Fuel Cell Modeling and Simulation using Matlab Simulink
Title: - Joint Component Sizing and Energy Management for Fuel Cell Hybrid Electric TrucksQian
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Implementation Plan:
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Step 1: Initially we design the Fuel Cell Vehicle Simulink Model with two DC/DC converters connected to the FC and the energy buffer.
Step 2: Next, we allocate the power to FC and the energy buffer.
Step 3: Next, the FC is considered as always in the” ON” state, and thus the start/stop-cycle-based degradation is ignored. To prevent the FC system from operating at relatively low and high power, the state of degradation (SoD).
Step 4: Next, the maximum delivered power dramatically decreases as the satisfaction probability of the wheel power demand decreases. In this method, we used sequential convex programming.
Step 5: Next, we introduced a method that might be used to investigate a robust design optimization for FCHETs according to real-world truck operations.
[This process is based on your base paper, Joint Component Sizing and Energy Management for Fuel Cell Hybrid Electric TrucksQian]
Step 6: Finally, we display the following result, Time (min) vs. Load power demand (kW), Time (min) vs. Energy buffer power (kW), Time (min) vs. Fuel cell power (kW) and Power Demand (kW) vs. Probability (%).
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Software Requirement:
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1. Tool: Matlab-R2022b\Simulink and Simscape
2. OS: Windows 10 – (64-bits)
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Note:-
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If the above plan satisfies your requirement, please provide the processing details, like the above step-by-step.
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