mohit recent blogs: Electrify Your Home For Nothing!

Do you realize that you can get rid of part or all of your electric bill by setting up their own low-cost permanent magnet generator? There is zero cost to produce electricity in this way, even though the device requires some electricity to keep running at speed. The device still generates its own energy to it. After it is running at full speed was no electricity at all to continue spinning forever. In fact, these machines are capable of producing about five times the current consumption to keep running.

How much cost of the parts to build a permanent magnet generator? The cost may be surprising: between one and $ 500, depending on the size of the permanent magnet generator and, better yet, the parts are readily available almost anywhere. You can get at hardware store nearby or home improvement.

Complete schedules, parts lists and instructions are available at a very low, often less than $ 50. These instructions are so trouble-free work from almost anyone can build a permanent magnet generator without help. Having built one or two for yourself, it's easy to start a business to make money focusing on the manufacturing of these generators to the public. If you end up producing more electricity that can be used and if it is still connected to the power of the city, you can sell the excess to the electric company when the meter is operated in reverse.

Permanent magnet generators are free from contamination and do not emit toxic gases. They are noisy and do not need much space. You might even find an interior of an apartment in the city to reduce your electricity bill to nothing. Some people build small permanent magnet generators to supply some of their food needs, thus reducing your monthly electric utility company. Other larger joints permanent magnet generators that can deliver about 7000 watts, enough to electrify a small house. If you require more electricity, you can easily use the output of two or more machines to create any number of free electricity.

To give you an idea of what seven thousand watts of power can be fed, I own a home of 1,600 square meters in Hawaii, which has been completely powered by solar energy since 1999. It has a series of forty solar panels, each with a power of 75 watts. 40 x 75 watts = 3,000 watts. With only three thousand watts (and a battery bank), I can use my computer and a refrigerator all day, cook my food in a microwave oven and use a toaster. At night, I can watch a DVD or two while powering a small TV and a surround sound system. I keep the lights off when not needed. All fluorescent bulbs are the type.

In the summer, when the sun shines in Hawaii from dawn to dusk, which is not even necessary to consider the amount of electricity I am using. In the winter, when days are shorter and grayer there are days when I have to turn off the switch before going to bed and back on at dawn. The electric refrigerator only "costs" throughout the night and the food is still reasonably cool in the morning. Where am I to run into difficulty is if I have to deal with a cloudy all day for 2 or more consecutive days. So I have to use a backup of three thousand watt gasoline generator to keep running the house and solar batteries charged. This happens maybe three or four times a winter, and rarely in the summer.

A permanent magnet generator, unlike a solar system or a wind turbine can operate around the clock, seven days a week and generating the same amount of energy day and night, rain or shine. You can use it to run a bank of batteries such as solar (but throughout the day) or you can easily eliminate the costly and high maintenance battery and switch panel unit directly. I could use a permanent magnet generator to replace my gas generator solar safety. I knew nothing of permanent magnet generators in 1999 when I paid over $ 30,000 to build my solar electric system. Will soon have to replace the six giant solar cells cost another $ 14,000.

Similar to an electric motor, a permanent magnet generator moving parts, so it takes a certain amount, small periodic maintenance due to wear. A permanent magnet generator, constantly running should last at least ten years. And when it finally wears out, the cost to build (or rebuild) a replacement is very low, as already discussed.