Posts tagged "home wind turbine"

Home Wind Turbine

WindEnergy7.com – Home Wind Turbines, We patented the home wind turbine kit for people to easily install and deploy a home wind turbine. Home wind turbines for business, farm, and residential. Our home wind turbine is a precision machined and well balanced home wind turbine. Our patented rooftop home wind turbine kits have hybrid wind technology. We invented the only rooftop home wind turbine that’s safe and quiet for your home, certified in every state to 130mph. WindEnergy7 LLC is an Ohio based manufacturer of home wind turbine kits that are sold online. We hold patents for our home wind turbine inventions, home wind turbine kits that make rooftop wind possible. We have a growing dealer network of individuals in the US who use our home wind turbines, an installed base stretching from Hawaii to Massachusetts, Canada, Europe. Many customers have found it easy to become customer/dealers with our home wind turbine training. Our home wind turbine systems all qualify for the IRS 30% small wind tax credit which pays for 30% of your home wind turbine and installation costs.

Home Wind Turbine Slashes Energy Costs And Protects Our Environment

Home wind tubine is a smart and alternative form of energy. It comes with a whole host of benefits including being the least expensive form of new energy source.

As technology improves, the costs to build wind turbine will continue to decrease. This is extremely essential to take note of as the bulk of the money you will be spending is in manufacturing.

The long and short of it is after you’ve gotten your wind turbine up and in position, it requires a minimum amount of money to maintain. And don’t forget, wind power is completely free.

Home wind turbines provide for a sustainable and clean source of energy. Carbon dioxide emissions are a thing of the past, which is a great help to the climate.

Turning to wind energy is a no brainer as it can’t be depleted like natural resources.

By now you’re probably wondering just how a home wind turbine works.

Here’s a bit of an idea of what you’ll be getting yourself into.

A home wind turbine, typically positioned on top of a tall tower, takes in kinetic energy from the wind. It then converts that energy into usable electricity that is compatible with your home’s electrical system.

Wind power will be served at the same time by your wind turbine and your local utility company. Here’s why – if the wind speeds dip below cut-in speed (7-10 mph), you won’t get any output from the turbine.

To make up for the deficit, you will need to purchase additional electricity from your power company.

As the wind begins to speed up, the wind turbine output grows. What you need to purchase from your utility company will be decreased.

Now at this point, when the wind turbine generates more power than your household needs, the extra electricity is sold back to your power company. Don’t worry, all this will take place automatically.

Needless to say, you won’t need batteries in order to operate your home wind turbine.

Know this – the exact amount of cash you’ll save will depend on several factors: how much it costs you to build the system, how much electricity you use regularly and more importantly the average wind speed at your home.

However, you can expect your wind turbine to lower your electricity bill between 50-90 percent. What it boils down to is a monthly power bill of less than $15 for at least nine months of the year.

Seriously, you can see that getting your own home wind turbine is right on the money. Think about what this means. The environmental effects along with the tremendous financial savings will truly have a dramatic impact on your life as well as the planet.

How Much Energy Are You Able To Generate With Home Wind Turbines?

Home wind turbines have different efficiencies at different wind velocities. Wind turbines are “most” efficient in a wind speed that is about 30 miles per hour. A home wind turbine functioning in a 10 miles per hour wind will have a much lower efficiency.

A good rule of thumb is to measure the average wind velocity where you live (or look it up) and compare this wind velocity to the energy conversion efficiency that the product manufacturer specifies. So, if your average wind velocity is 20mph, you can look up how the wind turbine functions at 20 miles per hour. The graph aquired from the manufacturer may also be listed in watts per square meter, in which case you will need to convert.

Once you know the efficiency of your wind turbine, you can go about calculating how much energy you are able to produce from your turbine. Lets say that the efficiency of your turbine is 20% at 20 miles per hour. You will need to use a conversion chart to convert from miles per hour to watts/square meter. Or, you can use the formula .0006*V^3 to find the watts per square meter, where velocity is measured in meters per second. A wind velocity of 20 miles per hour is equal to 600 watts per square meter.

The next step is calculate the “area” of your wind turbine. This can be achieved using the length of one of the turbine blades as the radius of a circle and then calculating for the area that circle. Once, you know the area of your turbine in square meters, you can find out how many watts it can produce by multiplying the watts per square meter, by the area. Divide this number by 1000, to convert to kilowatts. Then multiply by the number of hours in a month (720) to convert to kilowatt hours.

The number of kilowatt hours the wind turbine produces in a month is the total amount of energy you will produce each month. If you plan on storing the energy in batteries, you will lose some energy. The conversion rate for storing energy in lead acid batteries is about 84%. So, you can multiply your total energy produced by 84% to get the “effective energy.”

How Much Energy Are You Able To Generate With Home Wind Turbines?

Home wind turbines have different efficiencies at different wind velocities. Wind turbines are “most” efficient in a wind speed that is about 30 miles per hour. A home wind turbine functioning in a 10 miles per hour wind will have a much lower efficiency.

A good rule of thumb is to measure the average wind velocity where you live (or look it up) and compare this wind velocity to the energy conversion efficiency that the product manufacturer specifies. So, if your average wind velocity is 20mph, you can look up how the wind turbine functions at 20 miles per hour. The graph aquired from the manufacturer may also be listed in watts per square meter, in which case you will need to convert.

Once you know the efficiency of your wind turbine, you can go about calculating how much energy you are able to produce from your turbine. Lets say that the efficiency of your turbine is 20% at 20 miles per hour. You will need to use a conversion chart to convert from miles per hour to watts/square meter. Or, you can use the formula .0006*V^3 to find the watts per square meter, where velocity is measured in meters per second. A wind velocity of 20 miles per hour is equal to 600 watts per square meter.

The next step is calculate the “area” of your wind turbine. This can be achieved using the length of one of the turbine blades as the radius of a circle and then calculating for the area that circle. Once, you know the area of your turbine in square meters, you can find out how many watts it can produce by multiplying the watts per square meter, by the area. Divide this number by 1000, to convert to kilowatts. Then multiply by the number of hours in a month (720) to convert to kilowatt hours.

The number of kilowatt hours the wind turbine produces in a month is the total amount of energy you will produce each month. If you plan on storing the energy in batteries, you will lose some energy. The conversion rate for storing energy in lead acid batteries is about 84%. So, you can multiply your total energy produced by 84% to get the “effective energy.”

Use Home Wind Turbine And Home Solar Power System To Increase Your Estate Value

There is a real estate benefit to build your own solar panel and wind turbine to reduce your home’s energy consumption. If your home is on the market and you are not getting any responses from the buyers, it might be possible that your energy bills are too high. This is why you should consider about installing solar and wind power systems.

First, you personally will save money if you can cut your energy bills. Second, you can show prospective buyers your actual energy bills after building solar panels. The proof will be evident that your house is energy efficient. You will therefore have the before-and-after electric bills to attract potential buyers.

Solar panels and home wind turbines power will differentiate your home if it is on the market from other homes on the street that may be for sale at this time. Most people perceive that solar panels are expensive, and therefore, a home with solar energy is up-to-date and valuable into the future.

If you have an external garage or utility building that does not have great electrical service, install solar panels on them to increase the usability of these buildings. Solar panels and windmills can make the buildings useful for the whole year if you have installed simple ceramic heaters that do not draw much electricity that are run with renewable energy.

Most large greenhouses are heated with wood exterior furnaces as they are reliable. If you are considering operating a greenhouse with solar and wind energy, plan ahead for the placement of the greenhouse for maximum solar coverage for the panels. Also construct windmills as a backup system if possible.

If the exterior building has a large roof and you can extend your homes electrical service to it by including the building in your grid. The excess energy can often be sold to the power company if your state allows “net metering”. Image this as you build several solar panels on the old barn as a cash-crop to be sold to the electric company!

If “net metering” has not been passed in your state, become active in renewable energy legislation to make lawmakers aware of the need. For the political cause of solar and wind energy, vote “green” because “net metering” will bring money into your pocket.