Product Description

Features
1. Higher energy density. 2. A longer cycle life. 3. Easier to connect in series and parallel, and different battery packs are used for different projects.
4. Under the same capacity, have smaller volume and weight.
5. More safer, and BMS manages all modules in a unified manner.Product Details
Constituent Material
Lithium batteries stand apart from other battery chemistries due to their high energy density and low cost per cycle . There are about six common chemistries of lithium batteries,all with their own unique advantages and disadvantages.
Anode(-)& Cathode(+)
For renewable energy applications, the predominant chemistry is Lithium Iron Phosphate (LiFePO4).This chemistry has excellent safety, with great thermal stability, high current ratings,long cycle life,and tolerance to abuse.

Product Parameters
Basic Parameters | | 51.2V 400Ah |
Factory Voltage | |
Charging Voltage | |
Max Charging Current(Icm) | |
Limited Charging Voltage(Ucl) | |
Max Discharging current | |
Discharge Cut-off voltage(Udo) | |
Single module Size | |
Weight | | |

All In One Lithium Battery
Home Power Storage Brick Battery uses the latest HVLL( High Voltage Less Loss) technology to efficiently utilize the electricity stored in lithium batteries by reducing normal consumption in power transmission. The higher voltage, the lower current and the less losses of the internal resistance, so the battery generates less heat at high power than at low power.
Our Advantages

Future Trends
Stimulated by a variety of factors, lithium-ion batteries have greatly surpassed the application of lead-acid batteries in the household field. In some markets with outstanding cost-effectiveness, the demand for lead-acid batteries Demand is also strong.Influences
Lithium-ion Batteries
*Extreme temperatures: Lithium-ion batteries are extremely resilient to high and low temperatures. Lithium iron phosphate, the chemistry used by Flux Power, is especially resilient. We even offer heaters for batteries that will be used in cold temperatures to ensure a longer lifetime for the battery.
*Improper storage: How a battery is stored can affect its lifespan. Lithium-ion batteries should be stored at a partial charge in a cool place. They should have around a 40% to 50% state of charge when being stored. If being stored for extended periods of time it is important to monitor the battery every couple of months and charge it back up to 50% if it gets too low.
*Deep cycling: The life of a lithium-ion battery can be impacted by deep cycling. Unlike other deep cycle batteries, partial charges prolong the life of a lithium battery.Lead acid Batteries
* Extreme temperatures: Like lithium-ion batteries, the lifespan of a lead acid battery can be shortened when exposed to extreme temperatures, especially heat. After charging, lead acid batteries require a cooldown period because the act of charging produces high amounts of heat.
* Water levels: Overfilling water levels in a lead acid battery can cause electrolyte loss, reducing the lifespan of a battery.This can also promote corrosion of the battery, which can cause batteries to unevenly charge, which reduces lifespan.
* Deep discharge: The life of a lead acid battery suffers when a deep discharge occurs, and the battery is left "dead" for an extended amount of time.Product packaging

Project Case
