Generator Blog

Wind generators are perfect if you live in a windy place or your solar panels are no longer enough to cover your energy needs. But before you start buying the materials for one, it’s imperative that you do a wind assessment test beforehand to see if the wind current is enough to produce the desired output. Without these tests, the risk of ditching the entire project and losing your initial investments are at an all-time high.

First, you need access to GIS (geographic information system). These are public data sets collected and maintained by the US National Renewable Energy Laboratory. Using their specialized tool, the said data sets can be used to calculate the potential amount of electricity that can be produced within the area of concern. Once you have the green signal to build a wind generator, the next task is to know the right resources or manuals to start out the project.

If you want to save money, consider building your own wind generator; the cost of finding your own materials than buying a ready-made windmill is comparatively lower. The only obstacle you will be likely to face is when the manuals are not readily available, or you are not a technically-inclined person.

To build a wind generator, you will need the main parts such as the blades, DC motor and the mast, all of which can be purchased from your local hardware stores. You also need batteries where you store the generated energy. If the budget is limited, use recycled batteries instead of buying new ones.

The majority of today’s homemade wind generators are built in horizontal axis. This is a popular design, and you see lots of them when you go to the countryside or farms. Since the blades rotate horizontally on an axis, a mast or vertical tower is needed to hold the whole structure. Ideally, the higher the mast, the faster the wind and the more energy can be generated. However, in real practice, this isn’t feasible for a homemade one due to the cost of building a mast to support it.

A better solution would be to build multiple smaller units outputting just 1000 to 3000 watts rather than one complicated and pricey wind structure. A single unit cannot supply your entire power needs, but eventually, as you build one generator after the other, you will be able to cover all your energy needs.

Most wind generators consist of 2 to 4 blades, which is already efficient in terms of power generation. Two blade turbines are generally cheaper but are less efficient while having four blades are the best but are costly. Either way, building a wind generator can save you lots of money over time, and will let you go green while doing it.

A magnetic electricity generator is also widely known as a free electricity generator. The idea is to use the force of magnets to induce motion. But what does motion have to anything with generating electricity with magnets?

The answer is simple. If you ever wonder how water turbines and wind turbines generate electricity, you would learn that they use motors of any scale that use motion to generate electricity. It’s the same concept with magnetic generators. Magnets are embedded into designs that contain a motor. The shaft of the motor is coordinated with the motion of the magnets. The motor, here, is the device that uses the rotation of the shaft to convert mechanical energy into electricity. Therefore, by designing the generator to capture the motion the magnets produce, magnetic electricity is achieved. The strength of the magnets highly determines the efficiency of a magnetic generator. They can be scaled in size to empower electrical needs of any type; most of all magnetic electricity generators produce alternating current that’s compatible with a house’s electricity line which is a feature that requires additional machinery in solar panels or wind turbines.

The use of magnetic electricity generators for the production of electricity is not a concept that has reached mainstream as yet. It has been said by many that large energy corporations have tried their level best to keep this concept hidden, due to the fact that it may ruin their profits once the common man gains access and further develops the idea. However, some scientists have managed to re-write the whole concept so that it could be understood by the common man in order to be made use of.

Building a magnetic electricity generator is not an entirely difficult task. All that’s required is some basic knowledge on the subject, along with some building and wiring skills. A generator, properly tweaked, will have the capacity to power up your entire house. There are many other specifics that it needs to be built upon to make it a device that will actually be beneficial. It is also a device that will suit any type of setting or surrounding, no matter where you live.

Despite it’s capacity of producing electricity in a much efficient manner compared to other types of alternative electricity generators, pre-made magnetic electricity generators are a rare sight which remains a mystery. However, DIY electricity enthusiasts are now building these devices based on professional guidance, in the form eBooks.

A residential magnetic electricity generator can help you produce safe, clean, renewable energy without harmful by-products and can also help you go completely off the grid.

Traditional generators need to revolve at 1800 revolutions per minute to generate power. This requires a great expenditure of energy to produce a feasible amount of power. With low RPM generators, there is the advantage of power production at low revolutions per minute. The low RPM generator starts producing power at a single RPM. There are several advantages associated with a low RPM generator in terms of performance, reliability and life of the equipment. The low rpm permanent magnet generator uses powerful neodymium magnets that create a permanent magnetic field around the conducting coils. Here are some advantages of low RPM generators:

Low cost: These generators not only provide higher efficiency than traditional alternators but they also have low cost structures reducing upfront capital costs. The lower weight compared to DC generators reduces the cost of materials.

Low maintenance: The permanent magnet generators don’t require extensive maintenance as these are designed to operate in an optimum manner. The neodymium magnets used in these generators have a high working temperature which ensures that these magnets will not demagnetize very soon and continue to provide services for a long time to come.

Reliable Power Output: The permanent magnet generators are a highly reliable source of power as they work at low speeds which leads to less wear and tear of various parts of the generators. As there are no slip rings used in these generators, these are simple to maintain and ideal for power production for a longer duration of time.

Simple Design: These generators have a simple design which makes it easy to produce them and also helps in proper maintenance and repairs in future.

Different Sizes: These generators are available in different sizes and capacities that allow users to choose one that meets their requirements and budget. Whether a permanent magnet generator is coupled with a wind turbine for a small business facility or for power needs of a small house, these generators are perfect for all applications.

When you’re first starting out with a wind generator I recommend DIY PVC wind generator blades. The reason being that they are quite easy to build and they can be built fairly cheaply as well.

When I was building my first wind generator I really didn’t have the money for a nice set of blades, so I had to find a way to make some decent blades. After doing quite a bit of research I found that PVC is widely used to make decent quality wind generator blades.

You may be asking “why not wood?”. Well, I did make some wooden blades once which worked very well. The only problem is that they would always get a little chip in them which would pierce the watertight coating. The blade would start to absorb moisture and the wind generator was very unbalanced. I have heard of people letting this go on to long and the blade would snap off. For this reason I don’t recommend anybody build wooden wind generator blades… they’re just too dangerous.

Back to DIY PVC wind generator blades though. These blades work pretty well for wind generators with a diameter of less than 6′. That means that each blade is 3 feet long or less. I’ve found that if you try to go any bigger the blades bend and wobble to much.

The PVC is actually cut off centered. What I mean by that is a centerline is drawn down the pipe and the blades are off centered from that. After quite a bit of experimentation I’ve found that they are quite a bit more efficient with this design.

After your blades are cut you do need to sand them down. If you smooth the blade and the edges so that they’re nice and rounded they will move through the wind better (which will produce more power). It doesn’t take that long to do, but the results are worth it.

Before you can mount your blades you will also need to apply a couple coats of UV protective paint (Tremclad works good). Pretty much any paint will work fine as long as it’s rated for exterior and has the UV protection. Why do you need this paint? Well, PVC is strong, but the suns rays make it brittle. After a long time your blades are liable to break (I know this from experience); however, by applying this coat of paint you solve this problem.

Now you can mount your blades to your hub. It’s a fairly straightforward job… simply drill a couple holes and bolt everything together.

Before you mount your blades on your motor you should balance them first. I usually mount them on something that spins (steel rod with some pillow block bearings) and just spin and mark which blade is on the bottom. If it’s consistent I’ll remove a little weight and repeat the process.

People buy Honda generators because they trust Honda to produce class leading products. The main reasons people give for buying and using Honda generators are:

• They are reliable - Honda’s reputation for reliability is unmatched. These units offer dependable starts and can be counted on to keep on running for years.

• They are fuel efficient - Honda has designed their engines for increased fuel efficiency and longer run times. Features like Eco-Throttle and Auto Throttle prove their worth by allowing users to get maximum benefit from each gallon of gas.

• They are quiet - Honda generators use four-stroke engine technology to provide needed power with incredibly low decibel levels.

• They are portable - Honda provides lightweight, easy-to-carry models for many uses. They also offer wheeled transport kits for larger units.

• They deliver clean power - Clean power means that you can run sensitive electronic equipment without worrying about unexpected power spikes and interruption.

The unit you choose will depend on your intended use. For example, if you need a generator to use in your RV or at the campsite you will probably want to get one from the Super Quiet series. These units are designed for optimum portability, reliability and convenience, with power output ranging from 1,000 watts to 6.500 watts.

Other options include: the Deluxe series that features many enhanced functions and provide 4,000 to 6,500 watts of power; the Industrial series - long-time favorites in the construction and rental industries; and the Economy series which provides excellent reliability and a no-frills approach.

Honda advertises that its generators can be used for home backup power, for work or for play. Many people get Honda generators to provide backup in case of power outages at home, but they use them for other purposes as well. No need to allow the generator to sit in the garage gathering dust. When you acquire a Honda generator you get a unit that is designed to give you excellent reliable service.

But, even the best designed generator requires appropriate maintenance and repair. Over time you will find that you will get more benefit from your unit by adding certain accessories, such as a good generator cover or a parallel kit that allows you to run generators in parallel for even more power.

Depending on how hard you run your generator you will also find that certain parts need to be replaced in order to keep things running smoothly. You may be tempted to try to use parts or accessories that are cheaper than those offered by Honda. After all, we all like to keep our cost down where possible.

The reality is that using anything other than genuine Honda generator parts and accessories is false economy. You may save a little money at first, but, over time, you will probably get less overall value from your generator. Honda prices their items competitively so your initial savings won’t be that great anyway.

When you buy a generator you plan to be able to use it for a long time, possibly as long as twenty to thirty years. Given that long time frame, it makes sense to spend a little more now to protect your investment. You can get expert advice and guidance regarding the capabilities of Honda generators from your local Honda dealer. Honda only selects dealers who are knowledgeable and customer friendly. Take advantage of their expertise.

 all units to serve an increased level of safety. This has been an issue in the past, where lives of workers were put in danger. Although, with the quality of power these machines have, these units are more durable and potential hazards such as power failure will no longer be a problem in the field.

Units like these are built ergonomically, making it easy to manoeuvre the machine on the yard. These are very easy to attach to working equipment, and the pilot has full view of the equipment. Something like this holds an immense load of power, and knowing how to operate it is crucial.

A magnetic generator is ideal for working with scrap metal in terms of hauling and moving. Something like this is safer than the traditional equipment. When in need of metal lifting, getting a piece of equipment like this is the sure way to go.

Build a wind generator to supplement the power produced by the solar panels. Finding plans that were easy to read and complete turned out to be quite a bit harder than I expected. After trying out a bunch of different plans and finding them all to be garbage I decided to make my own wind generator plans.

The first thing that I decided to do was set out my own requirements for the project. The first step was to figure out how much power I wanted to produce. I kind of went overboard and decided on a 1kw wind generator. There is also the option of a vertical or horizontal axis wind generator (I chose horizontal because it’s simpler… they’re the ones on top of towers that have 3 blades).

Now that I had the requirements for my project I had to figure out how to fulfull them. The wind generator had to be fairly cheap because I didn’t really have a lot of extra money at the time. I found out that you can cut PVC pipe up and it makes pretty good blades so I started on them. They took a couple hours to build (and balance) and afterwards I coated them with a coat of paint (UV protective because PVC becomes brittle when exposed to sunlight for long periods of time).

I had heard that people were using old Ametek motors as generators in wind generators so I decided to use one as well. I mounted it onto my body (piece of 2×4) using something called all-round. The motor still needed to be covered to protect against the weather so I made one cut down some PVC pipe and slipped it over the motor. I broke down and bought a hub because they aren’t that expensive and I didn’t really know how to balance them.

After connecting the blades to the hub and mounting the entire assemble to the shaft of the motor I was almost finished. All that I needed to finish was add a tail and a flange. The tail was made from some steel rod from the hardware store and some plexiglass that I had leftover from building solar panels. The tail actually looks pretty neat because it’s clear.

The last step was to put a flange on the underside of the body and attach some steel pipe to it. This would allow me to drop the wind generator into the top of the tower and would allow it to move as well.

I thought that finding a tower would be the hardest part of the build, but it was pretty easy. I was over at a friends helping him re-shingle his roof and noticed he still had his TV tower up despite having switched to satellite a couple years ago. It looked quite sturdy and it even had a hole in the top that I could use to mount the wind generator on. I asked him if I could have it and he said “sure, I never use the thing anymore and it’s an eyesore”. If only he knew how valuable it was to me!

I got the tower home (it can be disassembled) and promptly built a good concrete foundation and got it up. After mounting the wind generator on top and praying it would work I hooked it up to the charge controller only to discover that I had a huge fan.

That’s when I learned that you need to hook a diode inline with the wires that come from the wind generator so electricity can only move in one direction. After fixing that little mistake of course it wasn’t windy for a couple days. We were out getting groceries though and the wind had kicked up so I rushed home to see if the wind generator was spinning.

I couldn’t believe it! I got home and it was sitting on top of the tower spinning away happily producing power for the house.

Working with a portable generator is one of the best ways to ensure that you always have enough power to complete any of your DIY home improvement projects. Rather than depending on your home’s electricity, you will find that having a portable generator making your projects much easier and much cheaper. All you need to do is power up your generator, plug in your devices, and you can get as much electricity as you need at a very low price.

Buying a portable generator can be one of the best investments that you can make. The ability to generate power will come in handy in case of an emergency, especially if your home remains without electricity for a few days. In order to be prepared for any emergency, you should consider purchasing a portable one that will be easily stored with the rest of your emergency survival equipment. It will be an initial investment, but you will find that your investment will pay off when you need to use the generator in some disaster or emergency situation.

Portable generators will also enable you to take your electronic devices with you when you go out camping or fishing. Rather than suffering in a tent with nothing to do, you will find that you can always provide entertainment for your family by simply plugging in your family’s portable laptop computer. There will be no need for you to worry about your laptop’s battery running out of power, as you can simply crank up your generator and plug your computer into it.

There are many situations in which you will find generators will come in handy, and there are types of generators designed for every situation. There are large generators that you can use to provide massive amounts of energy, as well as small generators that will provide you with enough power to plug in your laptop or miniature TV.

The size of the generator that you buy will depend entirely on the use to which it will be put. If you want to do actual work with power tools and more energy-intensive equipment, you may need a portable generator capable of producing more energy. If you just want to provide illumination or power for your campsite when out in nature, a small generator should be more than enough to meet your needs.

The best thing about portable generators is that they are not as damaging to the environment as the large generators are. Smaller generators tend to be powered by propane rather than gasoline, and propane is a much cleaner fuel. You will find that working with portable generators makes your life much easier, and you can have as much energy as you need if you consider carefully the size of the generator before you purchase it.

The need for diagnosing potentially diseased organs using safe and technologically advanced methods has been a challenge for medical science for decades. Now a new Tc-99m generator has been put on the market that promises to be the radiation diagnostic device for which patients and medical personnel have needed so urgently.

What is the Tc-99m generator?

Technetium-99m is a man-made radioactive isotope manufactured from the element technetium. Favored by the medical community because it releases small amounts of radiation to the patient, it is used to image internal body organs. With a half-life of only six hours, it does not cause radiation damage.

What are the uses of the Tc-99m generator?

The Tc-99m generator is an imaging device used to determine whether a particular part of the body is diseased. A diagnostic nuclear medical procedure, the Tc-99m is used to scan kidneys, heart, lungs, brain, lymph nodes, thyroid glands, salivary glands, placentas, blood pooling, nasolacrimal drainage systems, urinary bladder, liver, spleen, bone-marrow, and bone, to name just a few.

What is the procedure when using the Tc-99m generator?

The procedure using the Tc-99m generator is not difficult. Using a bone scan as an example, the patient is first injected with the radioactive dye through an intravenous line (IV). Usually, after two or three hours, (to allow time for the compound to localize) the patient is scanned. Any problem areas will show up where the radioactive marker is concentrated. These are known as “hot spots”.

What are the benefits of the Tc-99m generator?

The advanced technology of the Tc-99m generator offers many benefits to physicians, nurses, and radiology technicians.

• Whenever using a radiological diagnostic apparatus, the safety of the medical staff is essential. The Tc-99m generator, designed to provide enhanced radiation protection, offers either a tungsten or lead shield. This assists in decreasing exposure to occupational staff.
• The Tc-99m generator delivers a stable and safe supply of radioactive isotopes with great flexibility.
• Medical facilities can order generators that meet their requirements - anywhere from 0.2 curies to 5 curies.
• The calibration date is easily adjustable to meet the needs of medical personnel.

Radiation technology has advanced tremendously over the years and the Tc-99m generator is the proof. Relying on advanced medical science, patients can be assured of the best diagnostic equipment on the market today. Medical personnel can be assured that while attending to their patients, they will be successfully shielded from any excess radiological particles, thus insuring their long-range health.

Looking for a powerful yet portable and efficient generator? Look no further because the ETQ TG72K12 8250 Watt 13HP 420cc 4-Cycle OHV Gas Powered Portable Generator with Electric Start can answer to all of your needs. It is an excellent generator for power outages, providing enough electricity to your devices while protecting these from damage caused by sudden electrical spikes.

Featuring a powerful 14-horsepower gas powered engine, the ETQ TG72K12 Portable Generator produces a maximum of 8,250 watts. It easily makes reliable startups thanks to its easy-pull recoil and electric start feature. Equipped with a 6.42-gallon fuel tank, it is capable of running for 6 hours on a full load. Featuring an auto throttle control, it automatically speeds up whenever more power is needed and even shuts off the generator if it is low in oil. Its engine isn’t just powerful, it’s also quiet, thanks to its muffler that produces just 70 decibels during operation.

If you are an avid computer user, you know how dangerous sudden surges and spikes can be to its electronic components. The ETQ TG72K12 ensures that your computer is safe by using its Alternator Technology feature. This allows high quality and safe electricity to be produced, giving you peace of mind that power surges will not be able to damage your sensitive electronic devices once they are connected.

Thanks to its heavy-duty steel construction, the ETQ TG72K12 Portable Generator is job-site ready and built to last. From the engine’s cast iron sleeves to the durable 1 inch steel framing for impact protection, it is durable enough to withstand constant wear and tear. Weighing 207 pounds, easily move or store it in your garage using its included wheel kit and fold down handle.

The ETQ TG72K12 Portable Generator has two 120-volt outlets for your everyday low voltage appliances, such as electric fans, televisions, computers, microwaves and toasters. A 240-volt outlet is also available for appliances having higher wattage such as water heaters. All outlets feature a circuit breaker protection which eliminates the risks of power surges that are harmful to your electronic equipments. Finally, if you own an RV, the ETQ TG72K12 Portable Generator becomes an effective power solution during family trips thanks to a 120-volt, 30-amp RV connection. Bring it along to ensure that you will experience no power outages on the road or at the campsite.

Purchase your own ETQ TG72K12 8,250 Watt 13 HP 420cc 4-Cycle OHV Gas Powered Portable Generator with Electric Start online for $799.99. It comes complete with a wheel kit, a foldable handle and a 30-amp RV connection. It is backed by a one year manufacturer’s warranty.

If you don’t want a noisy generator providing only mediocre performance at best, take a look at the ETQ TG72K12 8,250 Watt 13 HP 420cc 4-Cycle OHV Gas Powered Portable Generator with Electric Start. It provides clean and safe electricity for your appliances and is portable for those fun filled family trips. Never be inconvenienced again by unexpected power outages, with the ETQ TG72K12 Portable Generator, you have power where you need it, when you need it.