Distributed Power Generation System Based on Fuel Cells
Developed a fuel cell-based distributed power generation system with grid parallel connection capability and conducted comprehensive simulation analyses to validate system performance.
Fuel Cell Hybrid Power Systems
Fuel Cell and Battery Hybrid Power Systems with Energy Management Implementation
Proton Exchange Membrane Fuel Cell Model
A MATLAB-based fuel cell model for energy applications, simulating proton exchange membrane fuel cell performance with comprehensive electrochemical and transport phenomena analysis.
Microgrid Simulation Model: Wind/Solar/Storage/Fuel Cell Hybrid Grid-Connected System with Disturbance Design
A comprehensive hybrid grid-connected model integrating wind/solar/storage/fuel cell systems with designed disturbance components for performance optimization
Electric Vehicle Fuel Cell Simulink Simulation Model
A Simulink simulation model for electric vehicle fuel cells, designed for simulating electric vehicles or hybrid electric vehicles, incorporating system dynamics and energy management algorithms.
Fuel Cell Grid-Connected Model Developed Using Simulink
A Simulink-based grid-connected fuel cell model designed for performance simulation of fuel cell generators, incorporating key environmental parameters and system dynamics.
MATLAB-Based Modular Fuel Cell: An IEEE Standard Project with Simulation and Experimental Implementation
A MATLAB-based modular fuel cell project adhering to IEEE standards, featuring comprehensive simulation and experimental validation processes.
Ballard Mark-700 75kW Fuel Cell Simulink Model
Simulink model of a fuel cell based on the Ballard Mark-700 75kW prototype, featuring system-level simulation with hydrogen/oxygen supply subsystems and electrochemical modeling