Analytical Modeling of Distributed Energy Sources for Microg
发布时间：2021-06-09 11:15
本论文的目的是设计一个基于可再生能源技术系统的微电网,如光伏（PV）模块,基于双馈感应发电机（DFIG）的风力发电机和储能系统。本项目设计的模型是基于两个不同的类别;Simulink模型基于物理系统的数学方程和simscap模型建模,这些模型使用物理模型的电子建模,通过其等效组件表示每个元素。本文基于光电模块的光电模型,如光电流,二极管的饱和电流,二极管的反向饱和电流,分流电阻电流,光伏模块的输出电流等,对光伏模块进行了平滑建模。基于Simulink中设计的模型描述了电流-电压（I-V）和电源-电压（P-V）特性曲线。光伏模块的重要方面已经凸显出来,即温度（T）和辐照度（G）的变化正在影响光伏发电机特性的性能,因此实现跟踪最大功率点器件的必要性是不可避免的。论文三个最大功率点跟踪算法,基于它们的性能,可靠性,系统的灵活性以及它们在快速变化的环境中适应的能力来追踪光伏模块的最大功率;这些方法是增量传导,扰动和观测以及开路电压。光伏模块和DC-DC降压转换器模块是在光伏模块物理建模的基础上实现的。采用DC-DC降压转换器作为MPPT和负载侧的接口,通过使用Matlab软件,实现完整的系统（...
【文章来源】：厦门理工学院福建省
【文章页数】：66 页
【学位级别】：硕士
【文章目录】：
Abstract
摘要
Chapter 1 Introduction and overview of electricity production grids
1.1 Literature reviews of traditional electric grid
1.2 The Global Warming of the planet Earth
1.3 Microgrid a sustainable solution to reduce greenhouse gases
1.4 Smart Technologies promising factor for the development of microgrid
Chapter 2 Modeling a solar photovoltaic module
2.1 Photovoltaic cells-module-array creation process
2.2 Photo-current principle
2.3 Modeling photovoltaic module based on electrical data of SST120-36P model
2.4 Maximum power tracking algorithms
Chapter 3 Modeling doubly fed induction generator(DFIG)
3.1 Different types of wind turbine generator and their characteristics
3.2 Mathematical modeling of doubly fed induction generator in matlab Simulink
3.3 Grid side implementation and control strategy
Chapter 4 Power electronic interface and energy storage systems for micro-grid
4.1 Power electronic converters
4.2 Charge regulator and Energy storages systems
4.3 Micro-grids Energy management System
Chapter 5 Conclusion and Future work
5.1 Conclusion
5.2 Future work
References
Acknowledgements
本文编号：3220481
【文章来源】：厦门理工学院福建省
【文章页数】：66 页
【学位级别】：硕士
【文章目录】：
Abstract
摘要
Chapter 1 Introduction and overview of electricity production grids
1.1 Literature reviews of traditional electric grid
1.2 The Global Warming of the planet Earth
1.3 Microgrid a sustainable solution to reduce greenhouse gases
1.4 Smart Technologies promising factor for the development of microgrid
Chapter 2 Modeling a solar photovoltaic module
2.1 Photovoltaic cells-module-array creation process
2.2 Photo-current principle
2.3 Modeling photovoltaic module based on electrical data of SST120-36P model
2.4 Maximum power tracking algorithms
Chapter 3 Modeling doubly fed induction generator(DFIG)
3.1 Different types of wind turbine generator and their characteristics
3.2 Mathematical modeling of doubly fed induction generator in matlab Simulink
3.3 Grid side implementation and control strategy
Chapter 4 Power electronic interface and energy storage systems for micro-grid
4.1 Power electronic converters
4.2 Charge regulator and Energy storages systems
4.3 Micro-grids Energy management System
Chapter 5 Conclusion and Future work
5.1 Conclusion
5.2 Future work
References
Acknowledgements
本文编号：3220481
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