Nowadays, can anyone live without electricity? Me neither. If the power goes out for even a short time, it's pandemonium around our house. No television, no microwave, no dishwasher, no dryer, no stove, no hot water. How will we survive? How will you? If you have a generator, you may never have to find out.

Portable and permanent are the two basic types of generators. The names say it all. Portable generators can be carried with you, and permanent generators are just that - permanent.

Since portable generators can only generate a small amount of electricity, they will only allow certain small appliances to run. Obviously, you will not be able to use a portable generator to apply power to your entire house in the case of a power outage.

Portable generators usually operate on gas or propane. Fuel tanks are built into the generator. Some portable generators can be plugged into an outlet. These are great for activities that require electricity without having to run three or four extension cords.

There are a couple of disadvantages to using a portable generator. One is that you have to manually start it. The other disadvantage is that you have to be sure to have the fuel on-hand for immediate use of the generator, if the power goes out. Once the main power has returned, you must also manually turn off the portable generator.

Portable generators can range from delivering less than 1 kW to delivering 15 kW. Of course, larger generators are available that can be towed to wherever you need the generator that produce 200kW or more. There are some portable generators that will produce up to 6,000kW!

Permanent (or standby) generators can power your entire house or business in case of a power outage. This type of generator is direct-wired to the building's electrical system, and it is fueled by the city (or other entity) using gas or propane lines.

The advantage of having a permanent generator is that you don't have to manually start it, and it can produce up to 20,000 kW of electricity. It automatically comes on when the power goes out and goes off when the power is restored. The disadvantage is that you cannot remove the generator, once it's installed without a large sum of money, time, and manpower.

Regardless of which type of generator you use, be sure to install it with a transfer switch. This will turn off the home or office's electrical current connection from the utility company before the generator starts running. By doing so, the generator's electrical current does not back feed into the utility lines, thereby creating a safer environment for the utility workers.

Different generators with different wattages are offered at different prices. This is to be expected. Before purchasing a generator, whether portable or permanent, be sure to examine your specific needs. You need to purchase a generator that will help you when it's supposed to.

Check the manufacturer's warranty and installation/use instructions. Be sure to use your generator safely at all times. Again, be sure to purchase a generator that will sustain you and your family in a time of crisis.

Joe Goertz
http://www.articlesbase.com/advertising-articles/choosing-the-right-type-of-generator-for-your-house-74499.html

You cannot possibly be using portable or mammoth sized fuel-powered generators every where, but then, there are chances that you do need electricity almost everywhere. Since these sources of generating electricity aren't everything you must be relying on, there are other alternatives. While there are some age-old tried ways to producing electricity like Bio-gas, windmills and some other organic sources, Atomic energy has evolved to be quite a miracle source of electric energy.

The potential applications for atomic energy are just unfathomable. There is an amazing potential in the focused energy derived out of atomic energy. The kinds of energy and applications you would have only heard about in science fiction. Imagine batteries that would last for years and years together and generators that could be used on satellites which would be up and away in space, far away from planet earth and even far from any kind of solar energy.

For all the breath-taking scope of applications that these RTGs can be used for, they operative principles are very simple. Semi-conductor like materials are used to bring about a differential in the heat and hence cause electricity to flow.

Now, in the nuclear energy production systems, a radio isotope like Plutonium – 238, is used which has a property of decaying and producing immense heat which is captured and electricity is produced from it. Since the decaying process can take years all together, the process is on until then. This energy emanating out of the radio isotope travels like an alpha particle but has a tendency to die too soon creating heat while doing so, this heat is in turn captured by thermocouples and generate electricity. That gives you the almost unimaginable electricity production ranging over years, non-stop, no moving parts and no maintenance.

Nuclear batteries, Radioisotope thermoelectric generators and more of their ilk have been a possibility due to the same technology and have been used previously on space missions. If you can comprehend the effort, time and money saved due to this perpetual energy when it is used with regular appliances like your laptop or cell phone, you would see almost impossible-to-achieve results.

However, these RTGs are way for commercial use. Steadily increasing the heat producing nuclear matter 'stock-pile', it is also possible to bring down the cost of these amazing power generating technology elements. Gradual increase in awareness and technological advances should be able to bring in all such wonderful alternatives into commercial use and be made accessible to everyone.

Barney Garcia
http://www.articlesbase.com/technology-articles/radioisotope-thermoelectric-generators-nuclear-batteries-71890.html

In the years 1831-1832, Michael Faraday discovered that electric currents are produced when an electric conductor – a medium capable of conducting electric currents, is passed perpendicularly through it. Now, while it may not sound very exciting, it is actually the next best thing discovered only to electricity. That was the time the basic foundation was laid for the ubiquitously important Electric Conductor, in form of something called as the faraday disc. This was a first generation homopolar generator and it used to produce a small DC voltage and large amounts of current. Thus miniature solutions and methodologies have been developed to replicate the very essential work of producing electricity. Not just by erudite scientists and engineers, but made possible for the common man who cannot understand an electron or even a generator weighing one ton.

However, the Dynamo was the first electric generator, entrusted with the enormous task of producing electricity for the industry at large and uses electromagnetic pulses generated by a rotating mechanical device which develop into alternating electric currents.

A French instrument specialist, Hippolyte Pixii, had built the first working dynamo model. Threads of iron were formed into a coil through which a spinning magnet positioned such that it's north and south poles alternate and produced alternating currents which were later changed into direct currents by using a commutator.

A generator, as you must have known well enough by now, does produce an electric current but not an electric charge which is already present in the conductor, something akin to a water pump, which creates the flow of water but does not create water itself.

Other forms of generators also exist and operate on other scientific concepts like piezoelectricity and magneto hydrodynamics. You will even come across different generators tending to cater to various purposes ranging from small portable generators to mammoth sized marines ones.

You would then again, see classes of generators like turbine-generators, engine-generators and the like, which utilize different inputs for their running

According to the maximum power theorem, it is understood that commercial generators are not made to produce maximum power, but then, they are designed at low-output and high-efficiency mode, made to come about by restricting the amount of heat lost due to the mechanical functioning.

With the advent of the industrial revolution in Europe and the Americas, the sheer variety of generators and the undeterminable number of the same used in the industry, can only reflect the growing criticality of its use. It has, of late, has become an indispensable tool which most industries cannot do without.

Barney Garcia
http://www.articlesbase.com/technology-articles/the-story-of-generators-how-the-power-came-into-being-71942.html

While generators are immeasurably important devices and help us from countering power outages and black-outs, there are quite a few things one would need to keep in mind before using and connecting these portable generators for your use, either residentially or officially.

Home's wiring is not matched for your Generator use: Connecting your portable generator to your home's electrical power system or wiring can be the most lethal thing around, capable of burning your home to ashes in an instant. It is a must to have your electrical engineer or contractor install a transfer switch, which is used to load and unload power and is also sometimes able to cut-off the electrical output being produced by the generator, once the main-utility supply is restored.

Generator not to be loaded on to regular household's power outlets: Your portable generator should never be connected to the switchboards or the power outlets in your home because generators tend to energize or simply burn out the dead wiring in the household which can cause burns or shocks due to the surges in electric output. However, if it is inevitable and some appliances have to connected to electricity, switch boards are provided on the portable generator too which have to used for a direct connect to the currents.

Overloading the generator can cause problems: Adding more and more appliances or simply loading up the generator beyond its rated capacity can be dangerous to your connected appliances and even yourself. Use the portable generator on a priority basis and only when absolutely necessary.

Attached garages and indoors are not places where generators ought to be used: Engine – generators, which are mostly your portable ones, emit deadly exhaust fumes like your automobiles. You don't want your home, garage or other enclosed spaces to be alternatives to those German smoke chambers, do you? Make sure your generator is placed out-doors, well-ventilated and also covered from snow, rain, preferably under a canopy.

Manufacturer's guidelines for safety and usage: They are your bible for using and operating your generator. Please pay heed to their advice, use recommended oils and lubrication. Attend to the regular maintenance schedules and keep the standard operating procedures adhered to, all the time.

Most importantly, keep it away from children, ground your generator for preventing shocks, keep the fuels out and never store them indoors. Proper usage of generators ensures a safe and protected usage of the same, for longer durations. A utility like this ought not to cause any trouble, which would happen when rules are not adhered to and simply safety tips are simply neglected.

Barney Garcia
http://www.articlesbase.com/technology-articles/safety-tips-for-connecting-and-operating-a-portable-generator-71889.html

Generators are used for the generation of electricity and they ensure that most of the essential appliances can be run whenever there is a power outage. Generators of different wattage capacities can be used according to the needs of the individual. The choice of buying the right type of generator depends upon a number of factors like the wattage capacity, voltage ratings, fuel type, fuel efficiency, noise level, portability and price – a prudent choice can only be made if you knew what to look for.

Stand By – Standby generators provide backup power in homes and offices and are permanently installed outside the house or office building. They are plugged into the electric circuits or home wiring. – The unit turns itself on and off automatically. They can automatically detect disruption in the usual electric supply and begin supplying power within a few seconds. – Propane and natural gas offer a safe, long-term fuel supply and are more environment friendly than gasoline or diesel fuels. – Like any motor, a generator motor creates quite a bit of heat and needs a cooling system to prevent overheating. Standby generators can be either air-cooled or liquid-cooled. The major difference is that air-cooled systems are louder and not quite as effective. Liquid cooled systems are quieter and more dependable – and also more expensive to purchase and to maintain.

Portable – Portable generators are usually used in places where there is no power supply such as construction sites, camps, etc. These generators are sufficient to run appliances like televisions, refrigerators, sump pumps and furnaces. – Portable systems are wheeled units that require to roll the generator outside, start it up, and hook it up to a power inlet box Portable generators supply electricity to selected appliances through extension cords. – They are fueled by gasoline, which can be difficult to store and transport during a blackout. Carbon monoxide is always a concern in the safe use of portable generators. – They are designed to be used for short periods of time only a few hours at a stretch. As a result, they tend to be much smaller and less expensive.

A related aspect of generator motors is the speed at which they run, as measured in RPMs. Generators made for the US market operate at one of two speeds: 1800 RPM or 3600 RPM. 1800 RPM motors will last longer and run quieter; 3600 RPM motors are smaller and lighter

Barney Garcia
http://www.articlesbase.com/technology-articles/types-of-generators-71935.html

Loss of a critical power source can devastate a key process or industrial asset.  Protect that power source from fire with a cost-effective and simple solution.

SEVO's FLEX™ is an automatic and completely self-contained fire suppression system that protects engine compartments of critical power equipment. This snap-in fire extinguishing technology installs in minutes and can feature a pressure switch interface for activation of a required alarm or shut-down sequence. Three sizes of FLEX™ systems are offered. The largest size is pre-engineered for hazards up to 250 cubic feet of volume (5 ft x 5 ft x 6 ft). These fire extinguishing systems are very robust.

SEVO's Flex™ uses Novec™ 1230 fire protection fluid which has a near zero atmospheric lifetime and near zero global warming potential.  Novec™ 1230 is non-toxic and is capable of being dispensed in “local application” or “streaming” system designs.  Novec™ 1230 is EPA approved, as well as UL-listed.

The fire detection mechanism used by the SEVO™ Flex system is a flexible 6mm polymer tubing that is specially formulated to indefinitely hold a charge of nitrogen.  Once pressurized to about 200 psi with N2, the differential valve on the tank of fire suppressant is seated by slowly turning a ball valve between the linear detection tubing and the top side of the valve.  After the valve is open, a sudden drop in pressure, caused by the incidence of fire or other mechanical release, will allow the valve piston to move upwards and thereby release the tank of fire suppressant.

• Self contained, compact
• Self activated by temperature
• Snap-on simplicity
• No mechanical, electrical, battery systems required
• Rugged construction and maintenance free

A brochure or price quotation is available upon request.

Visit www.sevosystems.com for more information.

Jeff Tilley, National Sales Manager

(850) 508-9465

Jeff Tilley
http://www.articlesbase.com/gadgets-and-gizmos-articles/automatic-fire-suppression-system-protects-portable-generators-gensets-and-auxiliary-power-units-686620.html

Loss of a critical power source can devastate a key process or industrial asset.  Protect that power source from fire with a cost-effective and simple solution.

SEVO's FLEX™ is an automatic and completely self-contained fire suppression system that protects engine compartments of critical power equipment. This snap-in fire extinguishing technology installs in minutes and can feature a pressure switch interface for activation of a required alarm or shut-down sequence. Three sizes of FLEX™ systems are offered. The largest size is pre-engineered for hazards up to 250 cubic feet of volume (5 ft x 5 ft x 6 ft). These fire extinguishing systems are very robust.

SEVO's Flex™ uses Novec™ 1230 fire protection fluid which has a near zero atmospheric lifetime and near zero global warming potential.  Novec™ 1230 is non-toxic and is capable of being dispensed in “local application” or “streaming” system designs.  Novec™ 1230 is EPA approved, as well as UL-listed.

The fire detection mechanism used by the SEVO™ Flex system is a flexible 6mm polymer tubing that is specially formulated to indefinitely hold a charge of nitrogen.  Once pressurized to about 200 psi with N2, the differential valve on the tank of fire suppressant is seated by slowly turning a ball valve between the linear detection tubing and the top side of the valve.  After the valve is open, a sudden drop in pressure, caused by the incidence of fire or other mechanical release, will allow the valve piston to move upwards and thereby release the tank of fire suppressant.

• Self contained, compact
• Self activated by temperature
• Snap-on simplicity
• No mechanical, electrical, battery systems required
• Rugged construction and maintenance free

A brochure or price quotation is available upon request.

Visit www.sevosystems.com for more information.

Jeff Tilley, National Sales Manager

(850) 508-9465

Jeff Tilley
http://www.articlesbase.com/gadgets-and-gizmos-articles/automatic-fire-suppression-system-protects-portable-generators-gensets-and-auxiliary-power-units-686620.html

When I think of portable generators, I think of something that can generate energy in an emergency or at a powerless location (up in the mountains), that can be carried. Well, with a little research, it didn’t take me long to discover that there is a lot more to portable generators, and that they can be divided into three different styles. They are:

1. Recreational
2. Emergency
3. Professional

So, lets take a look at each of these categories so that you can find the best portable generator for your personal needs.

Recreational Portable Generators
Now, I did kind of have it right, portable generators allow you to take the convenience of home with you no matter where you go. But you also have to be careful. There is nothing worse than being at a remote campground and having somebody pull up, set up their tent and then start their noisy generator so they can watch a movie. It takes the peace out of being one with nature. When in the outdoors, stick to a recreational generator. They are typically small with low wattage and do not make as much noise as an emergency or professional generator.

The most common sizes that a recreational generator comes in is 1000 watts and 2000 watts. The smaller of the two is good for running only one or two appliances at a time, the larger one will usually allow you to run multiple appliances simultaneously. But always be aware of how much wattage each appliance takes, they should all have a plate on the back letting you know their wattage, that way you can unplug and plug in appliances as needed without overloading your generator.

Emergency Portable Generators
The modern world is very dependent on electricity, and though it can be a fun family evening sitting around in the dark with only candlelight or a fireplace, lack of power can cause some real problems. Security systems can fail, food can spoil, basements can flood, and if you live in the country on your own well, you typically lose your water along with the power. These can be real problems if power is out for an extended period of time. To solve these problems, many people use portable generators as an emergency back up, and your little recreational generator will not do the trick!

Now, to know how much power you need if your power goes out, you can figure it the long way by looking at every appliance needed and tallying up the total wattage, or you can use a general rule of thumb.

Medium portable generators (30000 - 6000 watts) will allow you to power multiple appliances; however, any appliance that has a motor (fridge, furnace, sump pump, freezer) takes more power and you would not want to run two of these at the same time on this small of a generator. You would have to rotate the major appliances that you need to run. So, the cost is less, but it takes more effort to keep things going.

If you want more power, you can move up to the 7000 - 9000 watt range, this will allow you to power multiple rooms or a couple of larger, motorized appliances at one. But even this size is not enough if you want to run an air conditioner.

If you want central AC, you have to get the extra large portable generators that are 10,000+ watts. These will restore power to most of your house, assuming your home is not very large. But if you are running a central air conditioner, check the amount of energy that your AC needs to make sure that you get a generator that is big enough.

Professional Generators
These portable generators are typically used on a job site, and the sizing is basically the same as for emergency generators. You have to consider how big the job is, and how much equipment and tools you need the generator to power. Professional generators are typically a bit beefier than their home emergency counter parts, they are designed to hold up under rougher conditions.

Personally, when in the outdoors, I do not need to power a coffee maker, TV or mini fridge. But having been in many black outs, I do like the idea of the emergency portable generators. Especially having lived in the country and know what it is like to have to melt snow on a wood burning stove just to flush a toilet! But how about you, do you have any need for a portable generator?

MJ Marks
http://www.articlesbase.com/tools-and-equipment-articles/what-type-of-portable-generators-do-you-need-746648.html

Whether you live in a hurricane prone area, tornado alley or in the ice storm areas up north, it is a good idea to have some type of backup plan in place in the event you lose electricity. A portable generator can be a very useful piece of equipment. However, as with anything else, there are certain things that you need to be aware of before you make a decision about which one to get.

There are a few things to consider before purchasing home or business backup generators. Should you get a gas portable generator or perhaps one of the diesel generators? The different types of fuel that it normally uses are gasoline, diesel, natural gas or propane.

The least expensive is gas but they also last the least amount of time and require the most maintenance. Also, gasoline can't be stored for long periods of time unless it has been treated with stabilizers. Diesel is thought to be one of the best fuels for it as it is more efficient. However, natural gas and propane burn cleaner yet are not always easily available in some areas.

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Depending on how much wattage you think you might need during a crisis, you may need a portable generator between 5KW and 7KW. This would probably be sufficient to run your lights, a refrigerator and a television. Of course, if you will need to run more appliances, then you would increase the KW. Be sure to check with a few different places so that you will feel secure in your decision. You should be absolutely sure that the machine you buy will be able to handle what you need to run.

One other consideration is how easy it will be to operate, as some have an electrical start while others may be a pull start. Gas generators can be hard to start if it has a pull start, and portable generators diesel are quite difficult to start when the weather is cold.

	Honeywell HW1000i 1,000 Watt 53cc 4-Stroke Portable Gas Powered Inverter Generator (CARB Compliant) List Price: $599.99 Sale Price: $349.00 Average Rating:
	This inverter creates power that is so safe, you'll never have to worry about damaging your sensitive electronics. Surge Watts: 1,000, Rated Watts: 900, Start Type: Recoil, Engine Displacement (cc): 53, Engine: OHV 4 stroke, Run Time: 5 hrs...

	Generac 5724 GP3250 3,750 Watt 206cc OHV Portable Gas Powered Generator List Price: $494.76 Sale Price: $383.04 Average Rating:
	Generac GP Series, 3,250 Running & 3,750 Surge Watt Portable Generator, Features: 207CC OHV Engine, Hardened Steel Tube Cage, Integrated Fold Down Handle, Wheel Kit Included, Low Oil Shutdown, Hour Meter With Maintenance Resets, Circuit Breaker Protected Outlets, Low Tone Mufflers.

	All Power America APG3004 1000-Watt 2-Cycle Gas Powered Portable Generator List Price: $139.99 Sale Price: $99.99 Average Rating:
	All-Power Gasoline Powered 2-Stroke Generator. 1000 watt Peak, 800 watt Rated. 1.5HP. Runs 8.5 hrs on 1/2 load. Low noise. 1-120V outlet, 1-12v DC.

	Makita G1100 1,100-Watt 2.5 HP Portable Power Generator List Price: $949.99 Sale Price: $829.99
	The Makita 1,100-watt 2.5 HP portable power generator has an 85 cc overhead valve engine for optimal durability and longer life. It delivers a 1,100-watt maximum output with 4.2 hours of runtime from a tank with a 1...

	Makita G4300L 9 HP 4,300-Watt Portable Generator List Price: $2,240.00 Sale Price: $1,599.00
	The Makita 4,300-watt 9.0 HP power generator has a 265 cc overhead cam EX series engine that's chain-driven for superior performance and includes fewer moving parts for greater reliability. The 4,300-watt maximum output delivers plenty of power for running various appliances and tools in blackouts...

If you are not able to afford to purchase a small portable generator, then you may want to consider renting one if there is a location near you that will do that. This can be especially helpful if you will not need one on a 24/7 basis. However, before you go to rent one it is a good idea to know what type of wattage you will need. Figure out everything that you will want to run with a portable generator and the rental store staff can help you figure out what wattage you are going to need.

By Mike Selvon

Mike Selvon has some great informative articles. If you enjoyed this article, please visit his website for more on the portable generator, and also learn more insider tips on the watt generator

Article Source: http://EzineArticles.com/?expert=Mike_Selvon
http://EzineArticles.com/?Tips-When-Investing-in-a-Portable-Generator&id=2354815

Technorati Tags: backup generators, diesel generators, Gas Generators, gas portable generator, Portable Generator

Portable generators are critical to have in emergencies or for use in areas where there is no traditional electricity. Always keep in mind there are safety issues related to the proper use of the generators. First is electric shock, second is carbon monoxide poisoning, and last is the danger of fire.

Portable generators can cause electrocution if they are left in the rain or sitting in water. Keep the generator under a canopy where it is protected, but not totally enclosed. It must still have adequate ventillation. Never touch the generator when you are standing in water or your hands are wet. Never run extension cords through water of any kind. Keep all unauthorized people away from the unit while it is operating.

Carbon monoxide is a colorless, odorless gas that is given off in the generator's exhaust. That is why a generator should never be used indoors or in any encloed space where exhaust can accumulate. Flowing air ventillation is recommended which will take exhaust away from any living area. If you ever start to feel dizzy or sick, shut the portabel generator off immediately and move to fresh air.

Honeywell Portable Generator Electric Start 5500 Watt 5500 Watts 6.5 gallon Fuel Tank Electric Start Color Coded Starting Controls Sound Filtered Oversized Muffler Runs 8 Hours Big Bore 337cc 11 HP OHV Honeywell Engine Bring the appliances outdoors and prepare for any emergency with the Honeywell 5500 Watt Electric Start Portable Generator. 5500 continuous watts 6875 maximum watts and a 6.5 gallon fuel tank help this generator run for 8 hours at a 50% load 220 lbs . This generator couldn't be easier to use with a color coded starting control simplified power control center and 24 hour instructions. This portable power generator comes with everything needed including the first liter of oil and funnel never-flat wheels an easy mobility high leverage handle and a 4 in 1 power cord. The sound filtered oversized muffler offers quiet operation while low oil protection fuel gauge automatic voltage regulation and overload protectioncomplete this generator. Big-Bore 337cc 11HP OHV Honeywell Engine provides more power and durability. 45.8A at 120 Volts 22.9A at 240 Volts.

Fires can be caused with portable generators in two ways. Fuel should never be stored indoors and always in properly marked containers. It should also not be stored in any room where there is a gas water heater since fumes can be ignited along the ground if any fuel is spilled. And a generator must be allowed to cool completely down before refueling, since any fuel spilled on a hot engine will ignite.

Make sure all extension cords are of high enough rating for whatever load they are to carry. Also check for fraying, exposed wires or areas where the cord may be underneath something else and is hard to see. Many people will put cords under rugs or furniture, but this can harm the cord and hide any defects in the cord.

BRIGGS & STRATTON G1000M Elite Series Generator 900 Running Watts. 1000 Starting Watts 2.5 HP OHV Engine for longer life, longer running and reduced noise 1.2 Gallon Fuel Tank / 6.4 Hour Run Time at 1/2 Load (2) 120V-15A Outlets, and a 12VDC Battery Charger Outlet Ultra Quiet, Lightweight and Compact Dimensions: 18"L x 13.5"W x 14"H Weight: 60 lbs Warranty: 2 Year BRIGGS & STRATTON Limited Warranty

Check cords when the portable generator is operating to make sure they are not overheating. Overheating is an indication of too much load for the cord or else damaged wires inside the cord. Even though the cords may be rated for the load you have, if compressors are turning on and off, the load may be temporarily increasing beyond the rating.

Portable generators can be a life-saver if you are careful and watch for these safety issues.

Article Source: http://www.articlesbase.com/home-and-family-articles/portable-generator-safety-tips-46397.html

Author: Gail Metcalf  About the Author:
Gail Metcalf provides portable generator information on her Home Improvement website.

Technorati Tags: carbon monoxide poisoning, electric shock, Portable Generator