Key Highlights
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Researchers found that the type of metal interlayer in “anode-free” solid-state batteries controls the size of lithium grains during charging. This is a crucial step toward designing longer-lasting and safer batteries for electric vehicles and renewable energy storage.
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In tests simulating high-temperature energy storage in the ground, clay pellets proved to be a resilient sealing material, maintaining their integrity through repeated heating and cooling cycles. This finding is key for developing reliable large-scale systems to store excess heat from solar or industrial processes underground.
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The study showed that traditional cement-based grouts used in well construction can develop tiny cracks when exposed to repeated high-temperature cycles, potentially causing leaks. However, allowing the grout to cure for a longer period (28 days instead of 7) significantly improves its ability to withstand these temperature changes.
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