OXUDEcore
Replace the flammable and explosive liquid polymer electrolyte with a highly stable oxide electrolyte,It can prevent or delay the occurrence of thermal runaway, and based on the stability of the material, Huineng can use high-active positive and negative materials to create higher energy density batteries, thereby achieving the benefit of reducing costs.
LCBTM
Although the oxide ceramic electrolyte has extremely high stability, the material characteristics such as low ion conductivity, high hardness, and poor interface contact cause problems in electrical properties and mass production.
After years of hard work, Huineng has developed CeramionTM, Micro CellTM, LogithiumTM* and other innovative technologies to solve the innate interface problems of solid-state batteries, creating advantages in fast charging, longevity, and low-temperature performance, and together they become Huineng’s unique lithium ceramic battery. — LCB.
ASMTM
Thermal runaway is a series of heat-generating reactions. The temperature continuously accumulates rapidly and ignites the next vicious circle of thermal reaction.
Huineng takes the advantage of solid oxide electrolyte to achieve “intrinsic safety”, no fire and explosion;
The ASM active safety mechanism is from the perspective of “active defense”, allowing batteries, modules, and battery packs to automatically act to stop the internal thermal reaction of the battery and eliminate energy under any abuse conditions, and the thermal diffusion will end without any trouble. It can actively block thermal runaway and ensure the safety of high-energy products.
MABTM
Built on absolute safety, MAB is the ultimate fusion of CTP and BiPolar technology. Through the series and parallel connection of the inner pole layer, the space and materials required for the external series and parallel connections are greatly reduced to improve the efficiency of the group.
The MAB Pack reaches a range that traditional liquid lithium battery packs cannot match.
