Structure and Design

• These batteries usually have a modular design, with each individual battery unit being relatively small and having a standardized shape and size. They can be easily stacked together like building blocks, either horizontally or vertically, and then connected electrically through various means such as busbars or connectors to form a larger - capacity battery system.

Advantages

• High flexibility: The stackable design allows for easy customization of the battery pack's capacity and voltage according to specific application requirements. Users can add or reduce the number of battery units to meet different energy storage needs, which is very suitable for applications with variable energy requirements.


• Space - saving: By stacking the batteries, a more compact and efficient space - utilization can be achieved. This is particularly beneficial in applications where space is limited, such as in some portable electronic devices, small - scale energy storage systems, or in - vehicle power supply systems.


• Scalability: It is convenient to scale up the energy storage system. Whether it is for small - scale personal use or large - scale industrial applications, stackable lithium - ion batteries can be easily expanded by increasing the number of stacked units to achieve the required energy storage capacity and power output.

Applications

• Portable electronic devices: Such as laptops, digital cameras, and some high - end portable audio devices. The stackable lithium - ion batteries can provide sufficient power while keeping the device's volume and weight relatively small.


• Energy storage systems: For example, in home energy storage systems, small - and medium - sized commercial energy storage projects. They can be used to store electricity generated by solar panels or wind turbines for later use, improving the stability and reliability of the power supply.


• Electric vehicles: Some electric vehicles, especially those with a modular design concept, may use stackable lithium - ion batteries to optimize the layout of the power system in the vehicle and improve the overall energy efficiency and driving range.