Glossary

Electrochemical performance measures how well batteries and devices store, deliver, and save energy. Better capacity, efficiency, and cycle life mean longer-lasting, greener tech supporting sustainability.

Battery take-back lets you return used batteries for safe recycling, saving resources and preventing pollution. It supports a circular economy and helps protect the environment.

Mercury in batteries is toxic and harms health and the environment. Many laws now ban it. Using mercury-free batteries and recycling old ones helps protect nature and supports a circular economy.

Battery repurposing gives old batteries a second life, reducing waste and resource use by turning them into energy storage for homes or solar power, supporting a cleaner, circular economy.

Battery cells store and provide electricity for devices and vehicles. They enable renewable energy use but need better recycling and design to reduce mining impacts and waste for a greener future.

Battery labels show battery type, capacity, safety warnings, and disposal info. This helps recycling, prevents pollution, and supports a circular economy by keeping materials in use.

Second-life batteries reuse used electric car batteries for energy storage, reducing waste, saving resources, and supporting clean energy—making energy systems greener and more affordable.

Battery Recycled Content Minimum ensures batteries include recycled metals, cutting mining, pollution, and emissions. It supports recycling, saves resources, and builds a greener, circular future.

Battery Due Diligence ensures batteries are safe, ethical, and eco-friendly by checking materials, design, use, and recycling. It helps create a circular, sustainable battery life cycle.