What Is Home Wind Power and HOW To Produce It
Mike Walden
April 02, 2009
Wind power has not been, till now, utilized as a domestic source of energy, to its full potential. Generation of electricity from wind energy also has not been done as often as it should have been. Wind power has played only a small role as a source of energy. People have, in general, perceived wind only as a natural phenomenon, enjoying the gentle breezes, and protecting themselves against storms and hurricanes.
The situation, however, has changed over the recent years. Oil prices have escalated greatly, making such energy sources economically unviable. Hence, people have turned to renewable and abundant energy sources. Wind power is one of such plentiful sources of energy. The conventional sources of energy are bound to be exhausted at some point in time. Hence, other sources of energy have been sought after, especially considering that these alternative energy sources are cheaper too. Initially, 12 volt DC power, generated by radiator cooling fans, was experimentally stored in batteries for automotive storage (12 volt). These cooling fans were used along with automobile alternators. Then, experts tried to generate 120 Volt AC current from this. However, this trial did not work out and was eventually discarded.
There were tremendous activities in the business houses too during this period. Numerous cost-effective devices were made available by the end of 2007, which could be run on wind energy. These devices included wind turbines and mini generators, along with utility grids. These could be run easily on domestic wind power and could also cut down significantly on the total expenditure on power usage. In the initial stages, the adequacy of wind energy was doubtful. However, the success of wind turbines led to the realization that wind energy could be used to generate electricity for home as well. The advantages of this energy source were apparent, and people went about trying to use it at home.
However, not all of these attempts to harness wind energy were successful. Indeed, wind turbines were noisy, and this led many people complaining against their use near their homes. As a result, the experiments of many people who wanted to tap wind power met with abrupt ends. This was chiefly because, the local authorities often had to do away with the wind turbines altogether, and that too, pretty quickly. The reliability of wind power sources was also questioned, particularly since wind turbines, at times, did not function well. These issues, combined together, had a profound effect on its effectiveness. People faced huge debts and hence, they tried to sell off the wind turbines that failed to work and other related electrical accessories. Buyers of inverters that could generate 12 volt AC power from the DC current of the turbines were also sought for. However, during these times, selling such products proved difficult.
There were plenty of valuable lessons that could be gleaned from this initial failure to harness wind power. Such lessons included:
a) City areas are often congested, and have plenty of tall buildings. Such skyscrapers tend to block the smooth flow of wind,
b) Wind turbines are, by nature, not eco-friendly. Hence, they cannot be used in urban areas in order to tap wind power,
c) Solar power generators can produce electricity at all times during the day. On the other hand, wind turbines work best during the night, since the flow of wind is smoother during this time. Thus, the turbines should ideally be used with solar electric panels,
d) Wind turbines also work well, if set up at high levels, where it can get uninterrupted wind supplies. For precisely the same reason, the functioning of these turbines is more efficient in village areas,
e) If utility power cannot be accessed, domestic wind turbines present a viable alternative option,
f) Home wind power systems are just like large-scale wind energy plants, albeit on a smaller scale. Hence, they face the same problems and complexities as well. The structures of home wind plants and larger business wind power systems have the same structure and components, including torque controllers, turbines, elevated towers, inverters (that transform the tapped electricity to 120 volt AC current) and batteries to ensure smooth supply of power.
Users would ideally need to learn the proper way to install wind power systems at their homes. They should follow instructions from a manual, so as to know how to install the plant, and the ideal way to acquire batteries and other components, that too at reasonable prices. The wiring system of the plant, as well as the safety measures also need to be learned. A home wind power system does hold out considerable benefits to users you will thus surely find out that such a system can be great.
This article is based on the book, "Earth 4 Electricity- Renewable Energy Made Easy " by Jim Martin. Jim Martin is a researcher, inventor and home energy consultant who written dozens of home energy related articles and has been featured in ezines and print magazines, as well as on hundreds of websites worldwide.
To Learn More about Jim Martinīs Unique Step By Step Solar and Wind Power System Visit: Earth 4 Electricity.
For further information visit: Wind Energy Turbines - What They Are and Where To Find Them
The situation, however, has changed over the recent years. Oil prices have escalated greatly, making such energy sources economically unviable. Hence, people have turned to renewable and abundant energy sources. Wind power is one of such plentiful sources of energy. The conventional sources of energy are bound to be exhausted at some point in time. Hence, other sources of energy have been sought after, especially considering that these alternative energy sources are cheaper too. Initially, 12 volt DC power, generated by radiator cooling fans, was experimentally stored in batteries for automotive storage (12 volt). These cooling fans were used along with automobile alternators. Then, experts tried to generate 120 Volt AC current from this. However, this trial did not work out and was eventually discarded.
There were tremendous activities in the business houses too during this period. Numerous cost-effective devices were made available by the end of 2007, which could be run on wind energy. These devices included wind turbines and mini generators, along with utility grids. These could be run easily on domestic wind power and could also cut down significantly on the total expenditure on power usage. In the initial stages, the adequacy of wind energy was doubtful. However, the success of wind turbines led to the realization that wind energy could be used to generate electricity for home as well. The advantages of this energy source were apparent, and people went about trying to use it at home.
However, not all of these attempts to harness wind energy were successful. Indeed, wind turbines were noisy, and this led many people complaining against their use near their homes. As a result, the experiments of many people who wanted to tap wind power met with abrupt ends. This was chiefly because, the local authorities often had to do away with the wind turbines altogether, and that too, pretty quickly. The reliability of wind power sources was also questioned, particularly since wind turbines, at times, did not function well. These issues, combined together, had a profound effect on its effectiveness. People faced huge debts and hence, they tried to sell off the wind turbines that failed to work and other related electrical accessories. Buyers of inverters that could generate 12 volt AC power from the DC current of the turbines were also sought for. However, during these times, selling such products proved difficult.
There were plenty of valuable lessons that could be gleaned from this initial failure to harness wind power. Such lessons included:
a) City areas are often congested, and have plenty of tall buildings. Such skyscrapers tend to block the smooth flow of wind,
b) Wind turbines are, by nature, not eco-friendly. Hence, they cannot be used in urban areas in order to tap wind power,
c) Solar power generators can produce electricity at all times during the day. On the other hand, wind turbines work best during the night, since the flow of wind is smoother during this time. Thus, the turbines should ideally be used with solar electric panels,
d) Wind turbines also work well, if set up at high levels, where it can get uninterrupted wind supplies. For precisely the same reason, the functioning of these turbines is more efficient in village areas,
e) If utility power cannot be accessed, domestic wind turbines present a viable alternative option,
f) Home wind power systems are just like large-scale wind energy plants, albeit on a smaller scale. Hence, they face the same problems and complexities as well. The structures of home wind plants and larger business wind power systems have the same structure and components, including torque controllers, turbines, elevated towers, inverters (that transform the tapped electricity to 120 volt AC current) and batteries to ensure smooth supply of power.
Users would ideally need to learn the proper way to install wind power systems at their homes. They should follow instructions from a manual, so as to know how to install the plant, and the ideal way to acquire batteries and other components, that too at reasonable prices. The wiring system of the plant, as well as the safety measures also need to be learned. A home wind power system does hold out considerable benefits to users you will thus surely find out that such a system can be great.
This article is based on the book, "Earth 4 Electricity- Renewable Energy Made Easy " by Jim Martin. Jim Martin is a researcher, inventor and home energy consultant who written dozens of home energy related articles and has been featured in ezines and print magazines, as well as on hundreds of websites worldwide.
To Learn More about Jim Martinīs Unique Step By Step Solar and Wind Power System Visit: Earth 4 Electricity.
For further information visit: Wind Energy Turbines - What They Are and Where To Find Them