Fuel Cell Testing
RESEARCH DIRECTIONS
Research Directions
My research has two application areas: hydrogen and fuel cell systems, and new energy vehicle powertrains. Both use intelligent testing, combined physical and simulation-based validation, engineering calculations, and data quality analysis.
RESEARCH ARCHITECTURE
Research Areas and Shared Methods
Hydrogen and Fuel Cell Systems
01
Fuel Cell Testing
Research scope
Fuel cell stacks, engines, and auxiliary systems; FCU hardware-in-the-loop testing; component-in-the-loop testing; and test-bench command generation and control validation.
Key methods
02
Hydrogen Data and Carbon Accounting
Research scope
Data platforms covering hydrogen production, storage, transport, refuelling, and vehicle use; operational analysis, carbon accounting, and early safety warnings.
Key methods
New-Energy-Vehicle Powertrain Systems
03
Motor, Electric Drive and Hybrid Powertrain Testing
Research scope
Single motors, high-speed motors, back-to-back motor systems, electric drive assemblies, hybrid powertrains, four-wheel-drive multi-axle coupling, and energy management.
Key methods
04
Engine and Emissions Testing
Research scope
Engine performance and calibration, emissions testing, RDE, and mapping between on-road and laboratory operating conditions.
Key methods
SHARED METHODS
Shared Methods
Models, controllers, test platforms, and engineering data are used together across both application areas.
C1
X-in-the-Loop and Intelligent Testing Infrastructure
MIL, SIL, HIL, and XIL testing, including real-time simulation, supervisory test control, model and scenario management, test-case configuration, and result traceability.
15 Related selected projects10 Outputs by primary areaView details →
C2
Engineering Computing and Data Credibility
Cross-disciplinary multiphysics calculations, matching energy demand to system capacity, data fusion across sources and sampling rates, physical consistency checks, and data reliability audits.
3 Related selected projects4 Outputs by primary areaView details →
RESEARCH PLATFORMS
Research Platforms & Test Systems
Test benches, system architectures and laboratory setups. Select an image to enlarge it.
Hydrogen Data and Carbon Accounting
Motor, Electric Drive and Hybrid Powertrain Testing
Engine and Emissions Testing
X-in-the-Loop and Intelligent Testing Infrastructure
Engineering Computing and Data Credibility
Combining test bench systems with operational data platforms for powertrain modelling, data cleaning, hydrogen consumption calculation and diagnostic analysis.
