12V 300AH Lithium Battery Deep Cycle LiFePO4 w/ 200A BMS for Solar RV Home Boat

Quick Detail:

* Lifepo4 Battery Pack 12.8V300AH

* Longer Cycle Life
* Lighter Weight
* Higher Power
* Wider Temperature Range
* Superior Safety

* IP65 Ingress protection

Description:

12v300ah lithium battery rechargeable solar storage lifepo4 battery pack for car/marine/RV/home

* 【3.84kWh USABLE ENERGY & LONGER PERFORMANCE】A full charge on kusroie 12.8V 300Ah

LiFePO4 battery can support 3.84kWh energy for 90% appliances, like running a 200W heater mat nonstop

for 19 hours in winter. This lithium battery has a great 300Ah capacity with a low self-discharge rate, the depth

of discharge of our battery is about 100%, which provide 40% more usable power than the 300Ah lead-acid

battery. If you want a satisfied big power, this battery would be your best choice

* 【200A BMS WITH 2560W MAX. LOAD POWER】kusroie 300Ah LiFePO4 battery has built-in 200A BMS

(Battery Management System) to protect it from overcharge, over-discharge, over-current, and short circuit.

Our battery has 12 cells inside, the auto motive grade cells are high-density and stable, it’s safe when used in

our daily life and friendly for the environment. And 2.56kW Max. Load Power would allow us to connect more

common applications simultaneously to enjoy a more convenient life.

* 【DOUBLE STORAGE CAPACITY FOR THE SAME FOOTPRINT】If you were planning on being off-grid quite

a bit, installed lead-acid batteries just weren’t enough. Because the lead-acid battery is too heavy to move. And it

can only discharge 60% of energy when you use multi applications. Our 12.8V 300Ah LiFePO4 battery has more

than double storage capacity for the same footprint compared with a lead-acid battery. Our 12.8V 300Ah lithium

battery is a great replacement of lead-acid battery!

Specifications:

Notices:

If you have multiple lossigy batteries and want to connect them in series into a 24V, 36V or 48V system,

please carry out the following 2 steps before connecting:

1. Fully charge each battery separately, then stand for 2 hours and check their voltage.

2. Connect all batteries in parallel and continue charging (if there is a large difference in the voltage of

one of the batteries, discharge it at least 80% and then fully charge it again). Do not connect them in series

until their voltages are equal.

If you don't balance them successfully the first time, please repeat it again.

In addition, you don't have to worry about the balance of cells inside the battery, because BMS will help

you solve it.

Applications: