, Design and Construction of Solar Tracking System for Optimum Solar Panel Positioning
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ABSTRACT
This study aims to design a solar tracking system based on microcontroller Arduino using sensors to facilitate optimum solar panel positioning. The system consists of several electronic components such as microcontroller, sensors, batteries, DC motor. The research method used in this experiment is a direct test of the tool. The result of this final product is a microcontroller, based solar tracking system that uses sensors to check for high sun rays. Based on the results of the manufacture, operation and testing of tools. It is known that the working mechanism of microcontroller-based solar tracking system using ultrasonic sensor, works in accordance with expectation and supporting theories.
TABLE OF CONTENT
Title page i
Declaration ii
Certification iii
Dedication iv
Acknowledgement v
Table of content vi
List of Table viii
List of figures ix
Abstract x
CHAPTER 1
INTRODUCTION
1.0 Background 1
1.1 Statement of problems 7
1.2 Objectives 7
1.2.1 Aim 7
1.2.2 General objectives 7
1.3 Significances 8
1.4 Limitations 8
CHAPTER 2
LITERATURE REVIEW
2.1 Thermal application of solar energy 9
2.2 Electrical application of solar energy 11
2.3 Factors affecting the efficiency of solar cells 19
2.4 Types of solar PV modules 20
2.5 Components of PV system 22
2.6 Rays transmission from sun 25
2.7 Solar angles 27
CHAPTER 3
MATERIALS AND METHODS
3.1 Materials 29
3.1.1 DC Motor 29
3.1.2 Light dependent resistor (LDR) 30
3.2 Methodology 33
3.2.1 Theoretical framework 33
3.2.2 Study design 35
3.3 Solar tracking system 36
3.4 Mathematical calculations 42
3.4.1 Solar calculations 42
3.4.2 Torque calculation 44
3.5 Design 45
3.5.1 Mechanical design 45
3.5.2 Electrical design 47
CHAPTER 4
RESULTS AND EVALUATION
4.1 Experiment results 49
4.2 Analysis 52
CHAPTER 5
CONCLUSION AND RECOMMENDATION
5.1 Conclusion 53
5. 2 Recommendation 53
LIST OF TABLE
Table 1: solar Energy production by countries 6
Table 2: Types of concentrator 11
Table 3: Photovoltaic array output for sunny bright day 49
Table 4: LDR output for cloudy day 50
Table 5: LDR output for bright day 51
LIST OF FIGURE
Figure 1: Layers of solar PV module 3
Figure 2: Photoelectric effect in PV cell 12
Figure 3: I-V Curve of solar cells 15
Figure 4: Pictorial form of PV panel 18
Figure 5: Pictorial presentation from solar cell to solar array 19
Figure 6: Types of solar cells 20
Figure 7: Solar design configuration 25
Figure 8: Earth’s energy budget 26
Figure 9: Low speed high torque DC Motor 12V/14RPM 29
Figure 10: RDR characteristics 39
Figure 11: A Light speed dependent resistor 32
Figure 12: Schematic diagram of single-axis solar tractor/ double-axis solar tractor 33
Figure 13: Variation in Trajectory of Sun from winter to summer 34
Figure 14: Sample flow chart of tracking system with component 35
Figure 15: Study design process 36
Figure 16: Power comparism of dual-axis, single-axis and fixed-axis mode 38
Figure 17: Sun path diagram for Dhulikhel 39
Figure 18: Algorism for tracking 41
Figure 19: Mechanical view of solar tracking system 45
Figure 20: Circuit diagram 48
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APA
O., N. J. (2023). , Design and Construction of Solar Tracking System for Optimum Solar Panel Positioning . Michael Okpara University of Agriculture. Retrieved June 7, 2026, from http://repository.mouau.edu.ng/works/-design-and-construction-of-solar-tracking-system-for-optimum-solar-panel-positioning-7-2
MLA
O., NNODIM JERRY. ", Design and Construction of Solar Tracking System for Optimum Solar Panel Positioning ." Michael Okpara University of Agriculture, 15 Aug. 2023, http://repository.mouau.edu.ng/works/-design-and-construction-of-solar-tracking-system-for-optimum-solar-panel-positioning-7-2. Accessed June 7, 2026.
Chicago
O., NNODIM JERRY. ", Design and Construction of Solar Tracking System for Optimum Solar Panel Positioning ." Michael Okpara University of Agriculture (2023). Accessed June 7, 2026. http://repository.mouau.edu.ng/works/-design-and-construction-of-solar-tracking-system-for-optimum-solar-panel-positioning-7-2