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초록
영어
In order to increase the output power of photo-voltaic power generation rapidly and accurately, it is necessary to track output of the maximum power. This paper summarizes the methods of Maximum Power Point Tracking (MPPT), and points out the limitations and notes of the MPPT methods. Meanwhile, the double perturb-and-observation method and iterative comparison method are elaborated in this paper. Finally, the study direction in the future is prospected.
목차
Abstract
1. Introduction
2. The Model and Characteristics of Photo-Voltaic Cells
2.1. The Model of Photo-Voltaic Cells
3. The Maximum Power Point Tracking Methods
3.1. Basic Method
3.2. The Maximum Power Point Tracking Control Based On Photo-Voltaic Array Mathematical Model Optimization
3.3. The MPPT Method Based on Perturbation
3.4. The Maximum Power Point Tracking Control Based on Artificial Intelligence Processing Method
4. Conclusion
References
1. Introduction
2. The Model and Characteristics of Photo-Voltaic Cells
2.1. The Model of Photo-Voltaic Cells
3. The Maximum Power Point Tracking Methods
3.1. Basic Method
3.2. The Maximum Power Point Tracking Control Based On Photo-Voltaic Array Mathematical Model Optimization
3.3. The MPPT Method Based on Perturbation
3.4. The Maximum Power Point Tracking Control Based on Artificial Intelligence Processing Method
4. Conclusion
References
키워드
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자료제공 : 네이버학술정보