This invention describes a battery that uses liquid materials for its electrodes and electrolyte, contained within a housing and a special crucible or coating. It's designed to manage internal pressure and control the interfaces between its liquid components, which helps improve its performance and lifespan, especially for high-temperature batteries.
Why it matters: In 2014, liquid metal batteries were largely experimental, facing significant engineering hurdles for high-temperature containment and interface control. Today, the urgent demand for grid-scale energy storage has spurred advancements in high-temperature materials and manufacturing, making the practical implementation of these battery types more viable.
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