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New material application innovation
Innovation in the application of new materials is of great significance in the field of low-speed vehicle batteries, which significantly improve the performance, life and safety of batteries through the introduction of advanced material technology. High energy density materials, such as the silicon carbon negative electrode and the high nickel ternary positive electrode, enhance the battery's energy storage capacity and extend the battery's driving range. Solid electrolyte materials improve battery safety and energy density, reducing the risk of thermal runaway. The application of environmentally friendly materials helps to reduce the dependence on scarce resources, reduce the environmental burden, and reduce production costs at the same time. The highly conductive material increases the charge and discharge rate of the battery, optimizing the power output and charging time. Self-healing materials extend battery life, reduce maintenance requirements, and improve safety.
New material application innovation
The role of new material application innovation in low-speed vehicle batteries is multi-faceted. Through the use of high energy density, solid electrolytes, environmentally friendly materials, highly conductive materials and self-healing technology, low-speed vehicle batteries can not only significantly improve energy density, safety, life and environmental protection, but also meet the user's comprehensive needs for battery performance and cost. With the continuous innovation of material technology, the overall performance of low-speed vehicle batteries will continue to improve, providing more efficient, safer and more environmentally friendly energy solutions for the low-speed vehicle industry.
Function summary
High energy density material
The use of silicon carbon negative electrode and high nickel ternary positive electrode materials to improve the energy density of the battery.Significantly improve battery life and capacity, so that low-speed vehicle batteries in the same volume and weight to provide more power, to meet the demand for long life.
Solid electrolyte material
Use solid electrolyte materials (such as sulfides, oxides, polymers, etc.) instead of traditional liquid electrolytes.Enhanced battery safety to reduce the risk of thermal runaway and fire; Improve energy density, extend battery life, and improve the performance and stability of low-speed vehicle batteries.
Environmentally friendly materials
Cobalt replacement materials (such as nickel-cobalt-aluminum, cobalt-free materials) are used, as well as biodegradable electrolytes and battery housing materials.Reduce dependence on scarce resources and reduce costs while reducing environmental burdens and supporting green development in line with the Sustainable Development Goals.
Highly conductive materials
Carbon nanotubes, graphene and other highly conductive materials are introduced to improve the conductivity of the battery.Improve the charge and discharge rate of the battery, optimize the power output, shorten the charging time, and improve the acceleration performance and user experience of low-speed vehicles.
Self-healing materials
Self-healing molecules or microcapsules are added to the battery material to repair minor damage.Extend battery life, reduce maintenance requirements, and improve battery safety to avoid internal short circuits and electrolyte leaks.
low-speed car batteries
Low-speed vehicle battery is a kind of battery designed for low-speed electric vehicles, which has the characteristics of clean, environmental protection, high efficiency and economy, and is widely used in electric golf carts, low-speed electric vehicles (LSV), mobile vendors, campus transportation, cargo trucks and so on
Extended reading
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