Wind Turbines

A wind turbine is a machine which uses the kinetic energy of wind and converts it into mechanical energy for various purposes. The mechanical energy produced can either be used directly by machines for various purposes or can be converted to electricity. If the turbine serves the first purpose, it is called a windmill. A wind turbine using mechanical energy for electricity is popularly called a wind generator.

The use of wind for purposeful activity is not new to man. As early as 200 B.C., Persians employed wind machines for various tasks. For over 5 millennia, wind power has been used for propelling boats and ships. Given the exploration and discovery of fossil fuels, the potential of wind energy was largely abandoned and has only recently been revived. Today, wind energy is used for electricity, pumping of water, grinding stones, etc. Windmills used for pumping water are better called wind pumps. The most extensive use of wind pumps is seen in Australia and southern African countries.

In fact, the most useful of wind machines, the wind turbine, have been developed very recently. In comparison to fossil fuel power plants, which generate hundreds of MW of electricity on an average, a large wind turbine can only generate a few MW. However, the technological development of wind machines is gaining rapid support and momentum, and within a few years, wind power will be able to generate a considerable amount of power and hopefully come in as a relief from the growing scarcity of fossil fuel power.

It is not surprising that generators are being looked at as the new alternative energy source, since fuel prices are hiking and reserves are running out. There are many areas that can become fully dependent on wind power for their energy need owing to their windy conditions. One such area is Midwestern United States.

Germany leads the international wind power generation with over 22,000 MW in the year 2007, followed by United States with a production of almost 17,000 MW. Percentage wise, almost 7% of electricity consumption in Germany is wind electricity, 0.77% in US and 7.9% in Spain. India is a rising wind power consumer with 1.9% (8,000 MW) power consumption in the form of wind electricity.

20% of Denmark’s electricity is of this type. There are many prominent wind turbine manufacturers from Denmark. This could be seen as a result of a commitment it made in 1970s to use wind power for generation of half of its overall power consumption.

They are no longer limited to large-scale power consumption with the rise of a popular production in the form of small wind turbines. These small wind turbines provide for electrical consumption on a residential level. They are particularly useful for homes in remote locations which are not served by utilities.

The growing popularity of wind turbines cannot be alienated from its potential low cost associated with its growth in popularity. Wind electricity could be very cheap to produce. These turbines require very little maintenance, and they can cut electricity costs by more than half. Hopefully, wind turbines will outnumber fossil fuel plants in the coming future and pave a way for a safe and healthy Earth.

Coil Winding Machines

The word coil stands for a series of loops and the process of making an electromagnetic coil is termed as coil winding. Such electromagnetic coils are used in components like relays, resistors, chokes, inductors, solenoids, transformers, rotor and stator in electric motors or generators. Many types of equipment need coil winding to be done in different designs shapes and patterns. Such machines range from hand operated winding machines to automatic machines which are generally very expensive. There exists a huge range of machinery including gear, hydraulic, bench-top coil winders and multi-spindle stand-alone winder machines which provide the necessary winding over the component or device.

There are some machines which have a real-time multi-tasking control. They can support many axis for winding, tape-wrapping, changing wire sizes and a controlled vertical and horizontal wire terminating. Today the such machines are fully automated and meet all the winding and finishing requirements. This industry has grown over the last 40 years. Today there are many companies around the globe which offer such solutions having high levels of endurance, power and performance. Any winding machine can be adjudged by its ruggedness, reliability and an ease of maintenance.

The major problem that arises is different precision wound components. There are different techniques and methods which provide a very reliable and accurate coil winding on components like solenoids, transformers, custom coils and high precision wound ones. Most of the application exists in the field of electromagnetic devices and does require some skilled technicians who follow a well made plan and stringent guidelines. Other than winding machines the wire flatteners, dereelers/ tensioners, trickle impregnation and expandable mandrels machines are also associated with these electromagnetic device industries.

There are companies manufacturing medium to large capacity coil winding machines to meet their customer’s specific requirements. They make machines for making capacitors, choke coils, degauss coils, flat strip coils, lattice coils, perfect layer coils, large transformer coils, relay coils, resistor coils, rotor coils, spiral coils, stator coils, transformer coils, TV coils and many other types. The industries make these winding machines which are very well equipped to handle a variety of coil and wire winding applications.

Magnetic Motor For Producing Green and Free Energy

The term magnetic perpetual motion is derived from the movement that is produced by the repulsion of two magnets and a magnetic field. When applied to an energy-producing device, it results in an infinite production of energy for an indefinite time period. As the north and south polarities of a magnet repulse each other, it results to a spinning motion that is creates current and this current is transformed into electricity.

Energy produced from a permanent magnetic motor is more powerful in comparison to energy produced from a solar or wind device. In fact, it is believed to produce up to 7,000 watts of electricity, making it a legitimate power source without the same costs of paying for your electric bills at home.

In addition to being powerful enough to produce large amounts of electricity, permanent magnetic motor can also retain its function for nearly 400 years of use. Hence, this is where the permanent and perpetual term is based on. Thus, a magnet generator is a viable option for free energy home generator that harness the properties of magnet.

To add to the growing list of benefits that you can enjoy with a permanent magnetic motor, green energy is something that not only you can benefit, but the entire world as well. You are basically harnessing the properties of nature and converting it into other forms of energy, thus you are neither depleting nor putting any of the natural resources to waste. In fact, there are several advocacies innovated in the hopes of creating awareness in switching onto alternative means of power production such that the earth can be preserved.

Unlike solar and wind power generators, a magnetic perpetual motion machine is relatively easy and inexpensive to install in your own home. Thus, you can make great savings without depriving you and your family of the ability to produce energy from a cheap energy source. In addition, the machine will only take up minimal space in your home. Unlike solar and wind energy generators, magnetic generators do not also depend on whether conditions that, without sunlight and wind, they do not work. Magnetic generators run non-stop in any weather conditions. The best thing about such energy source is that they are durable and can run without stopping for years. Wind and solar energy generators, although a great energy source, all need costly maintenance in at least three years. And like any non-fossil fuel energy source, using of magnetic generators can help save the world from global warming.