24v 20ah deep cycle lithium lifepo4 battery

The 24V 20Ah deep cycle lithium lifepo4 battery represents the epitome of modern rechargeable battery technology, constructed using advanced 18650 Li-Ion cylindrical cells. It finds optimal suitability across various applications, including wireless transmitters, CCTV cameras, LED lights, cell phone jammers, solar power systems, emergency power systems, electric garden sprayers, electric lawn sprayers, handheld electric airless sprayers, electric garden tillers, mechanical cotton pickers, and EKG monitoring devices.

These batteries incorporate a sophisticated Battery Management System (BMS) that ensures peak performance and safeguards the cells throughout thousands of cycles, offering comprehensive protection against overcharging, over-discharging, overcurrent, and short circuits.

The inclusion of Lithium Iron Phosphate (LiFePO4) as a raw material enhances the battery’s recyclability. Furthermore, the battery is equipped with an integrated PCM (Protection Circuit Module) that facilitates complete internal cell balancing, integrated protection features, and charging circuitry. Notably, it remains EMI/RFI (Electromagnetic Interference/Radio Frequency Interference)-free and operates quietly.

Environmentally responsible, these lithium batteries embody the essence of clean energy. With zero outgassing, no fumes, and no pollution, they provide reliable power while prioritizing environmental protection.

Boasting remarkable efficiency, lithium batteries exhibit ultra-low resistance that enables faster charging. With a charging efficiency of 99%, they minimize energy losses during the charging process.

Features

A Battery Management System (BMS) serves a crucial role in maintaining the optimal performance and safety of the batteries. The BMS encompasses a range of essential functions, including:

● Detection of overcharging to prevent battery damage
● Monitoring high temperatures to ensure safe operation
● Detection of short circuits to prevent potential hazards
● Thermal shock protection for enhanced durability
● Ensuring no fire or explosion risks
● Detection of overcurrent to safeguard against excessive power draw
● Specifically designed BMS for 4-series lithium batteries

Safety is paramount, and these batteries are built on lithium-iron battery technology (LiFePO4), known as the safest lithium technology available. Moreover, our batteries come with customized housing and electronics that further elevate safety and durability.

Among our key competitive advantages are:
● Guarantee of Origin and warranty assurance
● Competitive pricing
● Impressive product features
● Outstanding product performance
● Reliable on-time delivery
● Quality certifications attesting to our commitment to excellence
● Trusted and reputable service
● Flexibility in accepting small orders.

FAQ：

Q:Can I use a lead-acid battery charger or charger/charger with an ion lithium-ion deep cycle battery?
A fully charged lithium-ion battery will last a year or more and still retain sufficient capacity without damaging the battery. Therefore, any electrical device that has no current flow when turned off does not need to be powered. However, some devices may generate a significant amount of power even when turned off to maintain clocks, computers, navigation systems, pumps, etc. The Li-Ion battery charger is designed for use with the Li-Ion battery.
A:Our lithium-ion battery chargers are designed to work with the internal cell balancing plates and BMS in "deep cycle" batteries that have special algorithms to prevent overcharging and maximize battery life. We have a very simple method where all battery balancing maintenance is done automatically when the charger is connected. No need for expensive, complicated chargers/carts.
Lead-acid chargers for ionic (LiFePO4) batteries work. Lead-acid batteries are charged at 2.30V to 2.45V per cell, while ionic (LiFePO4) batteries are charged at 3.60V per cell. your batteries may be undercharged, so you will not be able to use the full capacity of your (LiFePO4) batteries, nor will you be able to trigger balancing in your (LiFePO4) battery packs, which are both unnecessary. Additionally, float charging from a lead acid charger is not what the battery expects and can cause problems.

Q:Can I use a solar panel to charge a lithium deep cycle battery?
A:Yes, but for 12V batteries you will need to make sure that the open circuit voltage of the solar panel is below 18 V. If your solar panel has a voltage regulator, charging can be stopped at 14.4 V or (LiFePO4) set to 14.6 V.
If you charge a 12V battery with a lithium deep cycle cell above 15V, the BMS in the battery terminals will shut down.
The cutoff voltage setting will vary slightly depending on current level, temperature, and part tolerance. To turn the battery on again, disconnect the charging source and allow the battery to rest for a few seconds (approximately 30 seconds). If the 12V battery voltage is above 18V when shutting down, the internal BMS will be damaged and will not turn on.

Q:What happens if I overcharge my lithium deep cycle battery?
A:The BMS inside the battery terminals will shut down if the lithium deep cycle 12V battery is charged above 15V. The cutoff voltage setting will vary slightly depending on current level, temperature and part tolerance. To turn the battery on again, disconnect the charging source and let the battery rest for a few seconds (approximately 30 seconds) and it will turn on. If the 12V battery voltage is higher than 18V, the internal BMS will be damaged and will not turn on.

The working temperature can reach -20°C
LCD display optional, real-time understanding of battery voltage and capacity.
20A continuous output current can continuously charge big-power devices.
The intelligent BMS system can accurately control the battery to improve the lifespan, no explosion, no fire.
Drop-in replacement for heavy lead-acid(AGM / GEL) battery，1/3weight but same capacity.
2000times cycle life@100% DOD , 7000times cycle life@50% DOD , 10 years design lifespan.
Maintenance-free, fully sealed, and waterproof.

Intelligent Battery Management System(BMS)

Over charge protection function
Over discharge protection function
Over current protection function
Short protection function
Over temperature protection function
Automatic cell balance function

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Technical data

Nominal Voltage	25.6V
Rated Capacity	20AH @0.5C to 21.6V
Stored energy	1536Wh
Cycle life@100%DOD	2000 Cycles
Approx. Weight	14kg
Internal Resistance	≤35.0 mΩ
Max. Charge Current	60 A
Max. Discharge Current	60 A
Charge Cut-off Voltage	29.2V
Discharge Cut-Off Voltage	21.6V
Dimensions	L260mm×W180mm×H247mm
Low temperature self heating	Avaliable(0~-20°C)
Operating Temperature Range Charge Discharge Recommended	-4°F (-20°C) to 113°F (45°C) -4°F (-20°C) to 140°F (60°C) 59°F (15°C) to 95°F (35°C)
Self-Discharge Rate	≤3%/month
Life Expectancy (years)	15 years @25°C in 80%DOD
Self Discharge	Approx. 2% per month @ 25°C
Long Term Storage	Charge every 6 months
Short Circuit Protection	Automatically recover after removal of short
Terminal Type	Female Copper Insert M8 (M8/mm)

24v 20ah deep cycle lithium lifepo4 battery