Center

Hydrogen is unique because it is the only element whose three valence states - positive (+1), neutral (0), and negative (-1), are all commonly found in chemical compounds. Among these, hydride ion is the most energetic and reactive, making it the central focus of our center. We are dedicated to uncovering the distinctive properties of hydride materials harnessing them to drive advances in hydrogen storage, ammonia synthesis, and hydride ion conduction.

July, 7 2026: Our group hydride ion conduction research work has been featured by XinWen LianBo, CCTV 13.

May, 13 2026: Our group developed the first gas-solid hydride ion battery, as officially featured by CCTV 13. This achievement marks a significant breakthrough in the fields of electrochemical energy storage and hydrogen storage technology, providing a safe, highly efficient alternative to conventional hydrogen storage methods that rely on extreme conditions

Our group has pioneered a hydride ion battery, representing a breakthrough in clean energy storage. Using a novel core-shell electrolyte, the team achieved room-temperature operation, verified by powering an LED. This leap from concept to reality opens new pathways for large-scale energy storage and mobile power, bolstering China's green energy future. (Nature 2025, DOI: 10.1038/s41586-025-09561-3)

Launched Jan 10, 2025, a 150 t/y MgH₂ pilot plant is now in trials. This joint initiative uses a proprietary one-pot method to produce this key hydrogen storage material, advancing solid-state hydrogen storage for renewable energy integration and the ‘dual carbon’ goal.

Our group has pioneered the first room-temperature hydride ion battery, a breakthrough in clean energy storage. By engineering a lanthanum hydride material with a nano-grained, defective structure, the team suppressed electron flow by five orders of magnitude while enabling rapid hydride ion movement. This enables a pure ion conductor for a solid-state battery operating from -40°C to 80°C, paving the way for a new class of all-solid-state energy storage devices. (Nature 2023, 10.1038/s41586-023-05815-0)

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Dalian Institute of Chemical Physics (DICP), Chinese Academy of Sciences No. 568 Lvshun Middle Road, Dalian, Liaoning, China 116023.
Contact Number

+86-411-39787225
Postcode

116023
E-Mail

xiedong@dicp.ac.cn

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