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LiFePO4 Battery Lithium

LFP is popular in industries with heavy use and rough environments. While this chemistry has a slightly lower energy density (3.2V/Cell), it can withstand a lot of abuse. It has a long-life span, it’s less costly and much safer because it does not contain cobalt and can withstand a very wide range of temperatures.

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Description

LiFePO4 Battery Bms lithium

Introduction

With higher efficiency also comes a faster rate of charge for lithium batteries. They can handle a higher amperage from the charger, which means they can be refilled much faster than lead-acid.

We express charge rate as a fraction, such as C/5, where C = the capacity of the battery in amp hours (Ah). So a 430 Ah battery charging at a rate of C/5 would receive 86 charging amps (430/5).

Lead-acid batteries are limited in how much charge current they can handle, mainly because they will overheat if you charge them too quickly. In addition, the charge rate gets significantly slower as you approach full capacity.

Lead acid batteries can charge around C/5 during the bulk phase (up to 85% capacity). After that, the battery charger automatically slows down to top off the batteries. This means lead acid batteries take longer to charge, in some cases more than 2x as long as a Lithium alternative.

Lithium batteries are more efficient. This means that more of your solar power is stored and used.

Advantage

High working voltage

Long life cycle

Low self-discharging

100% Discharge of deepth

Application

RVS

Residential Energy Storage

Off-grid

Service

OEM