32700 3.2v 5000mAh LiFePo4 battery is mainly used in electric two-wheeled vehicles, energy storage, power exchange, standby power and low-speed intelligent travel field.
1、3.2V/5500mAh long cycle life type battery--Using long cycle type battery cell material, the cycle life can reach 2000 times.
2、3.2V/6000mAh multiplier type battery--Using high-multiplier cell material, which can meet 3C discharge requirements.
BATTSYS produces model 32700 lithium batteries with a rated capacity of 5400mAh and a standard voltage of 3.2V, which are suitable for surveillance equipment. The external size of this battery is 32*70mm, which is suitable for solar lights, monitoring equipment, etc.. In addition, this battery also has a fast charging capability, with a charging time of only 1-5 hours, indicating that it is well suited for scenarios that require rapid deployment and use. There is a relatively wide range of applications.
Battsys is the best Li-ion Battery Manufacturer with Premium Quality, Fast Global Shipping, 3-15 Days Lead Time, Accept OEM & ODM.
High safety LiFePO4 battery,long cycle life, Fast Charging
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High rate Discharge, fast charge, long cycle life
Learn More3.2V 32700 LiFePO4 batteries are used in a variety of application scenarios that require high energy density and long life due to their excellent performance and wide range of application areas, mainly used in electric two-wheeled vehicles, energy storage, power exchange, standby power and low-speed intelligent travel field.
1. High rate discharge output: standard discharge is 2-5C, continuous high current discharge up to 10C, instantaneous pulse discharge (10S) up to 20C.
2. Good performance at high temperature: the internal temperature is as high as 95℃ when the external temperature is 65℃, and the temperature at the end of battery discharge can be up to 160℃, the structure of the battery is safe and intact.
Even if the battery is harmed internally or externally, the battery does not burn, does not explode, and has good safety.
3. Excellent cycle life, more than 3500 times, after 500 cycles, its discharge capacity is still greater than 95%; over-discharge to 0 volts without damage.
4. Fast charging, low self-discharge rate.
5. No memory effect: no matter what state the battery is in, it can be charged and used as it is, no need to discharge it before charging.
6. Small size, light weight, the same specification capacity of lithium iron phosphate battery volume is 1/3 of the volume of lead-acid batteries, the weight of lead-acid batteries is 1/3.
7. No pollution. Lithium iron phosphate batteries do not contain any heavy metals, non-toxic, non-polluting, in line with European ROHS regulations, green battery.
8.OEM/ODM battery packs to meet the depth of customer customization, can also be customized intelligent protection board to prevent overcharging, over-discharge, short circuit protection and temperature protection.
9.Two years warranty, no worries after the sale, the whole product safety insurance coverage.
he voltage of LiFePO4 32700 is 3.2V.
LiFePO4 32700 is a cylindrical lithium battery with a nominal voltage of 3.2V, this battery has high energy density and excellent cycle performance. In addition, this battery also has a wide operating temperature range, able to work normally at temperatures of -20~60°C, adapting to a variety of environmental use requirements. With a product size of 32*70mm and a weight of about 143g, it offers a large capacity and portability.
The maximum voltage of LiFePO4 battery is 3.65V.
LiFePO4 battery, also known as lithium iron phosphate, its nominal voltage is 3.2V, but the maximum charging voltage is 3.65V, this voltage range ensures that the battery in the charging process can reach a fully charged state, and at the same time to avoid overcharging caused by the battery damage; the minimum discharge voltage of 2V, lithium iron phosphate batteries themselves have a certain degree of resistance for the overdischarge, even if discharged to 0v, there will not have a problem, occasionally 1-2 times.
The 32650 battery has a diameter of 32 millimeters and a length of 65 millimeters, while the 32700 battery also has a diameter of 32 millimeters but a length of 70 millimeters. This means that the 32700 battery can hold more battery chemistry and therefore has a higher capacity, generally about 10% to 15% higher than the 32650 battery, with a corresponding higher cost.
In practice, users can choose to use either 32650 or 32700 batteries based on actual needs and cost factors. Overall, 32700 batteries are larger in capacity, heavier in weight and larger in size than 32650 batteries. But at the same time, 32700 batteries are also relatively more durable and have a longer life.
he maximum capacity of 32700 batteries is typically 6000mAh. The capacity of 32700 batteries varies depending on the brand and model. For example, the Battsys 32700 battery is rated at 6000mAh, which is one of the higher quality batteries on the market.
1, voltage: 32700 LiFePO4 batteries have a nominal voltage of 3.2V, in general, multiple batteries need to be used in series to achieve the desired voltage
2, capacity: 32700 LiFePO4 battery capacity is generally between 2000mAh-5000mAh, different application scenarios require different capacity, you need to select the appropriate battery capacity according to the specific needs.
3, the number of batteries: the number of batteries is based on the required voltage and capacity to determine the need for a reasonable ratio. For example, if you need 12V voltage, the voltage of each battery is 3.2V, then you need to connect 4 batteries in series to achieve the required voltage.
4, charging and discharging performance: 32700 LiFePO4 batteries have good charging and discharging performance, can work in a wide range of temperatures, and has a high charging and discharging efficiency and cycle life.
This can be calculated using the following formula. Discharge Current = Capacity / Battery Internal Resistance / Discharge Voltage Where capacity is measured in milliampere hours (mAk), battery internal resistance is measured in ohms (2), and discharge voltage is measured in volts (V). For 3.2X lithium iron phosphate batteries, the discharge current will be affected by specific application scenarios, battery internal resistance and other factors. In general, the lithium iron phosphate battery discharge current range of 0.2C to 1C, where C indicates the capacity of the battery to 32700mAh lithium iron phosphate battery, for example, its discharge current range: Q2C discharge current = 3270QmAh / battery internal resistance / 32V1C discharge current 32700mAh / battery internal resistance / 32X two practical applications, lithium iron phosphate battery discharge current may be affected by the battery management system (battery management system) (V). In practice, the discharge current of Li-FePO4 batteries may be protected by the current limitation of the battery management system (BMS) to ensure that the battery is operated within a safe range.
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