The growth of PV technology

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Table of contents

1. INTRODUCTION
2. OBJECTIVES AND GOALS
3. METHOD OF ATTACK
4. ENERGY USE IN ETHIOPIA
4.1. SOLAR ENERGY RESOURCE
4.1.1. Solar energy resource for the study area
4.2. RURAL ELECTRIFICATION IN ETHIOPIA
4.2.1. Rural Electrification in Ethiopia using Solar PV as an Energy Sources
5. PV BASED RURAL ELECTRIFICATION
5.1. THE GROWTH OF PV TECHNOLOGY
5.2. PV BASED RURAL ELECTRIFICATION IN SUB-SAHARAN AFRICA COUNTRIES
5.3. BENEFITS OF SOLAR PV BASED RURAL ELECTRIFICATION
5.4. SOLAR HOME SYSTEMS (OFF GRID PV) FOR RURAL ELECTRIFICATION
5.4.1. Solar PV Module
5.4.2. Batteries
5.4.3. Charge controller
5.4.4. Inverters (converters)
6. PV BASED RURAL ELECTRIFICATION IN REMA VILLAGE
6.1. VILLAGERS ATTITUDE TOWARDS PV BASED ELECTRIFICATION
6.2. THE IMPACT OF USING PV AND ITS PROSPECTIVE IN SOCIO ECONOMIC DEVELOPMENT OF THE VILLAGE
6.3. THE PRESENT STATUS OF SOLAR PV FROM THE CUSTOMERS AND TECHNICIANS
6.4. SOLAR PV FOR SCHOOLS
6.5. SOLAR PV FOR HEALTH CLINICS
6.6. SOLAR PV FOR DRINKING WATER
6.7. SOLAR PV FOR TELECOMMUNICATION
7. ENERGY SYSTEMS IN REMA VILLAGE
7.1. ENERGY SYSTEMS IN MIXED AND AGRICULTURE ONLY HOUSEHOLDS
7.1.1. Existing Energy system in Mixed and Agriculture only Households
7.1.2. Energy demand in Mixed and Agriculture Only Income Households
7.2. ENERGY SYSTEMS IN SMALL SCALE BUSINESS CENTERS
7.2.1. Existing Energy Systems in Small Scale Business Centers
7.2.2. Energy Demand in Small Scale Business Centers
7.3. ENERGY SYSTEMS FOR PUBLIC SERVICES
7.3.1. Energy Demand for Rema Higher Primary School
7.3.2. Energy Demand for Rema health clinic
8. HOMER OPTIMIZATION OF ENERGY DEMAND
8.1. HOMER OPTIMIZATION RESULTS
8.1.1. Existing Household energy system before PV system
8.1.2. Existing Household Energy system after PV installation
8.1.3. HOMER Optimization Results for the village energy demand
9. DISCUSSION
9.1. THE IMPACT OF PV BASED ELECTRIFICATION FOR SOCIOECONOMIC DEVELOPMENT IN REMA VILLAGE
9.2. SOLAR PV FOR CLIMATE MITIGATION AND ADAPTATION IN REMA VILLAGE
9.3. SUSTAINABILITY OF PV BASED RURAL ELECTRIFICATION IN REMA VILLAGE
10. CONCLUSION
11. RECOMMENDATION AND FUTURE WORKS
12. REFERENCES
13. APPENDICES
13.1. QUESTIONNAIRES
13.2. ENERGY SUPPLY, CONSUMPTION AND INDIGENOUS ENERGY RESOURCES IN ETHIOPIA
13.3. DAILY SOLAR RADIATION FOR ALEM KETEMA
13.4. HOMER MODELING S
13.5. SPECIFICATION OF LAPTOPS FOR THE SCHOOL
13.6. SPECIFICATION FOR SOLAR PV MODULES
13.7. SPECIFICATION FOR BATTERIES
13.8. SPECIFICATION FOR INVERTERS