Fast Charging and Discharging:
Thermal and Chemical Stability:
Low Expansion:
Exhibits minimal volume change during charge and discharge cycles, reducing mechanical stress and enhancing battery longevity.
High Safety: Its thermal stability makes it less prone to overheating and fire risks.
Wide Operating Temperature Range: Performs well in extreme temperatures, making it suitable for cold or hot environments.
Environmental Friendliness: Non-toxic and recyclable.
Lower Energy Density:
The higher voltage plateau of LTO reduces the battery’s energy density compared to graphite anodes.
Not suitable for applications requiring high energy storage in compact sizes.
High Cost:
Production cost is relatively high, limiting its use to premium applications.
Electrical Conductivity:
LTO has low electrical conductivity, requiring doping or conductive additives to enhance performance.
Electric Vehicles (EVs): Preferred for buses, trains, and hybrid vehicles due to high cycle life and safety.
Grid Energy Storage: Provides reliable energy backup and load leveling in power grids.
Portable Devices: Used in devices where durability and safety outweigh energy density requirements.
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