Making A Windmill

DIY WINDMILL ELECTRICITY ...

How To Make A Windmill - Making Green For The Planet And For Your Wallet

Author: John Warner

Are you familiar with windmills? A windmill is a device that converts the wind power into a functional energy. Many homeowners know how to make a windmill that can be used to supply power for their homes. And they practically set up windmills to help them save electricity.

So, how does windmill work? Well, the blades spin around whenever the wind blows and once the blades rotate faster, they begin to produce useful energy, such as electricity.

Learning how to make a windmill can help produce another source of energy. This move is not just good for your pocket but for the conservation of the environment as well.

The different parts of a regular windmill include the base, the nacelle, the wind blades, and the tower. A nacelle is a gearbox that assists the rotation of the blade.

1. The base - In comparison to the other parts of the windmill, the base should be reasonably stronger and heavier. A 5-feet high windmill should have an 18-square inch base and should weigh at least 20 pounds. You can use concrete or sandbag to make this base.

2. The nacelle - Typically, the nacelle of a windmill holds a gearbox, but for the basic types, a plain shaft can be used for linking all the windmill's blades to its tower, which aids in the rotation of the blades. A sound advice for people who want to build an effective windmill is to buy your building plans online. These plans can produce a towering windmill that has a hi-tech blades and nacelles.

3. The blades - The blades that are used to build a windmill are somewhat akin to the blades in an airplane's propeller and these are used for getting the wind energy. For a home windmill, you can just make use of light plastic or wood for making the wind blades. Remember, the size of the wind blades will depend on the size of the windmill's base and tower. If for example your windmill is 5-feet tall, then the length of the wind blades should be roughly 1 to 3 feet.

4. The tower - The basic windmill can have a height of just 5 feet and its material should be a strong plastic like the PVC piping, or better yet any stronger material.

The advantages of building a home windmill are innumerable.  Maybe you are tired of casting your money away every month just to provide sufficient power to your home. Well, through setting up a windmill at home, you could reduce your electric bills, and may even earn money from electric companies if you generate more energy than you are consuming at home. Yes, the electric companies will actually pay you. So, you see, you will reduce your monthly electric dues and you will save a lot of money for that.

Other than saving money, you will also be making a big difference in the planet that we live on.  Because you are using a natural energy to produce electricity, you are contributing to our environment by lessening the pollution and harmful gases that are coming from the mechanical sources of energy.

Lastly, many people are learning how to make a windmill each year, because they want to start producing their own electricity at home. With the growing popularity of windmill power generators, the power consumption savings would be big and that would be a great help in any nation.

Article Source: http://www.articlesbase.com/diy-articles/how-to-make-a-windmill-making-green-for-the-planet-and-for-your-wallet-2476481.html

About the Author

Want to learn more about how to make a wind generator or windmill? We can help. Get more tips and advice by clicking here: Build Your Own Wind Generator.

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10 Responses to Making A Windmill

  1. SATERO says:

    My best guess would be that while maintenance was being undertaken, perhaps checking bearings and gearing, the windmill was being back fed from the grid to enable the investigation under controlled conditions

  2. jshod says:

    why would a new energy making windmill be turning with no wind?
    Local energy company in maple grove, mn has a windmill that produces electricity. Last night I noticed driving by that it was turning with good force like it was really windy, but there was no wind.

  3. Jay says:

    Recheck your numbers. My utility is a participant in a wind farm using 1.3 MW turbines. They cost close to $1.5 million each, weighed over 53 tons for the generator assembly plus 12 tons for the blade/hub assembly and sit on top of a 200′ tower.

    Kilowatt maybe (1,000W), instead of megawatt (1,000,000W)?

    That being said, try these:
    http://www.treehugger.com/files/2006/06/how_to_build_yo_1.php
    http://www.bwea.com/you/byo.html
    http://www.mdpub.com/Wind_Turbine/index.html

  4. Aniket G says:

    I m working on a project a big project on making 1mw windmill?
    so does anybody have idea which website would provide me all information on making a windmill for free. Please help me out

  5. Anonymous says:

    For a year two class as a science experiment they will be making a paper windmill?
    I am designing a worksheet for them and I need to have some good questions to do with the four process skills : observing, predicting, explaining and testing.
    Any ideas?

  6. zeebus says:

    How big of a windmill would you need to power a single home?
    I’m assuming you wouldn’t need a massive one, but do they make windmills for single-home usage? Where can you get them? How much do they cost?

  7. pumpitup says:

    What is the labor cost for making windmills?
    I have this insane project and I need to know this. I have looked forever and can’t find it. Please help. Also, if you think you know the answer please tell me where you got your information I need a reliable source.
    crap, yeah that’s what i meant wind turbines.

  8. georock1959 says:

    By windmaills, I assume you mean wind turbines for producing electricity. Most wind turbines are produced in Denmark, Netherlands, Germany, and USA which all have high labor costs – probably in the range of US $ 50-80 per hour including all benefits.

  9. jim m says:

    Well, before you go down that road you need to consider the average wind speed where you live. If it’s less than 10 mph, or you’re paying less than .10/kWh for electricity it’s not really a good move economically. Nationwide energy use in a home is about 800 kWh, so you’d need a 5 -15 kilowatt rated turbine. Check out this site, it has alot of info. http://www.awea.org/faq/rsdntqa.html#TurbineSizing

  10. Richard B says:

    what do you know about science?
    what is the class level? what is year 2?

    e-m me for more detailed discussion

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