How to Generate Free Electricity Using Magnets
Learning how to make free electricity using magnets has been a challenge to many scientists. It is part of the quest to produce a perpetual motion generator. Many trials have been made, but very few came up with a realistic magnetic motor design that can generate electricity to power a house.
To build a magnet motor, you must understand the power of magnetic fields around the magnets. The attraction force of magnets with opposite polarity and repulsion force of magnets with the same polarity are used to induce motion to a device. The best kept secret about the conception of a magnet motor evolves around the proper positioning and the size of the magnets used.
This electricity is free because there is no power source such as fuel or electricity to power the magnetic motor. The one and only source of energy is the magnetic field around the magnets. It is totally independent. There is only a low cost of buying a diy guide and parts from a local hardware store to build it. Doing it yourself will pay you back in a short period of time as you will notice your electric bills melt down like snow in the sun!
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Click on the links to find the best diy guide to build a magnet motor. Produce green renewable electricity. Save a lot of money on your electric bill. Your friends will be amazed. You will be at the forefront of the eco trend by using free electricity produced by a magnet motor.
How does lightning generate so much electricity with lightning bolts?
How can lightning generate electricity in the tens of millions of volts.Where does this electricity really come from.How does a storm generate so much electrical energy
Lightning is created by an electrical charge difference between two clouds or between a cloud and the ground. When enough static electric energy has built up, there is an enormous amount of current. Current is the movement of electrons between two locations, and this is what creates electricity.
Imagine walking in a room when the weather is dry, and rub your feet on the carpet. Then touch a doorknob. You get a shock, right? What you did was build up a charge in your body, and that shock is basically the same principle as lightning. What you built up in your body was a small charge. What builds up in clouds during a storm, quite often by the instability in the air and friction, is enormous. A cloud is quite large and can build up a large charge. The clouds then discharge all this energy at one time, and the electrons are transfered to the ground or another cloud of opposite charge. There are so many electrons moving, that the current is very, very high, resulting in a very large voltage.
How to generate electricity from powered sewing machine, whose motor runs around 2000 rpm?
We’ve 500 powered sewing machines in our factory. Like all the machines running by motor these, sewing machines are also working. My idea is to use motor’s rotation to generate electricity, like wind mill and turbines work. Conversion of elxtrical energy to electricity. Can someone help me how to execute this in most economical way…
No one does this.
The reason is that the electricity you generate is worth less than the electricity you have to buy to run the motors. As the other posters indicate, this is an inevitable result of the Law of Conservation of Energy. Plus, you have more expense, because of the cost and maintenance for all the generators.
Better idea is to use conservation to save energy and reduce costs.
What are good materials to generate electricity from?
I’m thinking of generating electricity from various objects and comparing the results as a science project. However, I need examples of things to test and compare. For example, food (we have potatoes and lemons already), solutions, and other materials that would normally generate electricity. The person who answers best within the first 2 hours of my posting will get Best Answer. Thanks!!
By the way, Im sorry I did not specify. However I need to basically know what materials to use to power a lightbulb for example. I need more than food products to do this experiment but I’m not sure what else to use.
How can I generate electricity for my home by using wind energy?
How can I generate electricity for my home by using wind energy?
Please give me all necessary details, how to construct or design wind turbine, how much amount of electricity I will need and how to do it all this process, I have studied Physics but I don’t know how to do this technically to produce electrical energy for my home.
First, a quick check with your local building department will tell you whether it’s forbidden, and if not, whether there’s even a chance they will issue you a building permit for it. Check with your neighbors, since if they object, you’re unlikely to get a permit. Unless you’re a certified professional engineer with lots of time on your hands to do the research, hire a professional to evaluate your site and advise you on options. You need steady, strong winds much of the time.
Since wind is intermittent, you need either a grid connection or lots of (expensive) storage.
In my opinion, this is not a practical technology for home deployment.
How to generate electricity for home from water?
Is it possible to generate electricity from water flow from an overhead tank placed in height. If yes what will be the limits (maximum watts) of such power generated? Can a water pump also work using the same power to re-fill the water tank, recycling the same water?
How exactly are you generating electricity?
If you are making a battery by putting two metal probes into a piece of fruit or solution, then you are really generating electricity from the metal. The fruit or solution you are talking about is just supplying the electrolyte and acid to break down the metals and transfer the ions. The actual energy is coming from the energy that is chemically stored in the metal, not from the fruit itself. You should explain this as part of the science project. In that case, you could try oranges, mangoes, peaches, salt water, vinegar, carbonated water, and pop. You could measure the pH of the fruit or fluid, and measure the resistance with an ohmmeter. electric generation might have more to do with acidity and resistance than anything else.
There are other ways of generating electricity and I’m not sure if you are considering any of these because you did not specify. You can make static electricity by rubbing different materials together (such as plastic and fur). Electricity can also be generated from food by making fuel such as ethanol out of it, or burning it directly as biomass. Any food will do this, but might be hard to do as part of an experiment.
If you give more details about exactly how your are making electricity maybe we can help you more.
Edit:
I’m still not exactly sure how you are planning on doing your project. Electricity for home use is produced by generators. Generators require a power source to turn them. Usually this is done with turbines. Turbines can be wind or hydroelectric turbines, or they can be steam powered. Steam power can be run by anything that burns or produces heat: coal, wood, food, alcohol from food, leaves, fibers, grass, etc. Steam turbines can also be run by nuclear energy. You would not be able to actually run these as an experiment by yourself, however, because it would take a lot of time money, and safety precautions. Even a homemade wind turbine would be expensive to make. As an experiment, however, you could burn a number of different materials to heat a pot of water and see how much heat a certain weight of each material produces.
If you are trying to actually power a lightbulb by yourself for your project, you have fewer options. use an array of solar cells. You could use a bicycle powered dynamo (small generator) to run a light–which is ultimately powered by the food you eat. Lastly, you can make your own battery. That’s what I was tryint to explain above with sticking two metals into a fruit. Basically you need two metals (like two coins of different type) and an electrolytic liquid (which helps if its acidic). Most of our household elecrolytes and acids are food-grade, but you can use battery acid which can be bought at the hardware store. Look at the wikipedia article about homemade battery cells. The problem with homemade batteries is that they are very inefficient and you might have trouble powering a lighbulb with one unless you hook up a whole bunch of them together.
The amount of energy in the water can be calculated from
Power = Head x Flow x Gravity
The link below has an online calculator…
With 6 meters (a length of pipe) and 17 liters per second the power is 1000W. The losses in the pipes, turbine and generator could amount to 40% so there would be 600W available.
The reverse process of motor and pump and pipe losses would lose another 40%, so you could get only 360W equivalent of water back in the tank if you were just doing it as an exercise. As you can see it is a losing game. Perhaps these efficiencies can be improved, but perpetual motion machines are not considered possible, as there are always losses that cannot be overcome, due to the nature of the universe.