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Commonly Used Anode Materials & Performance Tradeoffs GRAPHITE
SILICON
LTO
Silicon offers higher energy density than graphite but comes with challenges related to volume expansion.
LTO offers lower energy density but longer cycle life.
Description
Graphite has been the traditional choice due to its stability, cost-effectiveness, and well-established manufacturing processes.
Lithium metal offers the highest energy density but comes with challenges related to safety and cycle life, often due to dendrite formation.
Pro
Widely used in lithium-ion batteries, stable, low cost, and exhibits good cycling performance.
High theoretical capacity, leading to higher energy density compared to graphite.
Exceptional cycle life, high rate capability, and excellent safety characteristics.
Highest theoretical capacity, potentially leading to significantly increased energy density.
Limited energy storage capacity, can hinder the development of high-energy-density batteries.
Higher cost than graphite (per kg) and significant volume expansion during charge/discharge cycles leads to mechanical degradation and reduced cycle life.
Lower energy density compared to graphite and silicon.
Prone to dendrite formation during cycling, posing safety risks and reducing cycle life. Ongoing research focuses on addressing these challenges.
Con
Source: Ufine, Battery Report 2023 (pg134)
LI METAL
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