Tag Archive | wind energy definition

America’s first offshore wind farm just shut down a diesel plant

America’s first offshore wind farm just helped to shut down a small diesel-fired electric power plant on Block Island, Rhode Island.

Block Island officials on Monday switched on a connection between the island and a cable linking the wind farm to Rhode Island’s mainland power grid.

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How Wind Energy is Efficient for Households?

Now, as we heading towards building a greener environment we need to adopt eco-friendly measures of energy production. When it comes to producing energy for homes through a renewable energy source, nothing can work better than domestic wind turbine. Once install you can get uninterested power supply for the rest of your life.
Know here how wind energy can benefit you-* Benefit of unlimited source

As wind is renewable source of energy, so it can be used to unlimited extent for generating energy. With the application of quality wind turbine enough wind energy can be produced to collect as well as store for the non-windy days. Unlike oil and coal there will never be shortage of wind. This means that you can rely on this source of energy completely. Though there are a number of energy productions through wind but application of wind turbine turns out to be the most ideal option. You can enjoy light even when entire area is in dark.

* Cost effective

Besides cost of installation of wind turbines and setting up a wind farm at your home there isn’t any other additional cost associated with generation of wind energy through turbines. The maintenance cost of the equipment is also not very high. Installing a wind turbine in your home will offer you a number of financial benefits. The biggest benefit is reduction in electricity bills. If you are able to produce, more amount of energy than you can use possibly then you may even earn profits by selling profit from your wind turbine. You can recoup the installation cost of your wind turbine even more quickly, by selling the wind energy.

* Last for long term

After the installation of the wind turbine, you simply need to maintain every few years. The excess wind power that you’ll produce can be easily stored on the battery and can be used in future instead of selling. The best part is that it can be stored for 6 to 10 years. With wind energy, you need not to encounter troubles due to shortage of power or power cuts. These issues can be easily avoided by keeping the battery fully charged. In simple words it can be said that installing wind turbines for homes is worth the money price in every aspect. The nature will never run out of wind so as your power supply at your home. It is best in terms of maintenance, power supply and cost you bear every month for your electricity power supply.

Conclusion

Unlike other forms of production of energy, wind energy is pollution free relatively. There are no troubles involved with wind turbines or production of wind energy other than minor difficulties that arise during initial set up. According to the studies one 6kWh wind turbine installed at a private home in a windy place can produce 10000 kWh each year this is equal to 5.5 tonnes of CO2 approximately. So, let’s take the step ahead to save the nature and help to have a green environment.

About the Author
If you are in the search of the company that sells domestic wind turbine, you should visit the Remote Power UK where they sell they quality wind turbine. It is the one stop destination for all the things that you need before going off the grid.

Wind Energy Can Help Reduc Peak Demands

Wind energy technology can help much to boost manufacturing productions as long as construction and implementation of wind farms is well understood. Once the initial costs in setting up wind farms are already spent, electricity generation costs would already be negligible


As part of a study on alternative energy solutions and sources, the Department of Energy has proposed to use wind power in generating up to 20% of our total needs. There are more than enough locations to install wind farms within the USA, requiring an approximate investment of $150 Billion a year.

Advocates of the plan suggest that if there is to be a legislation which will mandate local utilities to purchase generated power at regulated rates, it would essentially guarantee demand. As part of the carbon emissions reduction program of any enterprise,there is always enough reason to make this project a priority.

So long as it is well understood how to construct and implement wind farms, this technology can greatly help boost manufacturing productions. Once the initial capital costs are already spent, the cost of generating electricity from wind energy is almost already negligible. It is therefore practical to implement wind farms as long as the demand is guaranteed through mandatory purchases to protect investment costs.

The static economic footprint will help stabilize the price of the other commodities in the market if wind power will become a big chunk of the total energy supply. Those who oppose wind plan say that it is intermittent and should be adopted in as wholesale in remedy of this flaw. To make this work, regional distribution grids need to be interconnected in a way that will help level productivity. The prospect of manipulation of electricity distribution massively in a national grid is still being studied.

Other methods can be used to manage capacity requirements when demand is at peak through appropriate contracting and true implementation of smart grid that could help level off peak periods. It is not possible to account for a downturn in wind generated electricity because of weather conditions, it will be possible to reintroduce semi-mothballed carbon producing facilities of old, depending on the facilities’ patterns of economic use.

Alternative energy must already be a priority concern as the pressure to reduce greenhouse gas emissions and use of fossil fuels is already increasing. Whether or not it is feasible to implement wind energy in wholesale, it is still a significant contributor and would be very feasible as an alternative source of energy.

Converting Wind Into Energy Using Wind Turbines

Wind turbines are machines which rotate and use ‘kinetic energy’ of the wind and convert it into ‘mechanical energy’ If this ‘mechanical’ energy is directly utilized by the wind turbines’ pump or grinding stones, this machine is called a ‘windmill’. When the ‘mechanical’ energy is changed into electricity, the machinery is called a ‘wind generator’. This type of machinery can also be known as a ‘wind turbine’ a ‘wind energy converter’ or a ‘wind power’ unit.

There are two well-known types of wind turbines:Horizontal axis: These wind turbines will rotate with the main components (electrical generator unit and rotor shaft) on the top portion of a tower. These components must be directed into the force of wind.

Bigger turbines have all types of sensors and motor components. Gearbox pieces are part of the horizontal axes’ turbine. The blades are rotated at a faster rate with gearboxes. More efficient and powerful energy is available for the electricity components.

When the force of the wind is at the back of a tower, it will use the turbulence. When this occurs, the turbines are faced up wind of the tower. So that the turbine blades won’t break the tower from gale forces, the blades are build in a rigid manner. Often they are placed at a greater distance facing the front of the tower and have degrees’ tilt into the wind.

Even though turbulence can cause issues, the ‘down’ wind machines are constructed. These blades won’t need more parts to ensure that they are in the direction of the wind. When turbine blades bow with gale winds, the resistance is reduced greatly.

Turbines that have their rotor shafts arranged in a vertical fashion are often called ‘vertical wind turbines’. The vertical turbines don’t have to be directed towards the wind to allow for large amounts of usable energy. Often, the wind directions will change so these wind turbines are perfect.

These vertical turbines have the parts positioned closer to the ground. These important parts are the generator and the gearbox. So it isn’t imperative for the turbine to be supported by the tower. Maintaining this turbine is easy but being aware of any pulsing movements which can cause wear and tear.

Near the ground, the air flow can be turbulent which can causes vibrations. Noises and wear on the bearings could decrease the life of the turbine and increase the maintenance. Often, when a turbine is placed on a roof, the wind is re-directed by the structure; sometimes these can double the speed of the turbine. When the rooftops’ height is 50% of the buildings’, a mounted turbine will be able to produce maximum energy from the wind and have a minimum of turbulence.