Your cottage, farm or even city home can be lighted with electricity generated by the wind. Even if you are far from a power line you need not be without power. Wind power is also one of the green forms of energy generation which does no harm to our environment. It is in fact probably the cleanest form of power generation which can be harnessed at reasonable cost.Solar energy is also very “clean” but solar panels are costly and have low power output.

Commercially made wind power plants are available but are quite costly.The simple solution to this problem is to build your own wind power generator.If you have room on your property you could build several units for the price of one commercial unit.Any excess power which you generate can be sold to your power company in many areas now.

This wind power generator which can be built from plans is the lowest cost unit which you will find anywhere.Our review of the others shows that they cost much more.This machine is built from new or used auto parts and a few odds and ends.It generates as much power as the more expensive alternatives.Building one of these generators is also much simpler.It is very reliable and will work for years with only routine servicing.

Some people think that you need to have powerful winds blowing most of the time to generate much electric power.Nothing could be further from the truth.Light winds or breezes do generate power which you can store in storage batteries.

Wind power was very popular in the 1930 to 1950 period.Many people used this to generate power or to do other tasks such as pumping water from a well.People were very cost conscience in those harder times. At present in these times of abundance most people do not feel it necessary to keep costs to a minimum and will happily pay the power company for their needs every month.

A new age of wind power is now upon us when the necessity is to produce “green” power which does no harm to our environment. Many areas in the USA and elsewhere now have large scale wind power generation plants in operation and many more are scheduled to be built.

Small wind turbine generators are the shape of things to come. Many consumers are now installing them to generate at least part of the power they consume. If power lines are distant from your residence generating your own power is the only way to supply your needs.

The average home workshopper can easily build a wind power generator using just simple tools and used auto parts.It will turn out as much power as an expensive commercial wind turbine.You can build several for the cost of one commercial model.If you generate more power than you use you can sell it to the power company in many areas.Now is the time to build your own wind power turbine generator.

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About John Mowatt:
John Mowatt is a retired businessman who is interested in wind power as a way to preserve the environment. Like To know more about building yopur own wind power generator?? Click here for more info. greenwindpowerturbine.com

One essential part of any wind project’s development is the wind power feasibility study. This study undertakes a thorough analysis of a variety of factors to determine how viable a wind project will be and how much power can be produced. A feasibility study is used to keep the various stakeholders on the same page about a project in the early development stage of a wind project. Further, should a project be deemed unviable, the feasibility study will have saved stakeholders a great deal of time and money. The feasibility study, therefore, serves as a keystone for the wind energy development project.

To get an accurate read on a wind project’s potential, the feasibility study must first include analysis of wind speeds and air density. Wind power output is a cubic function of wind speed and air density, so gaining these data for an area is crucial to understanding the area’s wind power potential. A feasibility study must also carefully consider transmission and interconnection availability. Dearth of transmission lines for new energy projects is one of the wind industry’s biggest setbacks. For a wind project to be successful, the study must show that a wind project has good chances of being connected to the grid and being able to transmit power to areas of high need such as metropolitan centers.

In addition to gaining an idea of transmission and interconnection possibilities, getting a feel for land control possibilities is another central facet of any feasibility study. For any registered plot of land, the owner holds one set of wind rights. He/she cannot agree to put a turbine from one company on one part of this land and another turbine from another company on another part. If land has already been tied up by another wind developer, a new wind project will likely need to refocus its development area on a different location or meet its end.

A feasibility study must also include permitting requests with federal, state, and local levels of government; without these permits, a wind project will never see fruition. On a similar note, the feasibility study needs to address fatal environmental and development flaws. At this early stage, it is important to submit permitting requests, but the actual permits may take months to be granted. Doing an independent analysis of fatal flaws will save time and money, should the study discover valid reason to cancel the project. Further, while other environmental aspects may not make or break a project, it is important to consider wetland and soil condition along with the potential impact on protected species of the region. If wetlands are too pervasive, a wind power project may not have enough available land for its turbine placements. If potential impacts on wildlife are deemed too likely and/or too severe, a wind project may not move forward due to the project owners’ concerns or petitions and protests from landowners or environmental groups.

Finally, a feasibility study must also take into account high level economic issues. Will the owners be able to acquire adequate financing beyond the initial seed capital? What are the economic prospects for the expected rate of return and how much risk is involved in the investment? These questions must also be answered in the wind power project feasibility study before development moves forward.

So many factors are involved in wind energy project’s success – these must be considered not only in the feasibility study, but also throughout the project’s development. As the project advances, new areas of interest emerge, including the acquisition of turbines and turbine financing, the negotiation of power purchase agreements, and the contracting of construction crews. As more wind projects go up, the length and complexity of the process will likely be mitigated, as each stakeholder becomes more familiar with the procedures and policies of wind power project development. The involved process of wind power project development may seem daunting, but, when completed, wind power projects provide clean, native, renewable energy for generations to come – making all the hard work worth it.

Source: Sustainable Living Articles

About Jenny Antelli:
Learn more about wind power systems, wind energy project development and management, wind power feasibility study, and potential wind power resource assessments.

Wind is the fastest growing source of power through any of the renewable energy resources and technologies. In the past ten years, the maximum capacity of wind power installed the world over went from a 1992 high of 2500 megawatts to a high of 40,000 in 2003 and continued to grow each year after that by another 30 percent.

This shows no signs of abating. Due to wind being an intermittent energy resource most wind turbines in the European Union only produce an average of one fourth of the power they are actually capable of. Under favourable wind conditions, however, some reach 35 percent or more. In winter the EU realizes a higher load factor. What this means is that wind as a renewable energy in Europe typically has a capacity for 5 megawatts maximum per turbine but regularly produces 1.7 megawatts.

The long term potential for wind as a reliable renewable energy resource throughout the global is probably about five times what it currently produces and forty times what is currently demanded of it. Large pieces of land that are not now being used for wind turbines could easily do so, especially in high wind areas. The offshore areas, where wind is nearly twice as fast and dependable as that of inshore land masses could be increased substantially as renewable wind energy sources.

The strength of the wind near the surface of the earth varies considerably and scientists cannot assure that the earth would have continuous renewable wind energy there unless it was combined with other sources of energy or stored in some way. Some suggest that 1000 megawatts of the capacity for conventional wind gathering could be counted on to produce 333 megawatts of power that is continuous.

This could change as our technology evolves, but most experts suggest using wind in the context of a renewable energy system that has an expansive capacity for reserving the energy. Examples of these would be hydro power, desalination plants, reserve loads and the mitigation of the economic impact of variability of resources.

Not only is wind power a renewable energy, but like other renewable energies it gives off no harmful greenhouse gases while being operated – no methane, no carbon dioxide. The one negative of wind power is that bats and birds get caught up in the turbines and get killed. Wind turbines should, therefore, be built where this impact would be least felt.

Source: Sustainable Living Articles