More Lithium Ion Battery

Our company has the ability to offer flexible customization according to the specific needs of customers. Whether it's special size specifications, unique shape styles, or precise capacity and voltage requirements, our company can meet them all one by one, achieving highly personalized design and production plans that fully conform to the individualized needs of customers and creating exclusive product and service experiences for them.

YLP Customized 18650-6S6P 18Ah 21.6V Lithium-ion Battery Pack for Underwater Drone

YLP Customized 18650-6S6P 18Ah 21.6V Lithium-ion Battery Pack for Underwater Drone

This 18650-6S6P 18Ah 21.6V lithium-ion battery pack has outstanding performance. Its large capacity of 18Ah brings an excellent endurance performance. Especially when used in devices such as electric wheelchairs and portable energy storage equipment, it can provide continuous power supply for a long time. Adopting the 6S6P combination, the batteries have good consistency and high energy density. Built-in with an intelligent equalization circuit and an advanced Battery Management System (BMS), it can monitor in real time and effectively avoid risks such as overcharging, overdischarging and short circuits, thus having a high safety factor.

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YLP Customized 18650/21700 Electric Bicycle Electric Equipment Battery

YLP Customized 18650/21700 Electric Bicycle Electric Equipment Battery

Lithium-ion batteries offer remarkable advantages when applied to electric bicycles. With a high energy density, they can store more electricity within the same volume and weight, thereby allowing for a longer cruising range. Their weight is merely approximately one-third to one-half of that of traditional batteries. This reduction in weight leads to a lighter overall mass of the electric bicycle, significantly enhancing its maneuverability and portability. The cycle life of lithium-ion batteries can reach around 1,000 times, which is far superior to the 300 - 500 times of traditional batteries. Consequently, it effectively cuts down the cost associated with battery replacement. Moreover, it only requires 3 to 6 hours to fully charge them, in contrast to the 6 to 8 hours or even longer for traditional batteries. This faster charging speed affords greater flexibility in travel planning. Additionally, they possess a low self-discharge rate and can retain a significant portion of the elec

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When Customizing Lithium-Ion Battery Packs, How Can the Output Requirements of High-Power Equipment Be Met?

Firstly, careful consideration should be given to the selection of battery cells. We will choose lithium-ion battery cells with high-rate discharge performance. The electrode materials and battery structures of these cells are specially designed to adapt to the insertion and extraction processes of lithium ions under high power.

Secondly, the connection method of the battery pack is of vital importance. We will adopt connection materials with low resistance, such as high-purity copper or aluminum as connection tabs, and use advanced welding techniques, like laser welding, to ensure firm connections and low resistance. This low-resistance connection can reduce the power loss inside the battery pack, enabling the battery pack to output electrical energy to high-power equipment more efficiently.

Furthermore, a specialized battery management system (BMS) will be equipped for the battery pack. The BMS plays a crucial role in high-power output scenarios. It can monitor parameters such as the voltage, current, and temperature of the battery pack in real time. Moreover, the BMS can also communicate with high-power equipment and dynamically adjust the output power of the battery pack according to the actual power requirements of the equipment to achieve the best matching effect.

What Special Treatment Measures Are There for Waterproof and Dustproof in the Customization of Lithium-Ion Battery Packs?

For customized lithium-ion battery packs with high requirements for waterproof and dustproof, shell materials with good sealing performance will be adopted, such as high-strength engineering plastics or metal shells. And special sealants or sealing rings will be used for sealing treatment at the seams of the shells. Meanwhile, at the interface parts of the battery packs, waterproof and dustproof connectors will be designed or protective components like rubber plugs will be used to ensure that the internal circuits of the battery packs will not be eroded by moisture and dust in harsh environments such as humid and dusty ones, thus guaranteeing their normal operation and safety.

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