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Solar Electricity Handbook: A Simple Practical Guide to Solar Energy - Designing and Installing Photovoltaic Solar Electric Systems 2014 8th Revised edition [Minkštas viršelis]

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  • Formatas: Paperback / softback, 202 pages, aukštis x plotis x storis: 235x191x10 mm, weight: 357 g, black & white illustrations
  • Išleidimo metai: 09-Dec-2013
  • Leidėjas: Greenstream Publishing
  • ISBN-10: 1907670394
  • ISBN-13: 9781907670398
  • Formatas: Paperback / softback, 202 pages, aukštis x plotis x storis: 235x191x10 mm, weight: 357 g, black & white illustrations
  • Išleidimo metai: 09-Dec-2013
  • Leidėjas: Greenstream Publishing
  • ISBN-10: 1907670394
  • ISBN-13: 9781907670398
Introducing Solar Energy 5(10)
Who this book is aimed at
6(1)
The rapidly changing world of solar energy
6(1)
Solar electricity and solar heating
7(1)
The source of solar power
7(1)
The principles of solar electricity
8(1)
Understanding the terminology
9(1)
Setting expectations for solar electricity
9(2)
Why choose a solar electric system?
11(1)
Cost-justifying solar
11(1)
Solar power and wind power
11(1)
Fuel cells
12(1)
Grid-tied solar electric systems
12(1)
Solar electricity and the environment
12(2)
In conclusion
14(1)
A Brief Introduction to Electricity 15(4)
Don't panic
15(1)
A brief introduction to electricity
15(1)
How to measure electricity
16(1)
The relationship between volts, amps, ohms, watts and watt-hours
16(2)
A word for non-electricians
18(1)
In conclusion
18(1)
The Four Configurations for Solar Power 19(6)
Stand-alone/off-grid
19(1)
Grid-tie
20(1)
Grid-tie with power backup (grid interactive)
21(1)
Grid fallback
22(1)
How grid-tie systems differ from stand-alone
23(1)
In conclusion
24(1)
Components of a Solar Electric System 25(6)
Solar panels
25(1)
Batteries
26(1)
Controller
27(1)
Inverter
27(1)
Electrical devices
27(1)
Connecting everything together
28(2)
In conclusion
30(1)
The Design Process 31(2)
Short-cutting the design work
31(1)
Solar energy and emotions
32(1)
In conclusion
32(1)
Scoping the Project 33(8)
Designing grid-tie or grid fallback systems
33(2)
Fleshing out the scope
35(1)
Producing a power analysis
36(2)
When you are ready to proceed
38(1)
Calculating inefficiencies
38(1)
When do you need to use the solar system?
38(1)
Keeping it simple
39(1)
Improving the scope
39(1)
In conclusion
40(1)
Calculating Solar Energy 41(14)
What is solar energy?
41(8)
Solar panels and shade
49(1)
Solar array power point efficiencies
50(1)
The effects of temperature on solar panels
51(2)
Working out an approximate cost
53(1)
Working out dimensions
54(1)
In conclusion
54(1)
Surveying Your Site 55(12)
What we want to achieve
55(1)
First impressions
56(1)
Positioning the solar array
56(2)
Identifying the path of the sun across the sky
58(2)
Shading
60(3)
Future proof your system
63(1)
Positioning batteries, controllers and inverters
64(1)
Cabling
64(1)
Site survey for the holiday home
65(1)
In conclusion
66(1)
Understanding the Components 67(8)
Common components for all systems
67(1)
Solar panels
67(5)
Solar panel mountings
72(1)
Solar array cables
73(1)
Fuses and isolation switches
73(1)
Ground fault protection
74(1)
Components for Grid-Tie systems 75(10)
Grid-tie solar panels
77(1)
Grid-tie inverters
78(7)
Components for Stand-Alone Systems 85(24)
Calculate your optimum voltage
85(2)
How to calculate your current
87(1)
Calculating cable thicknesses
87(2)
Mixing and matching solar panels
89(2)
Batteries
91(6)
Solar controller
97(2)
Inverters
99(2)
Cables
101(1)
Plugs and sockets
102(1)
Appliances
102(4)
Reputable brand names
106(1)
Shopping list for the holiday home
106(2)
In conclusion
108(1)
Planning, regulations and approvals 109(6)
National and international standards for solar components
109(1)
Installation regulations
110(1)
Getting your electricity supplier involved
110(1)
Solar grants and selling your power
111(2)
In conclusion
113(2)
Detailed Design 115(19)
Safety is designed in
115(4)
Solar array design
119(4)
Batteries
123(1)
Specifics for a grid fallback system
124(1)
Circuit protection
124(1)
Cable sizing and selection
125(3)
Some sample wiring diagrams
128(2)
The next step
130(1)
Solar frame mounting
130(2)
Positioning batteries
132(1)
Planning the installation
133(1)
In conclusion
133(1)
Installation 134(11)
Have you read the instructions?
134(1)
Safety
134(4)
Assembling your toolkit
138(1)
Preparing your site
138(1)
Testing your solar panels
138(1)
Installing the solar array
139(1)
Installing the batteries
140(1)
Installing the control equipment
141(1)
Installing a grid-tie system
142(1)
Commissioning the system
142(1)
Charging up your batteries
143(1)
Connecting your devices
143(1)
In conclusion
144(1)
Troubleshooting 145(6)
Keep safe
145(1)
Common faults
145(1)
Excessive power usage
145(1)
Insufficient power generation
146(1)
Damaged wiring/poor connections
147(1)
Weak battery
148(2)
Inverter issues
150(1)
Maintaining Your System 151(2)
Internet Support 153(2)
Tools available on the website
153(2)
A Final Word 155(1)
Appendix A Crystalline Solar Panels and Shading 156(5)
Types of obstruction
157(1)
Designing shade-tolerant solar systems
157(3)
Other options
160(1)
If all else fails
160(1)
In conclusion
160(1)
Appendix B Solar Insolation 161(22)
Understanding this information
161(22)
Appendix C Typical Power Requirements 183(2)
Household and office
183(1)
Garden and DIY
184(1)
Caravans, boats and recreational vehicles
184(1)
Appendix D Living Off-Grid 185(3)
A solar electric system in conjunction with grid electricity
186(2)
Appendix E Other Solar Projects 188(4)
Grid fallback system/ grid failover system
188(1)
Portable solar power unit
189(1)
Solar boat
190(1)
Solar shed light
190(1)
Solar electric bikes
191(1)
Appendix F Building Your Own Solar Panels (and Why You Shouldn't) 192(3)
Index 195