One of the best resources for learning how to build a HHO is an ebook called “Run Your Car For Free”. You can read a review for it here: Run Your Car For Free Review. Alternatively you can learn more about the process of building an HHO here: How To Build A HHO.
October 1, 2009
HHO (oxyhydrogen) is a clean and stable fuel, more powerful and safe than gasoline. HHO powered cars are on the rise as a cheaper, healthier alternative, and in a world where both the economy and environment are in need of immediate attention, is a big contender in the field of energy.
You can’t find HHO cars on the market because existing energy companies don’t want you to know about the technology; they’d lose a lot of money if you did. But an HHO powered car can be created by a simple conversion of an existing vehicle, and you can build your own.
As a basic overview, an HHO cell utilizes a small water reservoir; for a car, this would be located in the engine bay. When a small electric current is run through the water, the water molecules are chemically converted into HHO. As a fuel, HHO gas will then burn, efficiently powering the engine of your car.
To build an HHO cell, you will need:
1. A jar or small reservoir with a lid, to hold water. Make sure your container is non-conductive.
2. Material for the electrodes, such as graphite, razor blades, or other conductive items.
3. Nuts, bolts, screws and glue for securing your pieces, and completing your electric circuit.
4. Firm plastic tubing, for the transfer of the HHO gas to the desired destination (the engine).
The process:
- Make holes in your container such that two electrodes fit snugly, and pass through it into the water. This will serve as the current for splitting the water molecules into HHO.
- You will also need to secure a tube for the passage of the HHO gas out of the reservoir and into the combustion chamber.
- Make sure the lid fits securely on the container, but remember that you will also need a way to add water into it. It’s best to use distilled water, as tap water has many impurities.
- When everything is securely in place, hook up your electrodes to a small source of electricity. For the testing phase, you will want to run the HHO gas into another contained chamber.
- Apply your electric current, and watch for the immediate production of HHO gas. As the gas escapes your cell, it can be ignited by a hand-held lighter (here’s where the contained chamber comes in). Once lit, the combusting HHO gas will give a small pop, and visibly burn up.
Remember to experiment with a few different HHO cells and materials before building any cells for your car!
Filed under Articles by on Oct 1st, 2009. Comment. 
October 3, 2009
In the world today there are many different electric motors. We all see equipment that is powered by motors, whether you realize it or not. It might be a pool pump that powers water through a swimming pool, to a lathe in a woodshop that is used to make bowls or pencils. These motors typically average in size to about 5 HP. Then there are the larger electric motors that are used like vehicle motors, airplane motors. And you’ll hear of electric motors commonly used in business today that are commercial and industrial electric motors like those you might find in factories or warehouses and are used to power large machines. Electric motors are a big part of how businesses and factories are powered, but like everything today, there will be times when something goes wrong and you will need to have parts repaired or replaced on the motor.
Electric motor repairs usually need to be done by qualified repairmen or companies that specialize in electric motor repair. If you have an electric motor that is especially large and heavy, you will need to verify with the repair shop that they have the necessary equipment, like cranes, to be able to move your motor.
When your pool pump motor runs dry and burns up you know you can call your pool technician and he will repair the problem for you or if you need an electric motor repaired on any of your woodworking machines, you generally call in a repairman who works on small machines. When larger more powerful motors develop problems and need parts and repair work it often entails a larger scaled motor repair division found in companies that special in industrial and commercial machine motors.
These companies tend to have repairmen and technicians who are skilled in working on both A/C motors and D/C motors as well as motors that have a higher horse power. They will also have all the necessary tools and equipment needed to repair your motor back to a pristine state. Many of the large scale electric motor repair shops will have the ability to put a high build epoxy varnish treatment on repaired items as well as to do a Core Loss test, and equipment that can do vibrations testing on the electric motors and parts repaired.
At times your motor will have become so damaged, often because of too much heat that damages the insulation or because the winding has been cut, that it will need to be rewound. Almost all electric motor repair shops have the equipment required to test for this and can offer you motor rewinding services. Most shops should be experienced enough to be able to rewind all types and sizes of motors, such as for both A/C and D/C motors. With any electric motor repair work done, make sure to check is the shop is a certified warranty repair facility for your type engine manufacturer. If your machine is still under warranty, it is going to be very important that you use a shop that can do certified repair work on your engine.
Your best choice in NC and Southern VA for Electric Motor Repair and Industrial Pump Repair, Danfoss and Siemens motor controls, Grove gear and SEW Eurodrive Speed reducers, all forms of Power Transmission Equipment and custom UL 508 electrical control panels.
Filed under Articles by on Oct 3rd, 2009. Comment.
October 4, 2009
HHO (oxyhydrogen) is a clean and stable fuel, more powerful and safe than gasoline. HHO powered cars are on the rise as a cheaper, healthier alternative, and in a world where both the economy and environment are in need of immediate attention, is a big contender in the field of energy.
You can’t find HHO cars on the market because existing energy companies don’t want you to know about the technology; they’d lose a lot of money if you did. But an HHO powered car can be created by a simple conversion of an existing vehicle, and you can build your own.
As a basic overview, an HHO cell utilizes a small water reservoir; for a car, this would be located in the engine bay. When a small electric current is run through the water, the water molecules are chemically converted into HHO. As a fuel, HHO gas will then burn, efficiently powering the engine of your car.
To build an HHO cell, you will need:
1. A jar or small reservoir with a lid, to hold water. Make sure your container is non-conductive.
2. Material for the electrodes, such as graphite, razor blades, or other conductive items.
3. Nuts, bolts, screws and glue for securing your pieces, and completing your electric circuit.
4. Firm plastic tubing, for the transfer of the HHO gas to the desired destination (the engine).
The process:
- Make holes in your container such that two electrodes fit snugly, and pass through it into the water. This will serve as the current for splitting the water molecules into HHO.
- You will also need to secure a tube for the passage of the HHO gas out of the reservoir and into the combustion chamber.
- Make sure the lid fits securely on the container, but remember that you will also need a way to add water into it. It’s best to use distilled water, as tap water has many impurities.
- When everything is securely in place, hook up your electrodes to a small source of electricity. For the testing phase, you will want to run the HHO gas into another contained chamber.
- Apply your electric current, and watch for the immediate production of HHO gas. As the gas escapes your cell, it can be ignited by a hand-held lighter (here’s where the contained chamber comes in). Once lit, the combusting HHO gas will give a small pop, and visibly burn up.
Remember to experiment with a few different HHO cells and materials before building any cells for your car!
One of the best resources for learning how to build a HHO is an ebook called “Run Your Car For Free”. You can read a review for it here: Run Your Car For Free Review. Alternatively you can learn more about the process of building an HHO here: How To Build A HHO.
Filed under Articles by on Oct 4th, 2009. Comment.
October 5, 2009
One of the key expenses associated in the maintenance of a car is the gas bill. Gas bills are especially high for motorists who make full use of the vehicles. There are various types of consumers who are more likely to spend more money on gas. This includes stay-at-home mothers, or ’soccer mums’, who have to constantly ferry their children around. Working professionals, who have to stay mobile due to their job scope, are also likely to see an increase in their gas bill. If you’re constantly on the move and if you’re tired of exorbitant gas prices, you can build your own water fuel system to save on gas.
A hydrogen generator is a water ‘fuel’ system that is primarily used in petrol operated cars. A hydrogen generator turns water into its gaseous state of hydrogen and oxygen before feeding these gases into your engine. By introducing hydrogen and oxygen into your engine, less petrol is required, and the petrol that is being used will be used more efficiently. This gives motorists more mileage per gallon of gas, thus reducing the need to refuel.
There are two ways of installing a hydrogen generator in your vehicle. You could either install it yourself, or you could hire a professional to install one for you. Each method has its own set of merits and drawbacks; however one of the most dramatic distinctions is the disparity in cost.
Hiring a professional to install a hydrogen generator can cost several thousand dollars. However, building a hydrogen generator and installing it yourself can cost a few hundred dollars. The option you should choose will largely depend on how willing you are to do the installation yourself. Consumers who are looking to save money will probably perform the installation themselves. It is a cheap and fun solution that can serve as an entertaining hobby.
If you decide to build the hydrogen generator yourself, you should consult a good guide. There are several guides available on the internet. These guides vary in quantity and quality. Before making a purchase, you should conduct some research in order to find the best guide for you. The general principles used in all these guides are the same. However, the approaches may be extremely different. Some guides are written for specific audiences in mind, so it’s imperative to purchase the guide which most closely meets your needs.
There are some websites that offer comparisons and reviews on hydrogen generator guides. It would be ideal to consult these websites before you make a purchase.
Building and installing a hydrogen generator can be a fun hobby that the whole family can enjoy. Hydrogen generators are extremely cheap to produce and they can dramatically increase your vehicle’s mileage, thus providing a high return on investment.
If you desperately want to reduce your gas bills, but do not want to purchase an expensive hybrid or electric car, you can build your own water fuel system. It’s an affordable and simple solution for motorists who want to save as much money as possible while spending as little money as possible.
Click Here to learn how to run your car on water today. Arthur Maxwell is an expert on gas-saving cars, providing valuable advice at http://www.drivingcarwithwater.info/.
Filed under Articles by on Oct 5th, 2009. Comment.
October 7, 2009
Copyright (c) 2008 Steven Magill
Years ago, no one ever thought that solar powered vehicles are even possible. There are solar-powered calculators or solar batteries that can run small devices but as for solar-powered car engines, many have remained skeptical until they finally saw actual vehicles that run on the energy of the sun created for exhibits in various science and technology fairs. These days, many are already considering on the possibility that, in the next couple of years, mass-market solar powered vehicles will be available to consumers in replacement for the ones that run on oil fuel.
These days, one can see solar powered vehicles in engineering demonstrations and solar car race events.
Cost-efficient
Solar-powered vehicles are, without a doubt, more cost-efficient than the typical cars that run on oil fuel. After all, these cars harness energy from something that is abundant ‘ the energy from the sun. So long as the sun shines, these cars should be able to run just as efficiently as any other type of vehicle. Because they run on solar power, these vehicles will also enjoy higher mileage and longer life spans according to most experts. Solar powered vehicles offer a lot of benefits to the potential consumers who would be willing to invest on such cars.
While solar powered vehicles are not yet practical day-to-day transportation devices, it’s only a matter of time before they actually get introduced into the market.
How they work
Solar powered vehicles literally run on the energy coming from the sun. They follow the same idea as that of other solar-powered devices such as calculators or batteries. The surface of the car has solar panels that collect solar energy. Photovoltaic cells installed in the vehicle work to convert this energy into electrical energy that the engine will need to run the car. In theory, solar powered vehicles will only run when the sun is present. However, numerous studies are now being conducted with regards to the creation of energy trapping components that will enable the car to store enough energy for it to run even at night.
Design
The design of solar powered vehicles is largely limited by solar batteries that are installed in it. Most cars that run on the sun’s energy are designed to be lightweight. Every component shouldn’t weigh as much as the ones that you would typically find in conventional cars. They do have practically the same basic parts that traditional vehicles have. You will find brakes and accelerators in them. Some even come with cruise control.
Challenges
With solar powered vehicles, the current challenge is to create a process or a mechanism that is capable of harnessing solar energy efficiently even on places with a relatively smaller surface area such as cars roofs. Solar cells are usually effective on buildings because they are always exposed to the sun’s heat. Cars will warrant more attention on this area to create efficient solar powered vehicles that can be used just like cars that run on oil fuel.
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Filed under Articles by on Oct 7th, 2009. Comment.