Stand Alone Home Electricity Supply System Using Solar Energ
发布时间：2020-12-11 17:49
Now a day’s electricity is one of the basic necessities of mankind.As the demand of electricity is thriving day by day,there is need to exploit renewable sources of energy.Considering the home appliances,my thesis "stand alone home electricity supply system using solar energy" will help to power extraction from solar panel the utilizing that power for the electricity requirement of load.Bangladesh is one of those regions where the electricity crisis in everywhere.About 20%of the total population...
【文章来源】：江西理工大学江西省
【文章页数】：122 页
【学位级别】：硕士
【文章目录】：
Abstract
Acknowledgement
Chapter 1 Introduction
Introduction
1.1 Background
1.2 Motivation
1.3 Objective
1.4 Thesis Scope
1.5 Present energy scenario in Bangladesh
1.6 Solar Energy
1.7 Comparison of solar cell made in different technology
1.8 Efficiency of solar cell
1.9 Solar efficiency made in different technologies
1.10 How a PV System Work
1.11 PV Panels
1.12 Batteries
1.13 PV Array Mounts
1.14 Array Orientation
1.15 Grounding
1.16 Power Consumption（Load）
1.17 Efficiency
1.18 Safety
1.19 System Voltage
Chapter 2 Literature Review
Introduction
2.1 Solar Power
2.3 Solar evaporation
2.4 Photovoltaic（PV） systems
2.5 Low and high voltage disconnection
2.6 Specific gravity
2.7 System design and installation
2.8 Energy flow control modules
2.9 Hill tracts solar electrification project
2.10 Different sizes PV system
2.11 Super-efficient DC appliances for solar home system
2.12 PV cells
2.13 Control strategies
2.14 Multi-objective design of standalone hybrid systems
2.15 Energy sharing
2.16 Modeling of battery storage system
2.17 Time-series meteorological data
2.18 Economic sustainability and environmental impact of power generation
Chapter 3 Research Methodology
Introduction
3.1 Study of areas
3.2 Data collection methods
3.3 Solar PV System
3.4 Intermittent natures of renewable energy sources
3.5 Security of supply
3.6 Components of a solar power system for standalone operation
3.7 Control of energy source
3.8 Energy management and power regulation system
3.9 Renewable energy matching and power smoothing
3.10 Control strategy and energy management
3.11 Challenges for the fully renewable energy based standalone powersystem technologies
3.12 System design
3.13 Battery sizing
3.14 Array Sizing
3.15 Determine the number of modules
3.16 Working principle of controller
3.17 Types of charge controller
3.18 Selection of charge controller
3.19 Charge controller current rating
3.20 Charge controller voltage setting
3.21 Rating of controller set point
3.22 Charge controller evolution
3.23 Selection of inverter
3.24 System wiring
3.25 Wire selection
Chapter 4 Result and Calculation
Introduction
4.1 Site Selection
4.2 Power generation system design utilizing renewable sources
4.3 Power system design parameter
4.4 Power system economic parameter
4.5 Technical input data for system design
4.6 Economic evaluation using HOMER software
4.7 Calculation
Chapter 5 Conclusion
References
本文编号：2910968
【文章来源】：江西理工大学江西省
【文章页数】：122 页
【学位级别】：硕士
【文章目录】：
Abstract
Acknowledgement
Chapter 1 Introduction
Introduction
1.1 Background
1.2 Motivation
1.3 Objective
1.4 Thesis Scope
1.5 Present energy scenario in Bangladesh
1.6 Solar Energy
1.7 Comparison of solar cell made in different technology
1.8 Efficiency of solar cell
1.9 Solar efficiency made in different technologies
1.10 How a PV System Work
1.11 PV Panels
1.12 Batteries
1.13 PV Array Mounts
1.14 Array Orientation
1.15 Grounding
1.16 Power Consumption（Load）
1.17 Efficiency
1.18 Safety
1.19 System Voltage
Chapter 2 Literature Review
Introduction
2.1 Solar Power
2.3 Solar evaporation
2.4 Photovoltaic（PV） systems
2.5 Low and high voltage disconnection
2.6 Specific gravity
2.7 System design and installation
2.8 Energy flow control modules
2.9 Hill tracts solar electrification project
2.10 Different sizes PV system
2.11 Super-efficient DC appliances for solar home system
2.12 PV cells
2.13 Control strategies
2.14 Multi-objective design of standalone hybrid systems
2.15 Energy sharing
2.16 Modeling of battery storage system
2.17 Time-series meteorological data
2.18 Economic sustainability and environmental impact of power generation
Chapter 3 Research Methodology
Introduction
3.1 Study of areas
3.2 Data collection methods
3.3 Solar PV System
3.4 Intermittent natures of renewable energy sources
3.5 Security of supply
3.6 Components of a solar power system for standalone operation
3.7 Control of energy source
3.8 Energy management and power regulation system
3.9 Renewable energy matching and power smoothing
3.10 Control strategy and energy management
3.11 Challenges for the fully renewable energy based standalone powersystem technologies
3.12 System design
3.13 Battery sizing
3.14 Array Sizing
3.15 Determine the number of modules
3.16 Working principle of controller
3.17 Types of charge controller
3.18 Selection of charge controller
3.19 Charge controller current rating
3.20 Charge controller voltage setting
3.21 Rating of controller set point
3.22 Charge controller evolution
3.23 Selection of inverter
3.24 System wiring
3.25 Wire selection
Chapter 4 Result and Calculation
Introduction
4.1 Site Selection
4.2 Power generation system design utilizing renewable sources
4.3 Power system design parameter
4.4 Power system economic parameter
4.5 Technical input data for system design
4.6 Economic evaluation using HOMER software
4.7 Calculation
Chapter 5 Conclusion
References
本文编号：2910968
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