Shengyu Tao

Postdoc at Automatic Control

My research interest includes AI-enabled applications for sustainable use of retired electric vehicle batteries (reuse and recycling), e.g., power grid energy storage and critical material recycling. Special attention is paid to state estimation, diagnosis and prognosis under limited and heterogeneous data availability. I also work closely with material scientist on AI for Science (AI4S) topics, such as diagnosis and prognosis of lithium sulfur batteries and lithium metal batteries.

Source: orcid.org
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Showing 5 publications

2026

Unlocking hidden battery mechanistic insights: A novel mechano-electrochemical impedance spectroscopy approach

Hang Hu, Shengyu Tao
Matter. Vol. 9 (1)
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2026

Listening to silent signals: Wireless internal sensing redefines battery safety intelligence

Shengyu Tao, Changfu Zou
eTransportation. Vol. 27
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2025

Multi-frequency excitation enables one-second battery diagnostics across life cycle chain

Shengyu Tao, Guannan He, Changfu Zou
Joule. Vol. 9 (12)
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