Difference between revisions of "Projects:2019s1-131 Fuel Cell Hybrid Vehicle: Energy Management and AI-Enable Intelligent Control"

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<br>'''Technical advisor'''<br/>
 
<br>'''Technical advisor'''<br/>
 
<li>Mr. Di Shen<li/>
 
<li>Mr. Di Shen<li/>
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== ''' Abstract''' ==
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== '''Introduction''' ==
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=== '''Aim''' ===
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== '''Background''' ==
 
== '''Background''' ==
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=== '''Abstract''' ===
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=== '''Fuel Cell Hybrid Vehicle''' ===
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Project abstract goes here
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=== '''Energy Management Strategy (EMS)''' ===
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=== '''Battery Management System (BMS)''' ===
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== '''Methodology''' ==
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=== '''High Level Design''' ===
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=== '''Energy Management Strategy Design''' ===
  
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=== '''Introduction''' ===
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=== '''Battery Management System Design''' ===
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There are many types of vehicle in the market right now. Conventional vehicle using petrol, electric vehicle using battery, and fuel cell vehicle using hydrogen gas as their source of energy.
 
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Other than that, there is also hybrid vehicle where operates with two from the sources of energy. As amount of petroleum is decreasing in every year, more and more researches on producing vehicle using renewable energy as source of energy. In this project, we focus on fuel cell hybrid vehicle where using fuel cell and battery as sources of energy. More specifically, we will study and build an energy management system of the vehicle. '''To be elaborated more....'''
 
  
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== '''Method''' ==
 
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To be filled
 
  
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== '''Result''' ==
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== '''Result & Discussion''' ==
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To be filled
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Graph of fuel consumption, battery soc, and Kalman filter performance
  
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=='''Conclusion'''==
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=='''Conclusion & Future Work'''==
 
To be filled
 
To be filled
  
 
=='''Reference'''==
 
=='''Reference'''==
 
To be filled
 
To be filled

Revision as of 16:14, 25 October 2019

Project team


Project members

  • Loqman Al Hakim Aripin
  • Jan Zhen Pang
  • Tsz Yee Ha


    • Supervisors

  • Dr. Cheng Chew Lim
  • Prof. Peng Shi


    • Technical advisor

  • Mr. Di Shen

  • Abstract

    Introduction

    Aim

    Background

    Fuel Cell Hybrid Vehicle

    Energy Management Strategy (EMS)

    Battery Management System (BMS)

    Methodology

    High Level Design

    Energy Management Strategy Design

    Battery Management System Design

    Result & Discussion

    Graph of fuel consumption, battery soc, and Kalman filter performance

    Conclusion & Future Work

    To be filled

    Reference

    To be filled

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