GrantRobertson
Well-known member
OK, here is what I have so far as to an outline for a book on solar-electric systems for vans and RVs. As you will see, there are some sections that aren't fleshed out at all. Not because I don't know what to put there, but mostly because my brain got tired working on the outline. My psych meds are now doing to me what all my past friends used to complain about: Making my brain get tired much sooner than it used to just a few months ago. I am posting what I have anyway, so people can look it over and offer suggestions. The numbers for the paragraphs are just to make it easier to discuss. They will change with each iteration, as things are added or rearranged. I will also discuss the content of each individual topic in its own separate thread, rather than all in this one thread. That way they will still be useful for people reading and searching the forum. So, this thread is just for discussing the outline.
Introduction/Overview
1. This section will be a quick run-through of all the major parts of the system and what they do, in the order they show up on a basic circuit diagram of the whole thing.
2. In the rest of this book, I don't try to explain every detail of every system at the same time. It is just too much information to take in at one time and it can get a little jumbled in your head. Instead, I explain the various components first. Then I show you how they work together. Finally, I show you how to connect them up so they actually work together. Rather than explain things in the order they would appear on a circuit diagram, I have organized things in a way that makes it easiest to understand and learn. For instance: You can't understand wire-sizing requirements without understanding current and resistance. Nor can you understand the need for those wire-sizing requirements without first understanding what is connected to each end.
3. At the end of each part, I will provide a summary with much more detail than this overview, to help you tie it all together.
Part One - Understanding the System
1. Electricity Basics
a. Voltage
b. Current
c. Resistance
d. Power
e. Time (Watt Hours & Amp Hours)
f. Series vs. Parallel
i. Resistance
ii. Current
iii. Voltage
iv. Power
v. Amp Hours
2. Sources of Electricity
a. Solar
i. How Solar Cells Work
ii. How Solar Cells are Made
iii. Basic Characteristics of Solar Cells
1) Standard Test Conditions
2) Voltage
3) Amperage (Current)
4) Wattage (Power)
iv. Types of Solar Cells
1) Amorphic
2) Polycrystalline
3) Monocrystalline
b. Alternator
c. Generator
d. Wind
e. Shore Power
3. Storing Electricity
a. Lead-Acid Batteries
i. How Lead Acid Batteries Work
ii. Design Characteristics
1) Maximum Cold Cranking Amps
2) Maximum Deep-Cycle Life
3) Combination
iii. Form Factors
iv. Flooded
1) Charging Characteristics
2) Discharging Characteristics
3) Electrical Maintenance
4) Physical Maintenance
5) Storage Requirements
v. AGM
1) Charging Characteristics
2) Discharging Characteristics
3) Electrical Maintenance
4) Physical Maintenance
5) Storage Requirements
b. Lithium
i. How Lithium Batteries Work
ii. Design Characteristics
iii. Charging Characteristics
iv. Discharging Characteristics
v. Electrical Maintenance
vi. Physical Maintenance
vii. Storage Requirements
c. Battery Configurations
d. Mixing Battery Types
4. Getting Electricity Into the Batteries
a. Matching the Battery's Charging Characteristics
b. Simple Chargers (Converters)
c. Charge Controllers
i. Shunt Type
ii. Pulse Width Modulated (PWM)
iii. (MPPT)
d. Combination Units
e. Using More Than One Source of Electricity
f. Monitoring the Process
5. Getting Electricity Out of the Batteries
a. Matching the Batteries' Output Abilities
b. Inverters
c. DC-DC Converters
d. Monitoring your Usage
6. Moving Electricity Around
a. This chapter is about considerations about the system wiring and how to choose the correct wire. Installing the wire will be covered in Part Three.
b. Moving it In
i. Connecting Solar Panels to Charge Controllers
ii. Connecting Alternators to your system
iii. Bringing in Shore Power
c. Connections Between Charging System, Batteries, and Inverters
i. Battery Configurations
ii. Connecting Chargers and Charge Controllers to Your Battery Bank
iii. Connecting Inverters to Your Battery Bank
d. Moving it Out (Wiring Your Rig)
i. 120 VAC
1) General Wiring Rules and Guidelines
2) Shore Power Only System
3) Inverter-Based System
4) Using the Inverter-Based System when on Shore Power
ii. 12 VDC
1) Limiting Wire Run Lengths
iii. Controlling Phantom Power Use
7. Systems Summary
a. A detailed summary of the topics covered in Part One, tying them all together.
Part Two - Designing the System
1. Sizing Your System
2. Planning for Growth
3. Laying Out the System
a. Arranging Solar Panels
i. Avoidance of Shadows
b. Battery Placement
c. Equipment Placement
d. Roof Penetrations
e. Wire Runs
Part Three - Installing the System
Part Four - Using the System
1. A Day in the Life
2. When the Sun Needs a Little Help
Part Five - Showing Off Your System
1. Case Studies
Appendices
1. Ancillary Electrical Components
a. Wire and Wire Types
i. Solid
ii. Stranded
b. Switches
c. Fuses
d. Breakers
e. Transfer Switches
f. Junction Boxes
g. Buss Bars
h. Lugs
i. Connectors
2. Tools Needed
3. Test Equipment
4. Maintenance Summary
a. Maintenance Chart
Introduction/Overview
1. This section will be a quick run-through of all the major parts of the system and what they do, in the order they show up on a basic circuit diagram of the whole thing.
2. In the rest of this book, I don't try to explain every detail of every system at the same time. It is just too much information to take in at one time and it can get a little jumbled in your head. Instead, I explain the various components first. Then I show you how they work together. Finally, I show you how to connect them up so they actually work together. Rather than explain things in the order they would appear on a circuit diagram, I have organized things in a way that makes it easiest to understand and learn. For instance: You can't understand wire-sizing requirements without understanding current and resistance. Nor can you understand the need for those wire-sizing requirements without first understanding what is connected to each end.
3. At the end of each part, I will provide a summary with much more detail than this overview, to help you tie it all together.
Part One - Understanding the System
1. Electricity Basics
a. Voltage
b. Current
c. Resistance
d. Power
e. Time (Watt Hours & Amp Hours)
f. Series vs. Parallel
i. Resistance
ii. Current
iii. Voltage
iv. Power
v. Amp Hours
2. Sources of Electricity
a. Solar
i. How Solar Cells Work
ii. How Solar Cells are Made
iii. Basic Characteristics of Solar Cells
1) Standard Test Conditions
2) Voltage
3) Amperage (Current)
4) Wattage (Power)
iv. Types of Solar Cells
1) Amorphic
2) Polycrystalline
3) Monocrystalline
b. Alternator
c. Generator
d. Wind
e. Shore Power
3. Storing Electricity
a. Lead-Acid Batteries
i. How Lead Acid Batteries Work
ii. Design Characteristics
1) Maximum Cold Cranking Amps
2) Maximum Deep-Cycle Life
3) Combination
iii. Form Factors
iv. Flooded
1) Charging Characteristics
2) Discharging Characteristics
3) Electrical Maintenance
4) Physical Maintenance
5) Storage Requirements
v. AGM
1) Charging Characteristics
2) Discharging Characteristics
3) Electrical Maintenance
4) Physical Maintenance
5) Storage Requirements
b. Lithium
i. How Lithium Batteries Work
ii. Design Characteristics
iii. Charging Characteristics
iv. Discharging Characteristics
v. Electrical Maintenance
vi. Physical Maintenance
vii. Storage Requirements
c. Battery Configurations
d. Mixing Battery Types
4. Getting Electricity Into the Batteries
a. Matching the Battery's Charging Characteristics
b. Simple Chargers (Converters)
c. Charge Controllers
i. Shunt Type
ii. Pulse Width Modulated (PWM)
iii. (MPPT)
d. Combination Units
e. Using More Than One Source of Electricity
f. Monitoring the Process
5. Getting Electricity Out of the Batteries
a. Matching the Batteries' Output Abilities
b. Inverters
c. DC-DC Converters
d. Monitoring your Usage
6. Moving Electricity Around
a. This chapter is about considerations about the system wiring and how to choose the correct wire. Installing the wire will be covered in Part Three.
b. Moving it In
i. Connecting Solar Panels to Charge Controllers
ii. Connecting Alternators to your system
iii. Bringing in Shore Power
c. Connections Between Charging System, Batteries, and Inverters
i. Battery Configurations
ii. Connecting Chargers and Charge Controllers to Your Battery Bank
iii. Connecting Inverters to Your Battery Bank
d. Moving it Out (Wiring Your Rig)
i. 120 VAC
1) General Wiring Rules and Guidelines
2) Shore Power Only System
3) Inverter-Based System
4) Using the Inverter-Based System when on Shore Power
ii. 12 VDC
1) Limiting Wire Run Lengths
iii. Controlling Phantom Power Use
7. Systems Summary
a. A detailed summary of the topics covered in Part One, tying them all together.
Part Two - Designing the System
1. Sizing Your System
2. Planning for Growth
3. Laying Out the System
a. Arranging Solar Panels
i. Avoidance of Shadows
b. Battery Placement
c. Equipment Placement
d. Roof Penetrations
e. Wire Runs
Part Three - Installing the System
Part Four - Using the System
1. A Day in the Life
2. When the Sun Needs a Little Help
Part Five - Showing Off Your System
1. Case Studies
Appendices
1. Ancillary Electrical Components
a. Wire and Wire Types
i. Solid
ii. Stranded
b. Switches
c. Fuses
d. Breakers
e. Transfer Switches
f. Junction Boxes
g. Buss Bars
h. Lugs
i. Connectors
2. Tools Needed
3. Test Equipment
4. Maintenance Summary
a. Maintenance Chart