92 West Dazhi Street
Nan Gang District
Harbin, 150001
China
Harbin Institute of Technology - MIIT Key Laboratory of Critical Materials Technology for New Energy Conversion and Storage
Cloud-Edge Collaborative Digital Twin Model
State of Health AssessmentOnline Update of Electrochemical ParametersOnline Correction ModelCloud-Edge Collaborative Digital Twin Model
Capacity label calibrationMulti-level transferable featuresIC/relaxation mechanism-based indicatorsCross-capacity SOH predictionLow-confidence fleet data
Capacity Label CalibrationMulti-level Transferable FeaturesIC Curve/Relaxation Process Mechanism-based FeaturesCross-capacity Generalization PredictionUnlabeled Data Utilization
Oxygen reduction reaction, Iron and nitrogen co-doped carbon, Hierarchical porous structure, Dense accessible active site
ZIF-8 derived carbon, ZnNx moiety, PtZn intermetallic, Protective effect, oxygen reduction reaction
Graphitized carbon, Corrosion resistance, Durability, Startup/shutdown, Cell reversal, Proton exchange membrane fuel cells
Lithium-ion battery, Multi-physics coupling, Aging model, Parameter sensitivity analysis
Lithium-ion battery, Electrochemical model, Parameter identification, Machine Learning, Classifier
sodium-ion hybrid capacitors, co-intercalation chemistry, sodium titanate, charge transfer kinetics, low-temperature performance
Fuel cells, perovskite proton conductors, space charge layer, grain boundary blocking effect, defect association
Na-based layered compounds, Ti4+ substitution, Cycle stability, Phase transition, Sodium-ion batteries
Li-rich cathodes, Li2MnO3, LiMn6 superstructure, Oxygen redox reaction, Anion reversibility
lithium-ion battery, Aging model, Parameter sensitivity analysis, Parameter boundary, Failure diagnosis
Proton exchange membrane fuel cells, Platinum-based catalyst, Triple-phase interfacial, Cerium oxide
high-rate LIBs, NCM, polycrystalline, single crystal
proton exchange membrane fuel cell, melamine functionalization, platinum catalysts, oxygen reduction, low platinum membrane electrodes assembly
Multiscale synergistic engineering, Sodium-ion batteries, Dual-cation doping, Carbon nanotube network, Sodium iron sulfate, Synergistic mechanism
Triatomic Catalyst, Synergistic Interatomic Coupling, Electronic Symmetry Disruption, Node Substitution-Electrostatic Adsorption Synthesis, High-Power-Density Zinc-Air Battery
Interlayered alloying reaction, Lattice tension, Electrochemical activity tuning, Potassium-ion storage, dual-ion batteries
Oxygen Reduction Reaction, Rotating Disk Electrode, Activity Calculation, Reversible Hydrogen Electrode, Average Adsorption Model, Coverage Effects
Sodium-ion battery, Prussian blue, Pyrrole, cubic phase
Methanol Oxidation Reaction (MOR), Low-platinum-loaded catalyst, Streamlined alternative, Quaternary Alloy, Density functional theory (DFT) calculations
lithium-ion battery, State of health, Physics-informed machine learning, Mamba architecture, Sim-to-real transfer
Fe-N-C catalyst, ordered macropores, particle size, accessibility, high activity
Oxygen reduction reaction, heterojunction, Microbial fuel cell, d-band center, Neutral environment
Li-ion batteries, cation disordered cathodes, anionic oxygen redox, TM charge compensation, synchrotron X-ray analysis
Zinc-ion batteries, Zinc anode, Interface film, Homogeneous deposition, Dendrite free.
Thermal runaway early warningModule-level lithium-ion cellsMulti-source signal fusionFour-level warning frameworkLarge-format lithium iron phosphate (LFP) cells
Lithium-ion batteries, Harmonic excitation, Dynamic impedance, Machine learning, SOH
3D nanospheres, Electrocatalyst, Methanol, PtCoB alloy
