| Page # | Page Title | Status |
1
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Symbols used in the book | done, ***** |
2
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Power symbols: track the distribution grid | done, ***** |
3
|
Solar power: the generation grid | done ***** |
4
|
Solar electrical parts | done |
5
|
Combiner box parts | |
6 |
Mounting systems | |
7 |
Typical Wiring Diagram | |
8 |
(TITLE) History of the Grid | |
9 |
Intro: Ben Franklin | |
10 |
Michael Faraday | |
11 |
Thomas Edison 1 | |
12 |
Thomas Edison 2 | |
13 |
Tesla/Westinghouse 1 | |
14 |
Tesla/Westinghouse 2 | |
15 |
Appliance Proliferation | |
16 |
Grid Overlapping | |
17 |
Deregulation | |
18 |
Distributed Generation | |
19 |
Panel Placement: Overview | |
20 |
Panel Placement: Orientation and Magnetic Declination | |
21 |
Panel Placement: Shadow Factors | |
22 |
(Tangent) Networks of Electrical Energy | |
23 |
Solar Network Neighborhood | |
24 |
Electrical Basics - Amps, Volts, Watts. | |
25 |
Blank Page :: Rules on Wire sizing | |
26 |
Blank Page :: Rules about Conduit Running | |
27 |
Classic Conduit Runs | |
28 |
(TITLE) Inverters | |
29 |
Grounded Conductor (a) | |
30 |
Ungrounded Conductor (b), code recap | |
31 |
Grounding Electrode Conductor, Grounding Conductor | |
32 |
AC Lines, Data Monitoring, Recap. | |
32 |
Inverter Placement | |
33 |
(TITLE) Array - Inverter Matching | |
34 |
Determining Max and Minimum Panel Numbers Based on region | needs clarity |
35 |
More Determining Max / Minimum Panels | |
36 |
Series and Parallel Circuits | |
37 |
Case Study: The Robinsons | |
38 |
Case Study: Petersons | |
39 |
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40 |
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41 |
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42 |
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43 |
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44 |
(UNWRITTEN): STC | |
45 |
System Derating Factors | |
46 |
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47 |
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48 |
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49 |
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50 |
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51 |
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52 |
Grid Parity | needs new graph, accuracy |
53 |
Installation Procedure: Meet and Greet | |
54 |
Installation Procedure: Building, Mounting Structure | |
55 |
Roof Mount Inspection Factors | |
56 |
Roof Mount Inspection Checklist | |
57 |
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58 |
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59 |
Panel Shading: Blocking Diodes | |
60 |
String Wiring Logistics - Separating Strings Based on Shade | |
61 |
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62 |
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63 |
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64 |
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65 |
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66 |
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66 |
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67 |
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68 |
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69 |
Dangers of Solar Electricity | |
70 |
Preventing Electrocution | |
71 |
Principles Of Solar | |
72 |
Fire Safety For Solar Electricity | |
73 |
Structural Safety: Proper Under-Suppoprt | requires engineer, needs clarity |
74 |
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75 |
A Case For Solar Modules | |
76 |
A Case For Solid State Inverters | |
77 |
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78 |
(TITLE) Exercises | |
79 |
Array Sizing and String Sizing Example | |
80 |
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81 |
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82 |
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83 |
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84 |
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85 |
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86 |
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87 |
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88 |
Definitions: Words Underlined In Blue. | |
89 |
(TITLE) Power Tablecharts | |
90 |
Troubleshooting 1: Inverter down (Earth Fault) | |
91 |
Finding a Ground Fault 1 | |
92 |
Finding a Ground Fault 2 | |
93 |
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94 |
(TITLE) Panel Dimensions | does not need to be a title |
95 |
Manufacturer / Panel Dimension, note on sizing panels for roof | |
96 |
Spacing Caused By Mounting Systems | |
97 |
What is a KwH | |
98 |
Irradiance | needs scientist, questions. |
99 |
(TITLE) Tables | |
100 |
Power Consumption Table | |
101 |
Panel Efficiency Table | unfinished |
102 |
Production Formula | |
103 |
Daily Production Value Estimate | |
104 |
(TITLE) Forumla | might scrap |
105 |
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106 |
Transformers Formula | |
107 |
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108 |
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109 |
Solarian Imaginary Solar Panels For Exercises | |
110 |
Disclaimer, Scope and Focus | |
111 |