Next Generation power battery technology become the focus of industry attention. The future power battery needs to have the characteristics of small volume, large capacity and low consumption to meet the requirements of long endurance, high performance and low cost of electric vehicles. This article will discuss the power points of the next generation power battery in small volume, large capacity and low consumption.

1. Small volume

small volume is one of the important development directions of the next generation power battery technology. A small power battery can improve the energy density of the battery assembly and reduce the assembly space of the battery, thus reducing the weight of the whole vehicle and improving the mileage and performance of the vehicle. In order to realize a small volume of power battery, high energy density battery material and design structure can be adopted to improve the compactness and overall efficiency of battery components.

2. Large capacity

large capacity is one of the core competitiveness of the next generation power battery technology. Large-capacity power batteries can provide longer mileage and stronger driving force to meet consumers' demand for high performance and long-distance driving. In order to realize large-capacity power battery, the positive and negative electrode materials with high specific energy can be adopted, the structural design of the battery can be optimized, and the charging and discharging efficiency of the battery can be improved, thus improving the energy density and capacity of the battery.

3. Low consumption

low consumption is one of the key development directions of the next generation power battery technology. Low-consumption power battery can prolong the service life of the battery, reduce the operating cost of the whole vehicle, and improve the user experience and satisfaction. In order to realize low-consumption power battery, high-efficiency battery management system can be adopted, the charge and discharge control strategy of battery can be optimized, and the cycle life of battery can be improved, thus reducing the energy loss and maintenance cost of battery.

4. Power point

• material Innovation: develop battery materials with high energy density and high specific energy to improve the energy density and capacity of the battery.
• Structural Optimization: optimize the design structure and component layout of the battery to improve the compactness and overall efficiency of the battery.
• System integration: optimize the battery management system and control strategy to achieve low battery consumption and high efficiency operation.
• Production process: introduce advanced production technology and manufacturing technology to improve the production efficiency and quality stability of batteries.

Through its efforts in small volume, large capacity and low consumption, the next generation of power battery technology will be able to meet the demands of the electric vehicle market for high performance, long range and low cost, and promote the sustainable development and expansion of the electric vehicle industry.