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Power Battery

Power batteries serve as the energy source for new energy vehicles and energy storage systems. They store and release electrical energy through electrochemical reactions, providing stable power support for equipment operation. Take lithium – ion batteries as an example. During the charging and discharging processes, lithium ions shuttle back and forth between the positive and negative electrodes, embedding and de – embedding, while electrons flow through the external circuit to form an electric current, completing the transfer and conversion of energy. With continuous technological innovation, the energy density of power batteries has been significantly improved. The energy density of ternary lithium – ion batteries can reach 250 – 300Wh/kg, and lithium iron phosphate batteries are widely used in commercial vehicles and energy storage fields due to their advantages of high safety, low cost, and long cycle life. In addition, breakthroughs in fast – charging technology enable some power batteries to be charged to 80% of their capacity within half an hour, greatly alleviating users’ range anxiety. The incorporation of a Battery Management System (BMS) allows for real – time monitoring of parameters such as battery voltage, temperature, and charge – discharge status. Through functions like equalization control and thermal management, it ensures that the battery operates in a safe and efficient state, extending its service life. With these advanced technologies and performance, power batteries not only serve as the core support for the development of the new energy vehicle industry but also play a crucial role in areas such as renewable energy storage and smart grids, facilitating the global energy structure’s transformation towards cleanliness and sustainability.

Advantages of Power Battery

  • Strong environmental protection and recyclability:With the increasing awareness of environmental protection and technological advancements, the recycling system for power batteries has been continuously improved. Through physical and chemical recycling processes, valuable metals such as lithium, cobalt, and nickel in the batteries can be effectively extracted, enabling resource recycling, reducing dependence on mineral resources, minimizing environmental pollution during the mining process, and promoting the green and sustainable development of the industry.
  • Optimized low – temperature adaptability:To address the issue of decreased battery performance in low – temperature environments, the new – generation power batteries adopt advanced thermal management technologies such as heating films and liquid – cooled temperature control. They can quickly heat up in extremely cold conditions, maintaining a suitable internal operating temperature of the battery, ensuring charging and discharging efficiency and driving range, and expanding the application scope of new energy devices in cold regions.

Find Power Battery by Series

This is the list of all series of Power Battery.
Click here to find Power Battery by type.

M43 Battery

M43 Battery

Standard Voltage : 3.66 V
Standard Capacity : 5.45 Ah
Weight : 189 ± 5 g
Dimensions : 12.6 * 120.2 * 69.2 mm

M42 Battery

M42 Battery

Standard Voltage : 3.66 V
Standard Capacity : 15 Ah
Weight : 426 ± 7 g
Dimensions : 17.7 * 148.7 * 78.8 mm

M41 Battery

M41 Battery

Standard Voltage : 3.66 V
Standard Capacity : 19.5 Ah
Weight : 547 ± 15 g
Dimensions : 17.7 * 148.7 * 98.8 mm

M12 Battery

M12 Battery

Standard Voltage : 3.74 V
Standard Capacity : 188 Ah
Weight : 2896 ± 50 g
Dimensions : 50.6 * 301.3 * 88.6 mm

LF125H Battery

LF125H Battery

Standard Voltage : 3.22 V
Standard Capacity : 125 Ah
Weight : 2310 ± 69 g
Dimensions : 47.7 * 200.7 * 115 mm

L11 Battery

L11 Battery

Standard Voltage : 3.22 V
Standard Capacity : 154 Ah
Weight : 2755 ± 10 g
Dimensions : 33.7 * 346.4 * 110 mm

A41 Battery

A41 Battery

Standard Voltage : 3.22 V
Standard Capacity : 106 Ah
Weight : 1880 ± 30 g
Dimensions : 52.2 * 148.6 * 118.5 mm

A27-V2.1 Battery

A27-V2.1 Battery

Standard Voltage : 3.22 V
Standard Capacity : 124.9 Ah
Weight : 2240 ± 30 g
Dimensions : 37.2 * 309.5 * 88 mm

A27-V1 Battery

A27-V1 Battery

Standard Voltage : 3.21 V
Standard Capacity : 127.2 Ah
Weight : 2220 ± 30 g
Dimensions : 37.2 * 309.5 * 88 mm

A25 Battery

A25 Battery

Standard Voltage : 3.20 V
Standard Capacity : 132.2 Ah
Weight : 2281 ± 35 g
Dimensions : 30.5 * 314 * 17 mm

A24 Battery

A24 Battery

Standard Voltage : 3.20 V
Standard Capacity : 172 Ah
Weight : 3160 ± 40 g
Dimensions : 36.7 * 301 * 132.5 mm

A22 Battery

A22 Battery

Standard Voltage : 3.22 V
Standard Capacity : 178.1 Ah
Weight : 3170 ± 30 g
Dimensions : 61 * 281.1 * 88. mm

A21 Battery

A21 Battery

Standard Voltage : 3.22 V
Standard Capacity : 154 Ah
Weight : 2755 ± 30 g
Dimensions : 33.7 * 346.4 * 110 mm

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