for your energy requirements no matter what your application is. If you need a high-performance battery for energy storage, LifePO4 is your go-to battery.