Solar Photovoltaic Systems - Technical Training Manual
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manuel Dec 2002 ; 123 pages
Aut. Herbert Wade
Ed. UNESCO - Paris
Téléchargeable sous format: PdF
(7 320 ko)
Téléchargeable chez l'éditeur
Abstract:
The toolkit consists of two companion volumes – Solar Photovoltaic Systems: Technical Training Manual and Solar Photovoltaic Project Development.
This toolkit provides comprehensive training material on the management and maintenance of PV systems. It contains comprehensive technical, educational and geographical coverage and includes a complete course in PV applications for rural electrification on three levels: instructor, senior technician and field technician. The toolkit is based on experience gained in the Pacific, where solar photovoltaics and rural electrification were pioneered in the 1970s and 1980s. Contents:
Chapter 1: Solar photovoltaic systems 1
A general description of PV systems comparing them with rainwater collection systems.
Chapter 2: Electricity 7
Fundamentals of dc electricity voltage, current, resistance, power and energy. A comparison of dc electricity with water flow.
Chapter 3: Photovoltaic panels 21
The characteristics of solar photovoltaic panels and what needs to be done to maximize their output.
Chapter 4: Controllers 29
The devices that control the flow of electrical energy to and from the battery. How they work and their characteristics.
Chapter 5: Batteries 35
Batteries as used with photovoltaic systems. The different types, their characteristics and their care.
Chapter 6: Wiring 47
Selecting the proper wire and connecting the PV components together.
Chapter 7: Appliances 65
Appliances for use with solar PV systems for the home.
Chapter 8: Photovoltaic–powered refrigerators 73
The basic mechanical refrigeration cycle and how it operates from PV power. Characteristics of PV-powered refrigerators and their care.
Chapter 9: System sizing 83
Procedures for sizing PV systems to meet a particular electrical load. The effect of load, solar energy availability, battery characteristics, panel output and system losses on panel size.
Chapter 10: Maintenance 95
Keeping PV systems fully operational through preventive and repair maintenance requirements, procedures and scheduling.
Chapter 11: Troubleshooting and repair 101
Determining the cause of PV system failures and their repair.
Glossary 111
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