75 HOW TO EBOOKS SOLAR ENERGY 4 EARTH WIND POWER ON CD

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Learn how to build solar cells, panels and arrays to form a free energy system that will take you off the power grid. 

Learn how to build a windmill and how to use it in your free energy system. 

Learn how to heat your hot water with solar water heating.

 

Learn how to combine the windmills, solar panels and to make hybrid free energy systems to power your home or business.

Why throw thousand of dollars per year away with high power bills when you could be living of the grid by harnessing the power of the sun, wind to power your home or business or even your car.

People are getting off the power grid all over the world by using solar power, wind power and taking back their independents from the power company. So why not learn to do it yourself (DIY) and save yourself money. In the process you will be helping the environment by using a renewable energy that helps us all by making our planet a greener place.

My e-books will empower you and teach you how to make solar cells, wire them into solar panels and how to arrange them into solar arrays to form a solar energy system to power your home or business. They will also teach you how to make windmills that can either be add into your solar system to form a hybrid power system or used on their own to produce power.

In today’s modern world solar systems, windmills, and can be constructed and used in any climate or temperature and or region using basic tools and skills. The skills you will learn from our copyrighted alternative energy e-books collection.

You get 75 e-books that cover the following subjects.

The basics of solar cells and panels and how they work.

Solar cell coatings and films.

How To Make Solar Cells.

How to make solar panel.

Battery Installation and Wiring for different voltages

How to interconnect your solar panels to form a PV system and wiring your solar system.

How to wire solar arrays.

Wiring selection and performance.

Maintaining your solar system.

Building solar integrated homes.

How to monitoring your solar system.

                                                                    
How to setup your solar panels, solar arrays to get the maximum solar energy exposer (Angle of Incidence), (Angle of Inclination) and placement areas such as on your home, business, barns, recreational vehicles.

Also Covers Power Consumption Information, Components of a System, Solar Modules, Trackers & Mounts, Charge Controllers, Inverters, Battery Chargers, Batteries, Monitors, Cabin Example Systems, Genverter Example Systems, Residential Example Systems, Powerline Example Systems.
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How to build a windmill from the ground up and even how to make shore based windmills and floating platform windmills. This includes how to wire these windmills.

                        

After you have your free energy system working you can also sell power back to the utility company from the extra power your wind or solar energy system produces.

                               

As a bonus you also get my e-books with how to details on the construction of solar heating panels and systems and instructions on passive solar heating and design for homes. You will also learn how the maintenance and operation of these systems.

Included in this package is a worldwide directory of solar suppliers and manufactures in the case you want someone to construct your solar system for you instead of you building it yourself.

Also you will get links to build the following items:

How to MAKE PV Solar Panels Cheaply 

Do It Your Self Small Solar Panel 

Solar Panel From Broken Solar Cells 

Solar Battery Charger 

Universal Solar Charger 

Solar Power System 

Making A Portable Solar Lantern 

Solar powered Water fountain 

Solar Thermal Water Heater 

Build your own flat panel solar thermal collector 

Solar Car Battery Charger 

How to make a six-dollar Solar Fan 

How to make a radio run off of solar power for less then five dollars 

How to make your Gameboy solar powered 

How to make a Solar powered bike light 

How to make a small solar generator system 

Making a play station portable solar charger

And links to 12 of my solar energy articles

Below are some terms that will help you understand solar energy.

Alternative Energy: 
A popular term for "non conventional" energy systems usually on a smaller scale and includes solar electric systems, wind generator systems, and small hydroelectric systems.

Amorphous Semiconductor: 
A non crystalline semiconductor material for solar cells also called thin film. Easier and cheaper to make than crystalline semiconductors for solar cells, but also less efficient.


Angle of Incidence: 
For solar energy systems, the angle at which direct sunlight strikes the surface of the solar panel relative to perpendicular. Sunlight with an incident angle of 90 degrees is the most efficient. 


Angle of Inclination: 
For solar energy systems, the angle that a solar array is positioned above horizontal. (90 degrees would be vertical). A general rule of thumb is to set the angle of a solar array to the latitude +/- 15 degrees. 


Anode: 
The positive electrode or connection of an electrolytic cell or semiconductor device. 


Anti reflection Coating: 
A thin coating of a material applied to a photovoltaic cell that reduces the reflection of light striking its surface. 


Solar Array: 
Any number of solar photovoltaic modules or panels connected together to provide a single electrical output.


Solar Cell: 
The basic unit of a photovoltaic solar panel. A 12-volt solar panel typically has 36 individual cells; a 24-volt solar panel uses 72 cells.


Conversion Efficiency (solar panel): 
The ratio of the energy produced by a photovoltaic device to the energy received or consumed expressed as a percentage. Solar panels are typically 9% to 14% efficient.


Electrical Grid: 
An large integrated system of electricity distribution from centralized locations to individual homes and businesses.


Green Power: 
A popular term for energy produced from clean, renewable energy resources such as wind, solar, or hydro electric systems.


Grid Tie System: 
An independent electrical power system that is connected to the utility grid so that power can be supplied by the grid when needed and fed back into the grid during excess power production.


Hybrid System: 
A renewable or alternative energy system that uses two different sources for power, such as wind generators and solar photovoltaic arrays together to produce electricity.


Solar Module: 
A number of individual solar cells connected together in an environmentally protected housing producing a standard output voltage and power. Multiple modules-panels can be assembled into an array for increased power and/or voltage.


Net Metering: 
Using a single meter to measure usage and generation of electricity by customers with a wind or solar power energy system. The net energy used or produced is either purchased from or sold to the power company.


One Axis Tracking: 
A solar tracking system that moves in only 1 direction or axis generally following the sun in its arc across the sky from east to west.


Open Circuit Voltage (Voc): 
The maximum possible voltage across a photovoltaic cell or module in sunlight when no current is flowing.


Ovonic: A device (solar cell) 
that converts sunlight directly into electricity, invented by Standford Ovshinsky.


Solar Panel:

A solar photovoltaic device composed of groups of individual solar cells connected in series, in parallel, or in series-parallel combinations to produce a standard output. See 'module'.


Photovoltaic Array: 
A group of solar photovoltaic modules connected together to increase voltage and/or power to the level required for a given system.


Renewable Energy: 
Energy from sources that are not easily depleted such as moving water (hydro, tidal and wave power), biomass, geothermal energy, solar energy, wind energy, and energy from solid waste treatment plants.


Ribbon Cells (Photovoltaic):
A type of solar photovoltaic device made by pulling material from a molten bath of photovoltaic material, such as silicon, to form a thin continuous sheet of material.


Solar Energy: 
Electromagnetic energy transmitted from the sun (solar radiation). The amount that reaches the earth is equal to one billionth of total solar energy generated, or the equivalent of about 420 trillion kilowatt-hours.


Solar Module (Panel): 
A number of individual solar cells connected together in an environmentally protected housing producing a standard output voltage and power. Multiple modules/panels can be assembled into an array for increased power and/or voltage.


Stand Alone Inverter: 
An inverter that operates independent of any utility company grid or electric transmission and distribution network. 


Stand Alone System: 
An system that operates independent of any utility company grid or electric transmission and distribution network. 


Tilt Angle (of a Solar Array): 
The angle at which a solar array is set to face the sun relative to a horizontal position and is usually adjusted seasonally due to the changing declination of the sun.


Tracking Solar Array: 
A solar array that follows the path of the sun during the day to maximize the solar radiation it receives. A single axis tracker tracks the sun east to west and a two-axis tracker tracks the daily east to west movement of the sun and the seasonal declination movement of the sun.


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