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电池热管理系统的实验研究:翅片与间隔对电池组散热的影响

摘要第3-14页
ABSTRACT第14页
Nomenclature第20-22页
OBJECTIVES第22-23页
Chapter 1. Introduction第23-26页
    1.1 Introduction第23-24页
    1.2 Problem statement第24-25页
    1.3 Justification第25页
    1.4 Hypothesis第25-26页
Chapter 2. Literature Review第26-37页
    2.1 General concepts, production & market of LIBs第26-28页
    2.2 The principle of function of the LIBs第28-30页
    2.3 Problems faced while operating LIBs第30-31页
    2.4 Non-uniformity temperature within the battery pack第31页
    2.5 Heat generation at the battery pack第31-34页
    2.6 Effects of fins in enhancing heat across the back pack第34页
    2.7 How to operate properly and store the lithium-ion battery第34-35页
    2.8 How to charge lithium-ion batteries correctly第35页
    2.9 Suggestions about using lithium-ion batteries第35-37页
        2.9.1 Do not allow full discharge第35-36页
        2.9.2 Discharge every 3 months第36页
        2.9.3 Keep partially charged第36页
        2.9.4 Do not allow overheating第36-37页
Chapter 3. Methodology and Experimental setup第37-48页
    3.1 Methodology第37页
    3.2 Experimental setup第37-39页
    3.3 Battery cell technical description第39-40页
    3.4 Battery Pack configuration第40-43页
    3.5 Thermocouple arrangement in the experimental setup第43-48页
        3.5.1 Procedures第46-48页
Chapter 4. Results and discussion第48-64页
    4.1 Battery during discharge process and basic thermal characteristics第48-49页
    4.2 Battery thermal effect of depth of discharge第49-53页
    4.3 Effect of the cell space on battery thermal characteristics第53-54页
    4.4 Effect of fins' thickness in the DOD for 1C第54-57页
    4.5 Effect of fin's thickness for different discharge cycles第57-60页
    4.6 Effect of fin material on battery thermal characteristics第60-64页
Chapter 5. Final Considerations第64-66页
    5.1 Conclusions第64-65页
    5.2 Recommendations第65-66页
References第66-72页
Appendix A第72-112页
Acknowledgement第112页

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