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EFFECTIVENESS OF TRACKING SYSTEM OF SOLAR POWER PLANT IN SURKHANDARYA REGION OF UZBEKISTAN

초록/요약

An effective way to improve the performance of photovoltaic stations is the use of tracking systems for the Sun’s position. The pronounced dependence of the amount of solar radiation arriving at the receiving surface of solar panels on the geographic location of the power plant and climatic conditions causes significant differences in the characteristics of solar radiation for different regions of Uzbekistan. Accordingly, the parameters of tracking systems that ensure the maximum performance of a solar power plant can also vary significantly. The experience of practical application of solar trackers in Uzbekistan is small, and the task of choosing the parameters of the tracking system that ensures the maximum technical and economic efficiency of a photovoltaic plant in a given area of its operation is relevant.

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목차

1. CHAPTER ONE: INTRODUCTION 1
1.1 Background 1
1.2 Current state of energy industry of uzbekistan 2
1.3 Solar radiation potential of Uzbekistan 3
1.4 renewable energy globally 4
1.5 Impact of COVID-19 to energy sector worldwide 5
1.6 Research Problem 6
1.7 Objectives of study 6
2. CHAPTER 2 LITERATURE REVIEW 8
2.1 Introduction 8
2.2 Photovoltaic panel technologies 8
2.3 Classification and main components of solar tracking systems 9
2.4 Requirements for mounting structure 10
2.5 Main types of drives 10
2.6 Control system 11
2.7 Areas of analysis 12
2.8 Orientation and angle of inclination of the solar cell. 12
2.9 Optical losses of the front surface of the solar cell. 13
2.10 Operating modes of FP with SPS. 13
3. CHAPTER 3: METHODOLOGY 18
3.1 Introduction 18
3.3 description of Simulink 19
4. CHAPTER 4 RESULTS 24
4.1 Modeling the characteristics of photovoltaic modules in Matlab/Simulink 24
4.2 Solar module simulation model 28
5. CONCLUSION 38
6. RECOMMENDATION 40
7. BIBLIOGRAPHY 41

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