Contents & References of Photovoltaic system simulation for optimal design and maximum profitability
List:
. 1
Chapter One: Solar Energy
1-1- Getting to know the types of power plants. 2
1-1-1- Diesel power plant. 3
1-1-2- gas power plant. 4
1-1-3- Bukhari power plant. 5
1-1-4- Combined cycle power plant. 7
1-1-5- hydropower plant. 7
1-1-6- Nuclear power plant:. 9
1-1-7- Reserve pump power plant. 11
1-1-8- Solar power plant. 11
1-1-9- Wind power plant. 12
1-1-10- geothermal power plant. 13
1-1-11- Jazr and Madi hydro power plant. 14
1-1-12- Wave power plants. 15
1-1-13- Magneto Hydro Dynamics (MHD) power plants. 16
1-1-14- Biomass power plants. 16
1-1-15- Combined power plants producing electricity and thermal energy. 17
1-2- Solar cells. 18
1-3- Systems 18. 1-4- Introduction of solar energy. 24- 1-5- Solar energy panels. 25- 1-7- Introduction of solar radiation components. 26
Chapter 2: Thermal-electrical systems
2-2- Heliostatic power plant (central receiver system) 29
2-2-Advantages of central receiver power plants. 2-2-2- The main parts of heliostatic power plants. 30
2-2-1- Heliostat.
2-2-1- Mirrors
2-2-1-2- Metal structure and foundation. 31
2-2-2- Central receiving system. 32
2-2-2-3- heat transfer system. 33
2-2-2-3-1- Using water as a fluid. 33
2-2-2-3-2- Using nitrate salt as a fluid. 33
2-2-2-4- thermal energy storage system. 34
2-2-3- Introducing the quantity of reference time. 34
2-2-3-1- The importance of correctly choosing the reference time in a solar power plant. 34
2-2-4- Important parameters in choosing the location of the heliostatic power plant. 35
2-3- Solar power plants of linear parabolic collector type. 35
2-3-1- The main parts of the solar power plant of the linear parabolic collector type. 36
2-3-2- The advantages and disadvantages of solar power plants of the linear parabolic collector type. 36
2-4- Solar power plants with hot air power tower system. 37
2-4-1- Advantages and disadvantages of solar power plants with hot air power tower system. 38
2-5- Solar power plant with cold air power tower system. 38
2-5-1- Advantages and disadvantages of solar power plants with cold air power tower system. 39
2-6- Solar pool power plants. 39
2-6-1- Advantages and disadvantages of solar pool power plant. 40
2-7- Solar power plant with plate collectors. 40
Chapter three: What are solar cells?
3-1- Introduction. 42
3-2- History of solar cells. 42
3-2-1- Reasons for needing a solar cell. 43
3-3- Types of solar cells. 43
3-3-1- single crystal cells. 43
3-3-2- polycrystalline cells. 43
3-3-3- amorphous silicon. 43
3-4- How does silicon make a solar cell? 44
3-5- CSI silicon crystal. 45
3-6- Group three and five technologies. 45
3-7- Multiple equipment with high productivity. 46
3-8- Making solar cells. 46
3-9- Advanced solar cells. 46
3-10- Dissection of a cell. 46
Chapter Four: Photovoltaic Systems
4-1- Introduction of the photovoltaic phenomenon. 49
4-2- Introduction of photovoltaic systems and the advantages and disadvantages of these systems 51
4-2-1- Advantages of electricity production using photovoltaic systems. 51
4-2-2- Disadvantages of photovoltaic systems. 51
4-3-Use of photovoltaic systems. 51
4-4- Getting to know the different parts of a complete photovoltaic system. 52
4-5- Efficiency of solar cells. 52
4-6- The effect of increasing ambient temperature on the electrical characteristic parameters of the solar cell. 53
4-7- The effect of changing the amount53
4-7- The effect of changing the amount of energy absorbed from the sun in the electric characteristic curve of the solar cell. 53
4-8- Increasing the efficiency of photovoltaic cells. 54
4-9- Components of photovoltaic systems. 55
4-9-1- Solar panel or module. 55
4-9-2- Adjuster. 55
4-9-3- Energy storage unit in photovoltaic systems. 55
4-9-4- output voltage regulator. 56
4-9-5- Voltage inverter 56
4-10- Classification of photovoltaic systems in terms of how to supply the consumer load. 57
Chapter Five: Analysis of dynamic thermal model of photovoltaic module using electrical circuits
Abstract. 59
5-1- Introduction. 59
5-2- Photovoltaic module thermal model. 61
5-3- Thermal model coefficients. 62
5-3-1- Received solar energy. 62
5-3-2- Produced electrical energy. 63
5-3-3- heat transfer. 63
5-3-3-1- Heat transfer by radiation method. 64
5-3-3-2- heat transfer by displacement method. 64
5-3-3-3- heat transfer by conduction method. 65
5-3-4- Thermal capacity. 65
5-4- Electric equivalent circuit. 66
5-5- Simulation. 67
5-6- Conclusion. 74
Chapter 6: Calculation of the electrical parameters of the photovoltaic cell considering the thermal dynamic model
Abstract. 75
6-1- Introduction. 76
6-2- Thermal model of photovoltaic module. 77
6-2-1-Cell receiving power. 78
6-2-2- Power losses. 78
6-2-3- Thermal capacity. 79
6-3- Photovoltaic module heat exchange. 80
6-4- The effect of temperature on the electrical characteristics of the PV module. 80
6-5- Simulation. 82
6-5-1- Mattei model 82
6-5-2- Ulleberg model. 82
6-6- Conclusion. 89
Resources. 90
Source:
Abolfazl Jalilund, Hossein Kurd, Ahmad Rouhani. "Design, control and energy management of hybrid photovoltaic-wind-fuel cell system for off-grid applications". Zanjan University.
Hamid Khoshnazi. "Using photovoltaic system to supply electricity to TV stations". The 6th National Energy Conference. 22 and 23 Khordad 1386
Samira Manshipour, Farid Khalafi. "Necessity of localization of solar electricity (photovoltaic) technology in the country". The first national renewable energy conference, Islamic Azad University, Takestan branch. August 16, 1987
Shaghaig Yousefi, Mohsen Parsa Moghadam, Reza Dashti. "Evaluating the impact of distributed generation systems on the performance of electricity distribution networks with a case study of photovoltaic generators". The 6th National Energy Conference. 22 and 23 Khordad 1386
Mojtabi Rasouli Kohi, Mohammad Taghi Zafaranchizadeh, Peyman Kanaan. "Economic evaluation of solar photovoltaic power plant construction in Iran". The 24th International Electricity Conference. Tehran, November 88.
Mohammed Taleghani. "Successful examples of using solar cells in Japanese architecture". Architecture and Construction Magazine.
Morteza Sultan Dehghan. "Nano science and nano structures used in the production of solar and photovoltaic fuels". National Laboratory of Renewable Energy. Department of Chemistry and Biochemistry.
Mossadegh Sojodi, Taghi Sami, Tina Sojodi, Rahim Maddaf, Masoud Safarzadeh. "Effect of accelerated electron beam on photoelectric properties of AlGaAs-GaAs solar cells". The 24th International Electricity Conference. Tehran, November 2018.