Frequently, wind power is such an investment. Though the initial outlay may be large, the money saved each year in energy costs will eventually recoup the initial costs. At that point, each month and year where you don’t pay for an alternate form of energy generation is essentially making you money.

If investments in wind power did not require large initial costs, then we’d see many more examples of it throughout the world. But more and more, consumers and utilities are realizing that a little bit of patience can yield great financial rewards. Plus, with government incentives such as tax breaks and rebates, initial costs can sometimes be substantially reduced, shortening the time before initial costs are recovered.

An investment in wind power is just like any investment in your own personal life — you should invest if you consider the return more valuable than the initial outlay. The drawback to investing in wind power is that it will take years to earn back what you invested. But the benefit is that the risk of your investment is quite low compared to other forms of investing, such as the stock market, and the return at that time can be substantial.

Anne Perkins is a freelance writer focused on how to live large on a little living. She writes financial savings tips for QuickQuid, an online short-term lender providing quick loans to those in need. At her blog, AnnieIdea.com, you can get tips on how to take any idea and make it easier or cheaper to complete.

In the past, and in areas that have not yet embraced deregulation, the energy market was a government-controlled monopoly. A single utility company controlled supply and distribution, allowing it to set prices as it saw fit. Deregulation changes all of that.

Instead of one company controlling all the steps in the process from generation to distribution, three separate entities coexist allowing for competition. Generation companies harness electricity then sell it in bulk to retail suppliers. These suppliers create competitive energy packages and sell them to consumers, while the existing utility companies continue to operate the infrastructure and are in charge of transmitting and distributing energy to each consumer.

Deregulated energy markets give people the power to choose which company they purchase energy from. Whether someone is looking for low rates or a specific form of energy generation – such as wind energy – deregulation allows them to sift through the pile of energy suppliers and support the company they feel fits their needs best.

As we all know, wind energy could be in trouble if some of the federal tax incentives begin to disappear in the next few years. Allowing people to consciously choose to support wind energy by selecting their energy provider is a great way to ensure support for the industry. Suppliers are able to market their products as they see fit, and there are plenty of suppliers out there emphasizing the fact that they support generation from renewable resources.

If you’re not sure whether or not you live in an area with a deregulated energy market, it’s pretty easy to find out. Contact your utility company, or visit your state’s public utility commission website. If you find that you aren’t in an area with energy deregulation, make your voice heard! Join forces with a group pushing for market reform in your area. Education is the key to moving energy deregulation from the back page to the forefront of the public’s mind.

In some areas of the country that have already been deregulated, people aren’t even aware that they have the power to choose. Without a concerted effort, opposing forces will continue to slam energy deregulation without giving any attention to the inherent benefits, including the ability for individuals to actively support of renewable resources.

The vote was 49-49 on an amendment to another bill, but it had needed 60 votes to pass.

The tax break will expire at the end of this year unless supporters find a way to get it extended. This particular kind of tax break is called a producer tax credit. It helps offset the cost of electricity production during a wind farm’s first 10 years. Experts and politicians say that it’s helped grow the wind industry in Colorado.

The failure to extend this tax credit is a major threat to wind farm development and it will take away the jobs of those who make wind turbines in the U.S., according to the American Wind Energy Association.

The $1 billion pound (US$1.58 billion) project is a joint venture between SSE, OPW and DONG Energy that includes 102 turbines each with a capacity of 3.6 megawatts.

The project is backed by investment from the Dutch pension fund provider PGGM and Ampere Equity Fund and was the first wind farm project to receive funding from a pension fund in the UK.

OPW director, Dennis van Alphen said: “This investment in clean energy is aligned with the criteria in the investment policy for our clients and investors and further cements our focus on expanding renewable energy as asset class.”

Last week over 100 MPs wrote to Britain’s Prime Minister David Cameron demanding cuts in subsidies to UK green project like these wind farms stating that the turbines were costly to run with the harsh conditions causing regular maintenance.

The MP’s letter stated that, “in these financially straitened times, we think it is unwise to make consumers pay, through taxpayer subsidies, for the inefficient and intermittent energy production that typifies onshore wind turbines.”

But energy secretary Ed Davey said: “We are not going to change direction. The Coalition is full scale behind the renewable targets. We are seeing the cost coming down.”

Now Trump has turned his unpleasant outbursts he has become known for on Mr. Salmond because plans for an offshore wind turbine farm may been seen from Trumps course and clubhouse.

Salmond and the Scottish government have realized the potential of the gusty Scottish waters as an alternative energy source. Trump, who a mere few years ago described Mr. Salmond as “an amazing man”, doesn’t seem to care about the environment or alternative energy projects, at least not when they are on the horizon of his luxury golf courses.

In nasty letter Trump claims that the First Minister of Scotland will do “more damage than virtually any event in Scottish history.”

The letter continued to say, “I have read your recent statements concerning so called ‘wind power’. For the record, taxing your citizens to subsidise wind projects owned by foreign energy companies will destroy your country and its economy.

“Jobs will not be created in Scotland because these ugly monstrosities known as turbines are manufactured in other countries such as China.

“These countries, who so benefit from your billions of pounds in payments, are laughing at you.”

“You seem hell bent on destroying Scotland’s coastline and therefore, Scotland itself, but I will never be ‘on board’, as you have stated I would be, with this insanity.”

“As a matter of fact, I have just authorised my staff to allocate a substantial amount of money to launch an international campaign to fight your plan to surround Scotland’s coast with many thousands of wind turbines.”

“It will be like looking through the bars of a prison and the Scottish citizens will be the prisoners.”

In defense a Scottish government spokesman said: “An application for consent for the European Offshore Wind Deployment Centre has been submitted to Marine Scotland, and we are currently considering the views of consultees, interested parties, and the public. Scottish waters are estimated to have as much as a quarter of Europe’s potential offshore wind energy.”

“A recent study suggests that harnessing just a third of the practical resource off our coast by 2050 would enable us to generate enough electricity to power Scotland seven times over.

“An independent Scotland will be able to take full responsibility for this renewables revolution, along with the investment and thousands of jobs it brings.”

Trumps childish letter will surely not win over anyone behind the wind farm plan and most likely will not even sit well with those opposed of the project. No body wants to hear the rants of Trump, even those who would be considered allies in the decision.

Meanwhile, basic industrial and commercial applications necessitate wind power reaching 20kW or greater. Higher powered turbines, from 1.5k or more megawatts, are typically used for larger applications and projects, such as a wind farm. These large turbines are able to dish out energy that can supply electricity to thousands of houses. Micro turbines, on the other hand, are designed to produce and distribute power for specific applications, such as battery charging and sailboats.

When you are considering the turbine capabilities from a wide selection of the product, take into account your house’s electrical requirements and the wind conditions within your location. Usually, a wind turbine within a range of 5 to 15kW will be sufficient enough to meet the needs and demands of your home’s electrical systems, yet the average wind speed in your home is also a crucial factor.

If your planning to buy the best small wind turbine for single home use, here are the top five picks to choose from.

First, Vestas V27′s. You can find the wind turbine manufacturing company in Denmark, particularly Copenhagen. The wind turbine model is ideal for installation in Italy or Northern Ireland or any other area wherein high FIT’s apply for turbines under 250kW.

The second, Goldwind Wind Turbines, Catering to the needs of Chinese clients, the wind turbine is a great-value product with one of the world’s best price to kilowatt ratio. It is available worldwide and with a full turnkey solution.

Third, Kenetech KVS-33 wind turbine. Located in California, USA, the manufacturer’s sell the Kenetech KVS-33 turbine with rated output of of 300kW with integrated settings for 360kW and 410kW.

The fourth, the Bonus 600 MK III wind turbine with a high power output of 600kW. The wind turbine is available at a bargain price in Germany with a full service history and a brand new gearbox in 2009.

Lastly, the GE 1.5 MW wind turbine in New York, USA. It has a high rated capacity of 1,500kW and a cut-in wind speed of 3.5m/s. Power control is achieved by an active blade pitch control while the gearbox has a three-step planetary spur gear system.

In Denmark, modern wind turbines have been developed and used since the 1980s. Denmark resorted to the use of wind energy in order to limit their emission of carbon dioxide produced by coal-fueled power plants. In 2010, about 1/4 of the electric consumption of Denmark is by wind energy. Denmark also houses half of the biggest wind turbines in the world. It is also the home of the two largest wind turbine manufacturers and exporters.

In 2000, Samso, a town/island in Denmark attempted to be a town powered only by wind energy. It established numerous large wind turbines to supply the citizens power needs. The attempt failed to attain a 100% wind energy powered town; however, it became famous for being the largest community with the lowest carbon dioxide emission.

The attempt of Denmark in Samso sparked the drive to create more towns wherein the carbon dioxide emission is low if not, eliminated. Cities in the United States of America like New Hampshire, Los Angeles, and Oregon are gradually using more and more wind turbines to supply their power needs in order to decrease their carbon dioxide emission as well.

But wind turbines are large in size. If installed, they take up a lot of space which may have been ideal (to developers) for a residential suburb or a commercial business. Also, a lot of them must be installed to supply the power needs of the community. So, to achieve a 100% wind powered community, many business opportunity and development will have to be sacrificed.

For this reason, England has been exploring the idea of airborne wind turbines. However, studies show that it does not produce a sufficient amount of energy enough to support a wind-powered society. Some companies are also entertaining the idea of combining solar energy and wind energy. They are planning to put a solar energy saving device or structure at the top of a wind turbine to increase the eco-energy supply. Small and portable wind turbine technologies which are ideal for less energy consumption are also being produced today to save space.

It may hold true for now that a 100% wind-powered community is not possible but with the continuing research and development on wind turbine technology, the potential for such a thing is getting closer.

“This new standard is the most significant milestone in the history of the small wind industry because it provides, for the first time, third-party verification of real world performance and a highly technical review of a turbine’s strength and safety,” said Mike Bergey, president of Bergey Windpower and the 2011 president of the Distributed Wind Energy Association. “This is huge for consumers because it addresses the ‘hucksters and hype’ problem in the small wind marketplace. We are very proud to be the first to achieve this game-changing certification.”

The total installed wind power around the world had reached 197, 039 MW by the end of last year and is expected to reach an incredible 1,750,000 MW by 2030. The wind turbine market is projected to reach $93.1 billion by 2016.

At the forefront of the industry is China, which recently passed the U.S. for total installed wind power capacity last year.

These kind of turbines are different than the ones you see off most coastal regions, as the floating wind turbines are mostly used in deep waters and are a relatively new technology that requires extensive research and development.

“In order to take the lead in offshore wind power, we want domestic studies and developments to take place and manufacturers to boost capabilities,” Trade ministry official Masanori Sato told Reuters.

Mitsubishi Heavy Industries and Fuji Heavy Industries are among the companies Japan intends to work with to make sure that research and development is completed in time to meet the deadlines.