Lithium-ion batteries are crucial for reducing greenhouse gas emissions and combating climate change, but their sustainability is a major challenge. This article outlines ten principles for improving the sustainability of lithium-ion batteries, focusing on circularity, material recovery, recycling efficiency, environmental impact, and economic viability. The life cycle of lithium-ion batteries, including production, use, and disposal, must be considered to ensure sustainability. Challenges include the linear production and disposal model, the need for recycling to reduce reliance on new materials, and the environmental impact of battery manufacturing. The article highlights the importance of using clean energy for charging, maximizing battery efficiency, developing multifunctionality, dematerialization, prolonging battery life, sustainable manufacturing, resource conservation, transparency, corporate responsibility, and policy support. These principles require collaboration between the public, government, and industries to achieve a circular economy. The article also discusses the importance of policies and education in promoting sustainable battery practices. Overall, the goal is to create a sustainable and circular battery system that reduces environmental impact and supports the transition to renewable energy.Lithium-ion batteries are crucial for reducing greenhouse gas emissions and combating climate change, but their sustainability is a major challenge. This article outlines ten principles for improving the sustainability of lithium-ion batteries, focusing on circularity, material recovery, recycling efficiency, environmental impact, and economic viability. The life cycle of lithium-ion batteries, including production, use, and disposal, must be considered to ensure sustainability. Challenges include the linear production and disposal model, the need for recycling to reduce reliance on new materials, and the environmental impact of battery manufacturing. The article highlights the importance of using clean energy for charging, maximizing battery efficiency, developing multifunctionality, dematerialization, prolonging battery life, sustainable manufacturing, resource conservation, transparency, corporate responsibility, and policy support. These principles require collaboration between the public, government, and industries to achieve a circular economy. The article also discusses the importance of policies and education in promoting sustainable battery practices. Overall, the goal is to create a sustainable and circular battery system that reduces environmental impact and supports the transition to renewable energy.