Optimization of battery structure The innovation of battery structure is directly related to energy utilization efficiency and product stability. By improving the internal arrangement and modular design of the battery, energy loss can be reduced and space utilization can be improved, while enhancing the heat dissipation performance and earthquake resistance of the battery. Structural optimization can not only improve the…
The exploration of new materials When the liquid electrolyte used in traditional lithium-ion batteries is combined with higher performance positive and negative electrode materials (such as pure lithium metal negative electrode), it is easy to form lithium dendrites, resulting in accidental short circuit, causing thermal runaway or even spontaneous combustion explosion, so the solid electrolyte with high thermal stability can…
Product goals and upgrade directions Understanding the product goals and upgrading directions of low-speed vehicle batteries is of great significance for promoting the development of the industry and meeting market demand. As the core component of low-speed electric vehicle, the performance of low-speed vehicle battery directly affects the endurance, safety and user experience of the vehicle. Clear product goals help…
Product information expansion Understanding low-speed vehicle battery product information is critical to improving product performance and safety, reducing operating and maintenance costs, promoting technological innovation, ensuring regulatory compliance, increasing consumer trust, and accelerating market introduction. Through in-depth understanding of the working principle, performance characteristics and market demand of the battery, the battery design can be optimized, the service life can…