OXYBATT

OxyBatt develops the world’s first all-solid-state, thin-film, rechargeable battery designed to operate reliably from 200 °C up to 600 °C — a temperature range where conventional batteries fail.

Instead of breaking down under heat, OxyBatt’s performance improves with temperature, unlocking new possibilities for space, industrial IoT, geothermal drilling (MWD/LWD), and sensing in extreme environments.

Its unique oxygen-storage chemistry enables self-healing cycles: by releasing oxygen, the battery can restore its original capacity, ensuring exceptional durability and safety in harsh conditions.

OxyBatt’s focus extends beyond chemistry. Through advanced materials engineering and scalable production methods, it aims to deliver high-performance batteries at industrial scale and competitive cost, bridging the gap between lab innovation and real-world deployment.

Together with a network of partners developing complementary high-temperature sensors, electronics, and antennas, OxyBatt enables the creation of fully integrated smart devices capable of continuous operation in environments once considered unreachable.

By combining safety, sustainability, and manufacturability, OxyBatt is redefining what’s possible in high-temperature energy systems—empowering industries to measure, monitor, and operate where energy solutions have never survived before.