With the world’s ever increasing demand of power being more than it’s supply, it is about time that concrete steps to save power. Apart from being conscious about the usage of power and water at home, one can employ pollution free and cost effective power solutions at our homes. Solar power solutions and wind energy electricity power solutions are the two of the most efficient solutions that can replace the conventional power solutions employed at our homes.

These solutions can help you combat power outages, reduce your electricity bills, and also help the environment.

This article will explore the cost effective wind energy electricity solution that you can employ at home.

Wind energy electricity solutions work best when the following conditions are met:

You have a house or farmhouse spread over a big area. Typically, wind power solutions are employed in areas that spread over an acre.

The average wind speed in your area is around 11 miles per hour. If you stay in a place that has little wind flow, your system will not work. Consult an expert before installing the wind power solution at home.

You need to draw water from exteral sources. You can install a wind power system even when you do not need to draw water from outside. However, if you need to draw water from outside on a regular basis, a wind power system offers the best solution.

Your house needs a lot of uninterrupted power supply. Combating those power outages is easy with the pollution free wind power systems. You need no longer worry about a break in your work because of a power uncertainty.

A typical wind power system comprises of a tower and five blades to churn out wind energy. The length of the wind tower varies depending on the location of your house. You may need a longer tower if you are in low wind zone; you can work with a shorter tower if you live by the beach. Using a wind generator, this wind energy can be converted into useful electrical energy to be employed at home for running various electrical appliances. You can even store the power generated for later use, making wind generators more efficient than convention power systems.

If you are confused with the wind power jargon, here’s a piece of information for you. The terms, wind mills, wind turbines, and wind generators are used to refer to the same machine.

Many people today have realized the dream of being completely off the grid by combining wind and solar energy. Small sized affordable wind generators are available today for the home user, and they are being combined with photovoltaic cells for power generation. It’s obvious that fossil fuel energy costs are going to keep on rising making it harder to afford getting power from the grid. The time is more than ripe for solar wind energy to be one of the solutions to rising energy costs, and to take us off of fossil fuel energy dependence.

Wind Turbines

Wind turbines are actually very simple machines. They consist of 3 parts: rotor blades, a shaft, and a generator. The rotor blades act like a propeller that turns the shaft when the wind flows through them. The shaft then turns the generator and a current is generated. About eighty-five percent of all off-grid systems use solar wind energy.

The new micro as well as mini wind turbines are very popular with sailors, and are now starting to be more popular with home owners in Europe and the UK. Mini turbines are very cost effective and will only cost about $1,500 to $2,500. They are perfect for generating electricity if you live off the grid in remote rural areas. It’s satisfying to think about having solar wind energy provide for all your energy needs and also knowing that you never have to depend on utility companies.

Photovoltaic Cells

The typical home solar power system consists mainly of these:

a)Photovoltaic Panels

b)Charge Controller Module

c)Batteries (optional)

d)Inverter

Photovoltaic panels convert sunlight into an electric current. The type of current generated by a photovoltaic panel array is DC or direct current. For this current to be usable in most common households, it has to be converted into AC or alternating current. That’s where the inverter comes in. It’s job is to convert DC into AC current.

Solar wind energy systems are also called hybrid energy systems because the use a combination of solar and wind power to generate electricity. The wind turbines are mostly used during the winter months (in the northern hemisphere) when the sun’s vertical rays are mostly directed toward the southern hemisphere, and days tend to be short and cloudy. During summer months, photovoltaic cells would supplement greatly along with the wind turbine.

By using hybrid solar wind energy systems, a homeowner has the option of using or omitting batteries for storage. Homeowners also have the choice of being “Grid-Tied” or “Net Metered”. This means that your solar wind energy system has the ability to provide electricity not only for your house, but the power company as well. This way, if your solar wind energy system generated more energy than was used, the energy can be sold back to the power company. When you’re selling energy back to the company, your power meter runs backward. The “net metered” system therefore is highly recommended. The grid also works as your “battery backup” when your hybrid solar wind energy system doesn’t provide for your power demands.

Net-metered systems are also recommended because they are easier to install, cost less, and offer better performance.

Even if you don’t live in a windy area, you can still supplement your current electricity supply by utilizing home wind power. The best part is by using do-it-yourself guides; even the least skilled handymen can build their own windmills and start using wind energy to lower their electric bills each month. However, if you do live in a particularly windy area you can feasibly generate an abundance of electricity from homemade wind turbine systems.

It is also conceivable to build several wind turbines to power your home wind energy system. Most of us have seen the pictures of the wind farms being built to supplement power to whole cities. This is a little much for a homestead, but even small dwellings can benefit from multiple smaller wind turbines. In many states, it is possible to sell the excess electricity you generate back to the utilities companies.

The very best part of integrating a home wind power system into your home or business is the environmental impact. It produces little to no pollution, no harmful greenhouse gases and no methane or carbon dioxide-which contribute to global warming. And of course the savings those homeowners can realize after their initial investment are the real bonus.

It is definitely worthwhile to learn more about renewable wind energy. By building your own wind turbines you can add needed dollars to your pocket and help the environment at the same time. Renewable wind energy. Free power from the wind. Sounds beautiful, doesn’t it?

It is safe to say that wind energy is essentially free energy. It comes from the heating effect of the earth’s surface by the sun. This heating effect is irregular because of the uneven surface of the earth. It therefore gives rise to airstreams that move between the cooler zones and the hotter zones. This is the wind that blows and that makes the blades on the wind turbines move and thus generate electricity.

Wind energy business model: financing of wind energy

In the nineteen eighties the wind energy generators that were installed typically showed a cost of 30 cents per kilowatt-hour period. This in itself was not a very attractive price compared to the conventional power generators that existed already. However over the last twenty years fossil fuel prices have gone up, and wind generation prices have come down. Today we see a reduction of almost 80 percent in the cost per kilowatt-hour thanks to these factors and the latest high technology wind turbine generators. 5 cents per kilowatt-hour is a common phenomenon now. This is clearly an extremely advantageous rate at which to pay for one’s electricity.

Further advantages favor wind energy compared to fossil fuels. Wind energy is easily harvested on farms and ranches, which have an abundant supply of this free energy source. Wind energy is available to anyone who lives in an area where the wind blows. There are no imports necessary or even possible from foreign countries. This is a great difference compared to fossil fuels where importing large quantities of such fuels is a normal if unfortunate occurrence. Fossil fuels of course also are highly polluting and not a renewable source of energy.

To make sure that the wind energy generation can be done in a profitable and effective manner, it is necessary to select a site with certain minimum criteria. Wind speed, for example, which is directly correlated to the amounts of electricity that can be generated, must be at least 5m per second in this case.

Improving the financials for wind energy even further

A wind energy developer applying utility financing to wind energy power plants can already generate wind power for as low as 5 cents per kilowatt-hour from a standard 50 MW wind power plant. However this price for kilowatt-hour can drop to as little as 3,5 cents, which is a 30 percent reduction. Wind power generation in this sense is even more attractive compared to say gas power plants and it is clear that wind power generation costs will continue to decrease in the coming years.

Save money and save the environment at the same time!

The environmental question of course is a very important one concerning wind energy and any other renewable energy source. Wind energy is clean. This is in comparison to say coal emissions from coal fired energy plants, which release very small dust particles into the atmosphere. These dust particles can have a serious sometimes fatal effect on human beings because of the cardiovascular and respiratory diseases that can be provoked. They may also result in a higher infant mortality rates for the same reason. Coal plants of course are also responsible for the production of greenhouse gases and the phenomenon such as acid rain. Use of coal power plants can be clearly linked to both a worsening visibility in the earth’s atmosphere and global warming.

Wind power now needs to be set-up with the long-term power generation contracts to solidify and consolidates market acceptance of this new and renewable energy source. The advantages that should allow this to happen include the minimum cost of life cycle for wind energy plants, because they have minimum operating expenses and no fuel purchase is necessary. Wind energy can be used and reused, but will never contribute to any of the pollution that is generated by the conventional fossil fuel power plants.

f you’re one of those people who every winter puts out 10,000 holiday lights or every summer keeps the air conditioning cold enough to make frozen treats on the kitchen counter – or whether you’re like everyone else who simply likes the modern convenience of electrical – then you should care about how we will generate electricity in the future.

We are in no danger of running out of coal, the primary fuel source for electricity generation in the US and many other parts of the world. And we could have as many new glowing nuclear power plants as we want. But the reality is that the pollution and safety impacts of these electricity-generating technologies forecast their necessary demise:

1) The problems with coal-fired power plants include sulfur (acid rain) and mercury pollution; coal-fired power plants are the biggest source of greenhouse gases in the world; and coal mining scars land and people alike.

2) Nuclear power plants are very clean in terms of emissions of typical pollutants, including carbon dioxide (the principal greenhouse gas), but the potential for accidents and terrorist strikes has most people doubting the wisdom of more nuclear power. And let’s not forget that we still don’t know what to do with the tons of long-term radioactive waste nuclear power plants produce.

So what does the future look like for electricity generation? We must start making major strides towards cleaner technologies like wind, solar, wave, and biomass. Today we talk about wind energy in an article that was adapted from materials made available by Lester Brown and the Earth Policy Institute.

People have been harnessing the power of the wind for centuries. The concept of wind energy is simple: the wind pushes against angled blades, causing them to move (much like the sail on a boat); the blades are attached to a hub and cause it to turn, which in turn can drive other components.

In olden days – back when wind-powered devices were called windmills – the turning motion of the hub was transferred to mechanical devices such as grist mills or groundwater pumps. graphic of wind turbines In a modern wind turbine, the hub drives an electrical generator and the output is electricity.

The modern wind turbine has come a long way in terms of sophistication, and the designs of today’s wind turbines are elegant and very efficient compared to wind turbines from even a decade or two ago. Designers have also solved some problems associated with early wind turbines, such as birds dying by flying into them. Additional advancements have been made in siting technology – wind turbines can also be sited off-shore now.

With wind-generated electricity, the principal production cost is the capital outlay for initial construction. Since wind is a free fuel, the only ongoing cost is for maintenance. Given the recent volatility of natural gas prices, the stability graph of wind power cost; shows cost has come down from 38 cents per kilowatt hour in 1982 to 4 cents per kilowatt hour in 2002 of wind power prices is particularly appealing. With the possibility of even higher costs of natural gas in the future, natural gas-fired plants may be used increasingly as backup for wind-generated electricity.

When the wind industry first began to develop in California in the early 1980s, wind-generated electricity cost 38 cents per kilowatt-hour. Since then it has dropped to 4 cents or less in prime wind sites. And some long-term supply contracts have been signed for 3 cents per kilowatt-hour. By 2020, many European wind farms will be generating electricity at 2 cents per kilowatt-hour, making it cheaper than all other sources of electricity.

Wind-generating capacity worldwide is growing at over 30% per year and has jumped from less than 5,000 megawatts in 1995 to 39,000 megawatts in 2003 – an increase of nearly eight-fold. The fossil fuel with the highest growth rate – natural gas – grew at just over 2% annually during the same period. Oil grew at less than 2% annually, and coal at less than 1%. Nuclear generating capacity expanded by 2% annually.

Wind is appealing for several reasons. It is abundant, cheap, inexhaustible, widely distributed, clean, and climate-benign – a set of attributes that no other energy source can match. When the US Department of Energy (DOE) released its first wind resource inventory in 1991, it pointed out that three wind-rich states – North Dakota, Kansas, and Texas – had enough harnessable wind energy to satisfy all of the nation’s electricity needs. Those who had previously thought of wind as a marginal potential source of energy obviously were surprised by this finding.

In retrospect, we now know that the 1991 data was a gross underestimate of the potential of this renewable energy source, because it was based on the technologies available in 1991. Advances in wind turbine design since then have enabled turbines to operate at lower wind speeds, to convert wind into electricity more efficiently, and to harness a much larger wind regime. Such advancement have perhaps tripled the amount of harvestable wind. Thus, while the DOE could say in 1991 that North Dakota, Kansas, and Texas had enough wind-energy potential to supply all national ELECTRICITY needs, we may now be able to say that they have enough harnessable wind energy to supply all national ENERGY needs. (See sidebar for more information.)

Once we get cheap electricity from wind, we have the option of electrolyzing water to produce hydrogen, which provides a way of both storing and efficiently transporting wind energy. At night, when the demand for electricity drops, the hydrogen generators can be turned on to build up reserves.

Once in storage, hydrogen can be used to fuel power plants, in much the same way that natural gas is used. This hydrogen can be used either as a backup for wind power or as an alternative to natural gas, especially if rising prices make natural gas prohibitively costly for electricity generation.

Hydrogen is also the fuel of choice for the fuel-cell engines that automakers worldwide are working on for our everyday vehicles. While hydrogen-powered vehicles may still seem far off in the future, if push comes to shove on the climate front – i.e. once it becomes more obvious that we must stop burning so much oil and pumping so much CO2 into the atmosphere – cars with gasoline-burning internal combustion engines could be converted to hydrogen.

Europe is leading the world into the age of wind energy, spurred in part by concerns about global warming. The record heat wave in Europe in August 2003 that scorched crops and claimed 35,000 lives has accelerated the replacement of climate-disrupting coal with clean energy sources.

The European Wind Energy Association projects that Europe’s wind-based electricity-generating capacity will nearly triple from 2003 to 2010. By 2020, wind-generated electricity is projected to satisfy graph of wind power capacity by country; shows a steady upward trend for all countries, with Germany leading, followed by Spain and the U S, then Denmark and India the residential needs of 195 million Europeans – half of the region’s population.

After developing most of its existing 28,400 megawatts of capacity on land, Europe is now tapping offshore wind resources as well. A 2004 assessment of Europe’s offshore wind-energy potential concluded that if Europe moves more aggressively to develop its vast offshore resources, wind could be supplying all of the region’s residential electricity by 2020.

Many countries in Europe are pushing hard to bring in more wind power. Here are a few examples.

1) The United Kingdom is requiring an investment of over $12 billion in off-shore wind farms that should satisfy the residential electricity needs of 10 million of the country’s 60 million people.

2) Tiny Denmark, which led Europe into the wind era with the development of its own wind resources, now gets an impressive 20 percent of its electricity from wind.

3) Germany overtook the United States in terms of wind-based generating capacity in 1997. Now Spain is close to overtaking the United States as well.

Europe’s leadership on wind energy has given it a major economic bonus: nine of the world’s ten leading wind turbine manufacturers are in three countries – enmark, Germany, and Spain. These happen to be the three countries that have had the strongest and most stable market incentives for developing wind energy.

In the US, wind power has grown 26% per year on average over the last 5 years, but the United States is lagging in the development of wind energy. This is not because we can’t compete technologically with Europe in manufacturing wind turbines, but because of a lack of leadership in Washington. The wind production tax credit of 1.5 cents per kilowatt-hour, which was adopted in 1992 to establish parity with fossil-fuel subsidies, has been permitted to lapse three times in the last five years, most recently at the end of 2003 when Congress failed to pass a new energy bill. Such uncertainties disrupt planning throughout the wind power industry.

The United States, with its advanced technology and wealth of wind resources, should be a leader in this field, but unfortunately it continues picture of wind farm to rely heavily on coal – a nineteenth century energy source – for much of its electricity at a time when European countries are replacing coal power with wind power.

Europe is not only leading the world into the wind age, it is also leading the world into the post-fossil fuel age – the age of renewable energy and climate stabilization. By demonstrating the potential for harnessing the energy in wind, Europe is unveiling the new energy economy for the rest of the world.
Lester Brown is founder and president of Earth Policy Institute. He has been described by the Washington Post as “one of the world’s most influential thinkers” and as “the guru of the global environmental movement” by The Telegraph of Calcutta. His most recent book is Plan B: Rescuing a Planet Under Stress and a Civilization in Trouble.

One final note about wind power. There are naysayers out there who claim that we would have to blanket the country with “wind-meels” to replace all our coal and nuclear plants. Don’t believe it. Remember that on a wind farm, the “footprint” of the operation – the turbine base plus the service roads – occupies only 5% of the land area. That makes wind power a perfect partner with open-space operations like farming and ranching.

And oh, by the way, our current electricity-generating technologies are blanketing the country with pollution!

Fuel prices went as high as $15 per thousand cubic foot as compared with previous years’ $5-$7 averages. This trend has alarmed various groups- like economists and environmentalist– and are now promoting energy and environmental advocacies. With the cost (and pollution levels) of traditional energy sources such as burning coal and other burnt resources being powerfully high, countries are forced to look at other, more reusable energy sources to meet their needs. Wind energy is cited to be one of effective alternative.

The use of alternative energy like wind energy has significantly increased in the present days. In fact, in South Africa, residential wind energy system is gaining popularity and usage. Wind energy is also being harnessed in places in Europe and North America.

Majority of forms of wind power generation are used by the people of Europe. Once the government gets fully on board with wind energy, it can certainly be a huge potential source of electricity for the entire country. Other countries in Europe are beginning to take notice as well, with estimates that over 50 million consumers could be obtaining wind powered electricity in the next 10 years.

Equipment Used In Wind Power Generation

We have what we call, shaft. This shaft actually creates the energy that is then stored or converted into electricity. Wind turbines turn with the wind, and then this turning generates enough momentum to charge energy storage cells (such as batteries).

Advantages Of Harnessing The Wind Energy:

1. Wind energy is also absolutely renewable, as it uses no fuel or other resources that can be expended.
2. If you are considering going green, wind is an energy model with a lot of positives.
3. Wind energy is cleaner, cheaper and more reusable than many of the current sources of energy used in this country.

Some Reason For Harnessing Wind Energy:

1. The bigger issue is getting them to generate enough energy at as low a price as possible to develop them a viable energy production platform.
2. Wind energy is available in practically any country, which means no reliance on foreign sources.
3. There are a number of reasons why wind power is part of our energy solution.

Generating Wind Power From Wind:

This process is natural and simple, but produces a outrageous amount of energy. This process is similar to hydro power with wind being used instead of water. We then transform it into usable electricity by catching it with wind turbines.

Some Tips For Generating Wind Energy:

1. Given this situation, ideal areas for wind farms are often along shorelines or in valleys funneling winds from the shore.
2. Shorelines serves fertile wind generation areas.
3. As a surface heats up, the air rises and cooler air rushes in to replace it.

As mentioned before wind energy is very environmental friendly. In the search for alternatives for fossil fuels this energy source turned out to be very lucrative. This energy source makes us less dependent on traditional fossil fuels. It is important to lessen the dependence on traditional fuels. There are many reasons why here we will inform you with the most important once. The traditional fuels are predominantly in the hands of countries in troublesome areas. Therefore you are not sure if the amount of crude oil you request will be delivered due to instability in the region. Also the price for these old fuels is increasing and the current reserves are diminishing. But most of all these old energy sources pollute our planet. But as always the beautiful story of wind energy has not only positive sides. Let’s look at some of negative points as well.

In the Netherlands a windmill park is located in the north of the country. Although the local people here were in favour of the windmills they changed their minds when the mills were actually placed. The residents were complaining about a constant noise during the night that could be compared to a 747 taking of. These complaints were not taking serious by the corporate business owners. Therefore the residents decided to research their complaints by the local university. The outcome of the research was that the residents were right and their complaints should be taken seriously. It turned out that the windmills produced more noise in the evening and night than during daytime due to a higher turbulence at night caused by very specific changes in the upper air layers. During the day there is less turbulence and the sounds that are produced by the windmills are diminished by the noise of local traffic and wind blowing through the trees. All specifics can be read in this paper: The Sound of High Winds: The Effect of Atmospheric Stability on Wind Turbine Sound and Microphone Noise by Frits van den Berg.

In Germany wind mills where placed in the North Sea. Although the location for this purpose is very good, the park doesn’t seem to produce the calculated amount of energy. The windmills often don’t work properly due to malfunction. Whilst the location is good and wind is blowing almost constantly the windmills often just don’t work. The mills were not moving at all and therefore not producing electricity. This project turned out to be very disappointing, but the project is still running and it is believed that it will function according to plan in the future.

In the United States in Vermont the local residents were opposed by the planning of a new wind turbine park. The locals felt that the wind towers would ruin their beautiful landscape. It is a landscape that many generations have fought to preserve and the current residents our proud of. It is hard to convince people to share their landscape with large wind towers that disturb these beautiful views. The plans for building the windmills in Vermont are of the table.

Although is it a good and economical of energy, wind energy is taking some real blows. The advantages are clear and the disadvantages are becoming clear as well. When placed in a surrounding where the landscape is cherished by the people who live there, one could argue not to place them because it might ruining the beautiful landscape and spoil the beautiful views. Locals and tourist would find these turbines just plain ugly. Also it should be kept in mind that wind turbines with these sizes can produce a lot of noise during the evening and night. Beside these considerations it has shown that wind energy is not always a big success and there is more progress to be made. Technically there are some steps to be made, but a lot of people are working hard in this. Let’s hope that wind energy is here to stay and we will find proper ways to utilise this form a way that we all can benefit from it.

There are Advantages and Disadvantages for Building Your Own Wind Energy System. Discover What They Are!

Like any other form of energy, wind energy has immediate and obvious advantages but also some drawbacks. Therefore any decision to install wind energy generators must take into account these different factors.

Wind machines and wind turbines can effectively generate energy as electricity for free as long as the wind is available. Because wind is free and renewable, wind turbines generate clean and renewable energy, which already gives it an immense advantage compared to be contaminating fossil fuel plants that have already done so much damage to the earth’s ecology. In addition modern technology means that wind turbines can automatically adjust their blades to maximize the use of wind even if the direction changes.

In different parts of the U.S., large wind energy installations are being created. In Texas for example the Horse Hollow wind energy center is already powering more than 220,000 homes in the neighborhood. This is done through the 421 wind turbines that are in the park. In addition to this, testing of wind turbines and wind machines can be done in places such as the wind park just off the coast of Cape Cod in Massachusetts. It is the first of its kind and likely to be a forerunner of many others.

The immense advantage of wind power that many people see is its cheapness once the initial installation has been made and the fact that using it does not depend on any imported fuel. This is a big advantage compared to fossil fuels such as oil, which the U.S. imports heavily from other countries and therefore must pay for with a considerable part of the national budget.

Wind energy therefore is independent of any particular producer and available to anyone in the country who wishes to use it. Because it is not generated by any particular mechanism specific to any particular country, but rather by the overall effect of the sun’s rays falling on our planet and the way that the earth continually turns on its axis, wind energy is therefore a truly democratic means of generating electricity.

The cost of electricity for wind turbines can be as little as 4 to 6 cents per kilowatt-hour. In making this calculation it is necessary to take into account the financing for the initial installation of the project and also the site selection in terms of the amount of wind available and therefore the amount of electricity that can be generated. However together with other renewable energy of such as solar energy wind energy is one of the cheapest forms of renewable energy anywhere on earth.

In farms and ranches where wind is abundantly available, wind turbine towers can be installed to satisfy a continual demand for low cost electricity. Individual power suppliers also come to business arrangements with farmers renting a few square yards of land to be able to erect towers and generate electricity.

It is perhaps the initial cost of wind turbines, which is the main factor in any financial calculation. Although the initial cost has been reduced over the years, it is still a major factor in terms of installing wind turbines compared with conventional generators. For this reason fossil fuel may still attract investment for some cases.

Wind power is also clearly dependent on the availability of the wind itself. Sites need to be chosen where there is as continual a supply of wind as possible. It should also be remembered that natural phenomena such as tsunamis can have dramatic effects on the weather patterns of any area and therefore of the wind supply and velocity.

Because wind parks need a lot of wind and because towns and cities are often constructed in more sheltered areas there is also the problem of making such renewable energy available to city dwellers. Often the installation of electric cables to carry the electricity from the source to the destination is not a profitable activity.

Environmentally, wind turbines to need to make progress in terms of both their appearance, which can be a blot on the landscape and also the noise that they make. Environmentalists are concerned that the harm of the wind turbines may be a distinct disturbing factor on the surrounding ecology.

Generating power through wind is not only efficient but also renewable like solar energy. The only downside is that a tall, moderately sized generator can be a sore eye and spoil the visual landscape, leading to murmurs of disapproval among neighbours. Think about this before you go ahead and think about how to generate wind energy in your area. However, if you do not live in a very populated area and your neighbors consent to your wind energy project, there could be nothing more beneficial to harness the potential of such a natural and renewable resource called wind.

Getting Help in the Start

If you are wondering how to generate wind energy, the British Wind Energy Association or BWEA is a good professional source of services and information for initiating projects related to wind energy. This professional body continuously organizes and manages several initiatives to propagate the use of wind as a source of energy across the country and its residences. It has information on local suppliers of wind systems and information on grants and permissions.

The ‘Energy Saving Trust’ which is backed by the government also provides provide advice on several issues for both companies and individuals and companies desiring to install wind generators on a small scale.

Other Practicalities like Cost and Savings

The cost of wind generators should fall in the range of 3000 pounds -15000 pounds for each kilowatt. This is as competitive as solar and actually slightly cheap when compared to the high output it generates. It is also expected to generate higher output in a year compared to its output in the previous year. Your wind generator should break even in about five years and the way the prices of normal energy sources are increasing, the returns of a wind generator will surely increase over a period of time.

How to Position Your Turbine

It is best to place the turbine high if you want to get the most of the wind strength without any obstructions. Also make sure to measure the wind strength in your locality so that you can place the turbine facing the direction where the wind is prevailing. To measure the wind strength, you can either buy or hire an anemometer. You can also get the person installing your wind generator to do that.

Battery or Grid?

A battery can be connected to wind generators of small scale to provide electricity to your house. The other option is to connect the wind generator to the National Grid. The decision to do the former or the latter depends totally on the circumstance. As such there is no major difference except that it will affect the direction of your energy. If you happen to stay in an area that is remote with no access to the National Grid, energy should then be directed to the battery which in turn will be connected to your residence’s mains. If you can easily access the National Grid, get the generator connected to the grid. By connecting to the grid not only will you be benefited from power savings by not using the supply of electricity from the grid, you will also be able to sell surplus electricity to the grid.