Lithium iron phosphate batteries possess some special characteristic that makes themdiverseover lead-acid and other lithium batteries. Improved discharge and charge efficiency, longer life term, no maintenance, maximum safety, and lightweight, to name a few.
Lifepo4 battery is not the cheapest on the market, but because of their long lifespan and need for little upkeep, they are the finest long-term investment. Let us find those specialties of these batteries that make them increasingly demanding in the market.
Avoiding Active Maintenance
The service life of Super B lithium iron phosphate batteries (LiFePO4) can be increased passively. Additionally, there are no memory effects with the batteries, and because of their low self-discharge, you can keep them for a longer time. Special maintenance is required for lead-acid batteries. If not, their durability will be further reduced.
Lithium batteries are often tiny and light because of the excellent power density of Super B LFP batteries. Lithium batteries have a tremendous energy density and at least half the mass of lead-acid batteries. If you wish to ease worries regarding battery size and weight, use lithium!
Lifespan Is Long For Lithium
At an 80 percent depth of drain, Super B lithium iron phosphate batteries can be recharged up to 5000 times without losing performance. Lead-acid batteries only last two years on average. As recorded deep-cycle lead acid batteries may undergo 100-200 cycles before their performance of it drops to 70-80% of capacity. On average, lead-acid batteries demonstrate a cycle count of nearly 500, while LPF may withstand 1000 cycles.
Compared to Li-Ion and its counterparts, LPF Battery follows a safer technology. Particularly, they don’t have related to noxious fumes as well as off-gassing commonly found in lead acid or Lithium-ion batteries. LFP technology is much more advanced and caring about these dangerous issues, by employing a non-flammable electrolyte as a part of its technological chemistry.
Faster Charging Capacity
It is possible to change lithium iron phosphate batteries fairly quicker compared to its counters, typically in a span of 1-2 hours backed by AC power as well as 3 to 6 hours of polar panel-based powers. The actual time of charging depends on different factors, including the capacity of the battery, charging method, and current.
High Energy Density
Lithium iron phosphate boasts a greater energy density as opposed to various other types of batteries. Energy density is measured by the amount of energy that a battery can potentially store in every unit of its volume/ weight. From that viewpoint, the energy density of these batteries stands to nearly 130-140 Watt/kg — which is four times higher compared to traditional lead-acid batteries having a density of 30–40 Watt/kg.
To conclude, that makes these batteries unique from lead-acid wet batteries is that they are eco-friendly and negligibly impactful to the environment.