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Oct
02

 

 

 

The time is right to go off-grid.  Turn your home

into a solar powered home now!

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Think of all the reasons to become energy self-sufficient:

  • Worldwide financial turmoil puts you at risk of losing your job or having your income and savings reduced overnight
  • International political turmoil causes scarcity of fuel and inflation in the price of heating oil and electricity
  • Climate change causes global peril

Be wise and prudent.  Provide for your future.  Protect yourself, your home and your family.  Turn your home into a solar powered home now.  Or get your power from windmill electricity.

Now, a professionally-installed solar power retrofit can cost tens of thousands of dollars.  Sure, you’ll save on electricity.  But you’ll be using the money you save to pay for the upgrade.

There’s another way.  A better way.

Give yourself the satisfaction of doing your own retrofit.  Take pride in retrofitting your own solar powered home.  Why pay thousands to get solar panels installed when . . .

. . . You can make your own home a
solar powered home for less than $200! 

With Energy4Earth, you get all the support you need to retrofit your own home into a solar powered home.  Step-by-step plans to guide you in the fool-proof process of becoming energy self-sufficient.  You get

  • Detailed Plans with Complete Diagrams and Charts
  • Step-by-Step Instructions
  • Informative, Easy-to-Follow Video
  • All the clear, concise information you need to build a home solar panel yourself!

But that’s not all.  With Energy4Earth, you not only get everything you need to make a home solar panel. . . 

As an extra bonus you get detailed plans to make residential wind turbines.

. . . You can make your own
residential wind turbines for less than $150!

Make today your energy independence day.  Take action now to be energy self-sufficient and energy secure.  But don’t delay.  Earth4Energy has a limited time offer. 

Don’t just save on energy, save on the DIY package, too!  Originally priced at $246.  Order today for $49.97!

 

 

  • nyit students make a solar difference – event: 2007 solar decathlon location: national mall, washington dc, 10.12-20.07. organizers: us department of energy’s office of energy efficiency and renewable energy. nyit architecture students matthew mathosian, architecture team …

  • are nuclear power plants safe? – i have had a number of very interesting and challenging conversations with students about environmental issues this year. my podcast with one of the leadership jumpstart teams, paws focused on their environmental efforts and we plan to …

 

Nov
09

A windmill converts wind power into other types of energy in a three-stage process.  First the wind blows.  Then the wind causes the blades of the windmill to rotate, resulting in mechanical energy.  The mechanical energy causes a shaft to rotate inside an alternator, creating friction which can be converted by an electrical generator to electricity.  At least, that is how wind turbines are currently used.  Of course, for centuries, wind power was used to pump water.

We face innumerable crises today.  An economic crisis causes people to try to save money and live a sustainable life-style wherever they can; an environmental crisis propels individuals to look into ways to generate electricity that don’t cause environmental harm; and geo-political circumstances cause forward-looking people to seek ways to generate power without being dependent on the willingness of other nations to provide petroleum.

The windmill may be a solution to all three of those crises.  Once installed, it is easy and economical to maintain, and in the right situation can provide power for years as cheaply as the wind blows.

You should be aware, however, that the success of a windmill installation requires two physical requirements.  First, the windmill should be installed on a piece of land at least an acre in size.  Without that much space, it is unlikely that the windmill will be able to capture enough wind power for the windmill to work.  Buildings located too near to a windmill blocks the wind and diminishes its likelihood of successful operation.  And second, the wind in the area should maintain a constant speed of at least 11 miles per hour.  Otherwise, the blades of the windmill will not rotate with sufficient speed to generate electricity.

A windmill is made of the following components:

  • Blades: Typically made of wood or plastic, blades catch the wind and rotate, creating mechanical energy which is then turned into electricity. 
  • Tower: Usually made of poly-vinyl chloride, the tower is the pillar that holds the wind turbine system high enough to be able to use the wind.
  • Shaft: The shaft joins the blades to the tower securely but loosely enough to permit them to rotate.  It fits into the alternator and rotates, creating friction that turns the mechanical energy into electricity.
  • Base: As you might expect, the base of the windmill is the foundation that holds the tower and the blades.


Ready-to-install windmill kits are available online and in some home stores.  Since it is essential for any windmill to suit the space available and for all components to be appropriately sized to work together.  Consult an expert for advice in these matters.

To learn more about installing residential wind turbines, visit Earth4Energy.

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To read more about powering your home with alternative energy, read:

Nov
04

Windmills are cropping up everywhere on the landscape.  Here in the midwest, where there are lots of big, open, flat spaces, it is becoming more and more common to see windmill farms when traveling on the road.  A windmill farm is usually a patch of a more conventional farm that has windmills erected on it.  Usually, the windmills are placed there by energy companies under an agreement with the farm owner.  The windmill electricity generated by the windmills is owned by the energy company and the farmer is compensated for the company’s use of the land.

You can see windmills in other places, too.  A single wind turbine may provide windmill electricity for a farm house or other residence on a large piece of land.  There are even experiments with wind turbines on top of apartment buildings in urban environments.

Installing a windmill may have a considerable upfront cost but after a successful installation it saves money for the rest of its useful life.  There are certain ideal conditions, of course, and the installation of the windmill must be completed correctly.

If the initial cost of installing the windmill is a deterrent to converting to windmill electricity, a homeowner can turn it into a do-it-yourself project.  Of course, there are certain important considerations to take into account before attempting a project like that. 

First, a DIY windmill requires a good, clear and detailed plan.  It should take into consideration the output of windmill electricity that is desired.

Secondly, use sturdy components.  It may be stating the obvious, but keep in mind that the windmill will be withstanding high winds.  The components must be strong enough to stand up to the wind.  That is not to say that the components need to be new, however.  DIY’ers have successfully built and operated windmills with sturdy used components.

Thirdly, educate yourself about what is available on the market.  Always take into consideration the amount of output desired, the physical site in question and the budget.

If you are ready to proceed, you should take the following tips into consideration when you are choosing your windmill plans:

  • Make sure the plans have clear, detailed illustrations.  Your plans should be detailed with respect to each component used in the windmill.  You should have both illustrative and textual descriptions of each component and advice about choice of components taking your site into consideration.
  • Make sure the plans are written in reader-friendly language.  You don’t have to be an engineer to install a windmill.  But if you aren’t an engineer, you need plans that are written for lay people.
  • The guide should provide information concerning where and how to find components in your area.

Windmill electricity is not an appropriate choice for every site.  And installing a windmill as a do-it-yourself project may not be the best choice for everyone.  But under the right circumstances, it can be a great money-saving idea.  If you are interested in learning more about windmill electricity and building home wind turbines as a do-it-yourself project, be sure to visit Earth4Energy.

To read more about residential wind turbines, take a look at these stories: