Research Project

Tsinghua–Toyota Future City Interdisciplinary Program: Energy-Internet Fault Diagnosis and Real-Time HIL Simulation Platform

Led or contributed to fault diagnosis, energy-system optimization, and real-time HIL algorithms.
Research Directions Hydrogen Data and Carbon AccountingRelated Outputs 2

Project Information

CategoryResearch project
Period2020–2022
Partner / Funding bodyToyota Motor Corporation
RoleProject Contributor
Technical areaMulti-energy-system modelling and scheduling
Research methodsIntelligent Testing and X-in-the-Loop · Engineering Computing and Data Quality

Research Directions

Direction

Hydrogen Data and Carbon Accounting

Data platforms covering hydrogen production, storage, transport, refuelling, and vehicle use; operational analysis, carbon accounting, and early safety warnings.
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Related Outputs 2 items

Invention patent

Smooth-Output Control Method, Apparatus, and Electronic Equipment for Integrated Wind–Hydrogen–Storage Systems

Operational scheduling and smooth-output control for wind–hydrogen–storage systems · Published
→Conference paper

Stochastic Optimal Scheduling of Electric-Thermal-Hydrogen Integrated Energy System Based on Seagull Optimization Algorithm

Optimal scheduling of integrated electricity–heat–hydrogen energy systems · Published
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Related Projects

Engineering project

Data Analysis for a Hydrogen Value-Chain Monitoring System

Engineering project

Hydrogen Value-Chain Data Monitoring Platform