Found some great Woodwork Plans

Ever wanted to create woodworking projects easily and quickly?

I just came across a site with over 16,000 downloadable woodworking plans at:
http://www.TedsWoodworking.com

Here is an honest review of TedsWoodworking.com

Pros:

If you want to start a woodworking project, you need all the necessary information, including schematics, blueprints, materials lists, dimensions etc. That is where TedsWoodworking comes in. The plans are clearly drawn and there're step-by-step explainations of how the plan should be done and put together.

There are several other sites whose collection of plans have the dimensions totally wrong without any indication of parts lists, material lists or the tools needed. If you're one of those people who have bought plans like this in the past, TedsWoodworking will change your perception.

In Ted's Woodworking you will get everything you need:

• Diagrams which are detailed with a full set of dimensions
• Step -by-step instructions how to start your project
• The necessary materials for that particular project
• All the woodworking tools you will need

If you are a beginner or have done some woodworking you will find these plans easy-to-follow as the instructions are very clearly written. The woodworking plans are straightforward so they are not complicated at all. Even if you are a total newcomer to woodworking you will simply be able to master all the techniques that are needed and the woodworking skills very quickly by following the concise and clear instructions.

Another thing which is so great about these woodworking plans is that there have been some videos included and there are some to guide you in how to build benches home furniture dog houses bird feeders sheds and much much more.

There is also a lifetime member acess included in the package and you get these extras for no cost to you as they are free with no additional charges at all! This alone is worth the entire price for TedsWoodworking.

Ted Mcgrath is a very dedicated and experienced woodworker who knows what he is talking about when it comes to woodworking and DIY projects s he has been a woodworker for many many years.

Cons:

There is only one drawback that we could find and that being with 16,000 woodworking plans you are bound to get some which look a little disorganized but that is understandable as it is very difficult to place all these plans into their proper categories. Secondly, it might take you a little longer to do the downloads on because of the size of them. But the members area include an option to upgrade to the DVD so you can save time on downloading.

Bottom line:

Truth is, I've been a carpenter for almost 36 years, and I haven't found anything like this for less than 10's of thousands of dollars.Here's the bottom line: If you are planning to start on your woodworking project, this isn't something you SHOULD use, it's something that you would be insane not to.

For many woodworkers, the question is where to get the best do-it-yourself woodworking project plans at the most reasonable price.

Typically, you need to buy specific plans for every project you tackle,whether it is building a bird feeder, making home furniture, or building a shed. Buying individual plans is time consuming and costly.

But what if you could find a comprehensive package? If you are looking for good woodworking project plans, there are five things worth considering--

1. Are they comprehensible with clear, concise instructions that can be followed easily from head to toe
2. Are the illustration and diagram details accurate and effortless to decipher
3. Are the blueprints and schematics detailed, with helpful tips to make your project hassle-free
4. Do they contain a fully detailed and specific list of required materials and hardware needed
5. If you are buying online, are they a reputable company who offers a money-back guarantee

Having uncomplicated step by step advice allows you to get the job done faster, cheaper and without frustration.

There is nothing worse than being confused by unclear diagrams or having them skip important details completely. The importance of detailed and straightforward plans that don't leave anything to the imagination cannot be underestimated.

After all, every woodworker wants to enhance their skills and turn out good quality finished pieces time after time.

So whether you are an avid woodworker or a woodworking hobbyist, you want to make sure you are getting good value for your dollar. With that in mind, why would you pay full price for plans if you can get a huge discount?

If you were to buy individual, project-specific plans, the total cost would add up in no time. Besides, it's likely that some of your money may be wasted on plans that just don't cut the mustard.

Your best bet would be to look for a comprehensive package for a great price. Why?

Firstly, having a good woodworking resource would provide beginners a solid learning foundation as they move seamlessly from one project to the next. They can browse through the package to choose their next project according to their skill level and desire for challenge.

Advanced woodworkers would no doubt appreciate the variety and time saving value of high quality plans.

As well, having an extensive selection of plans in one complete package would allow you to effortlessly move on to more complex projects as you increase your skill level. Your next challenge could be right there waiting for you.

The trick is to find a reputable company who has a solid package and offers a good deal. Of course you can shop locally and you will learn a lot, but it is also time consuming to go from one building center to another.

Just remember, buying online usually gets you the best price and often comes with a money back guarantee so you can buy with confidence.

One reason many women shy away from woodworking is perhaps a bit of "tool phobia." It's understandable because so much of modern woodworking revolves around power tools and high speed spinning blades can be intimidating. Keep in mind though that fear of power tools is not unique to women. My father is a good example of that. Even though I own just about every woodworking power tool known to mankind (okay, perhaps a bit of an exaggeration!) my father will still go out of his way to use a hand saw and a chisel. It's not a love of hand tools on his part; it is a fear of power tools. Way back when I was a mere child of 7 my dad was using his gas powered lawnmower when it hit a rock that flew off and embedded itself in my arm. It was not a serious injury, though it was good enough for ice cream, still my dad dumped the power mower and has never used one since. Power tools of any kind are just not in his comfort zone. Fortunately, power tools are not the only way to mow lawns or to work wood. However, before you consign yourself to monk's life of hand tools only, let's take a second look at power tools.

• Sanders - sanding is probably the most tedious part of any woodworking project and also one of the most important. Sanding prepares wood for stains, paints, and topcoats. Random orbit sanders are at home in any shop and will save you countless hours of work. These sanders come in a variety of sizes and, by shopping around a bit you can find one that comfortably fits your hand. There are no blades to worry about, just secure your work piece, and have at it.
• Drills- drills are a toolbox staple, at home in the shop or the house and used for everything from pocket holes for joinery to attaching new drawer hardware. Today's drill/drivers can be fitted with drill bits or driver bits making tedious assembly work fast and wrist saving. It's pretty hard to hurt yourself with a drill as long as you keep your hair away from the bits. Look for a lightweight lithium ion battery and a drill that feels balanced and comfortable in your hand.
• Biscuit joiners - Okay, this is a step on the wild side. Biscuit joiners are used to create strong joints in wood. Bookcases, cabinets, table tops can all be assembled with biscuit joints. The joiner has a blade that plunges into the wood and carves out a slot for the biscuit. The beauty of this tool is that the blade is completely sheathed from the user. You need never even look at it.
• You do have to secure the work piece to keep it from jumping as you plunge but, a simple clamp is all you need. The joiner can be just a bit heavy but it is really not hard to use. If you can manage an iron, or lift a pot of water from the stove, you can use a biscuit joiner.
• Miter saws ( mitre if you're a Brit.)- All right, you can sand your piece, drill holes for shelf supports and put it together with biscuits but first, you've got to cut the wood to size. Let's start with wood that is already the correct width and only needs to be cut to length. You could do this with a tablesaw, a circular saw, a jig saw, or a handsaw. Or, you could cut to the chase and blow all those saws out of the water safely, accurately and quickly with a miter saw.
• With a miter saw the wood is stationary and the saw is stationary. The only moving parts are the spinning blade, housed in a blade guard and the saw arm which you pull out, down and through the cut. If your work piece is properly clamped and tight to the fence, you'll get a nice, clean cut every time.

Okay, I make it sound easy, I know but the truth is, all of these tools are easy to learn and safe to use. Just as you learned not to touch the hot iron with your hand (or, in my case, the hot waffle iron!) you can learn the proper safety habits for any power tool. Tool manufacturers are well aware of safety issues and are continually working to make ever safer, ever better tools. In addition, more and more manufacturers are catering to the DIY market which includes women. Try a few different brands and you'll find a tool that fits your hand, your budget and your comfort level.

If you are thinking of constructing a retreat in a peaceful location or in a place where tranquility is present, then building a cabin is a perfect fit for you. I recommend you to get the best cabin plan if you are planning to build a cabin. To find the ideal plan is not that hard; a cabin in the wilderness can easily become a reality because there are many detailed blueprints, which are readily available off the internet or to any manufacturers that primarily deals with cabin.

Obtaining planning permission is the first and most essential thing to do. The size, where you can locate your cabin and whether or not it is a hindrance to any wildlife are probably the rules they will be imposing. Moreover, to avoid the risk of having it demolished you should get a permit first before building a cabin. Getting a permit would also give you an advantage, should you decide to sell the cabin in the future you can do so with no problem since the building has permit and constructed legally.

You will need to consider the general layout that cabin is likely to have like how many floors and how many bedrooms the cabin will possess. These factors will give you perspective as to how your cabin is constructed. How you are going to accommodate your cabin with appliances and furniture should be taken into consideration making sure everything is installed efficiently and safely.

When planning a cabin the quality of the wood is an important factor. To ensure it does not become moist in the heat and is waterproof, the wood should be treated. To ensure your cabin is cool in the summer time and warm in the winter you must take into consideration the position of the windows. Another important factor that you have to consider when building a cabin is a good circulation of air that would be coming in and out of the structure.

Time, effort and money are factors that have to be taken into account when building a plan from scratch. To have everything laid out for you, then acquiring the best cabin plan would certainly be a big help. Which tools to be use, exact measurements of every corner and of every angle, and even the kind of materials you would need in building a cabin is the information that you would get from the plan. Well thought out plan would surely help in constructing the cabin successfully.

Do you enjoy woodworking projects? Are you constantly spending your free time building furniture and other woodworking creations? Do you need space to work on these unique pieces? If so, it is time to consider creating your own space to work on these projects, it's time to consider having your own woodsmith shop. This can allow you to escape and be as creative as possible no matter what time of day it is. Keep the following tips in mind when planning your woodworking shop.

• Consider setting up your shop in an area of the home that has a lot of space. This will allow you to work on a variety of projects big or small. You will also have plenty of room to store all of your tools and materials. Garages and basements are often great places to have a woodsmith shop because they are out of the way of other distractions as well as provide ample room for your many needs. You may even want to build one in your back yard if there is room.

• Lighting is a very important aspect of your woodsmith shop. If you are setting up your woodworking space in a basement, you may have to get extra lighting to enable you to make the fine cuts and to see even the smallest of details..

• Place a woodworking bench in your new shop. This is one of the most important pieces for most woodworkers. If you don't already have one, maybe this could be your first woodworking project. It is important to choose a woodworking bench that will fit all of your needs.

• You will need to stock your woodsmith shop with an assortment of tools. This will allow you to have all of the tools needed to complete a variety of projects. You will want to have a selection of saws, clamps, jigs, and more. Consider purchasing a few tools at a time, so you do not have to go out and spend thousands of dollars at once. You can always improve upon your tool collection as you go.

• Time for your second woodworking project, build a portable shop table. You may find that you do not have enough table space in your shop so a portable shop table could easily be put up or taken down as needed.

* It is important to make sure that the design of your shop allows you to easily accomplish all of your projects. Organize it with shelves and racks so you will be able to find your tools and materials easily on a daily basis. Consider how the design of your room may affect your success as a woodsmith.

Making use of router bits and contemporary hand planes have made working on wood considerably less difficult. These kinds of cutting equipment have also made it possible to develop more precise and practical designs.

Even though working on wood may be bit less difficult when compared with working on some other materials like metals as well as plastics, it has its own complexities. Well before hand planes and routers were produced and developed, woodworking was primarily done with saws, chisels, as well as some other cutting tools. Unfortunately, saws and also some other identical cutting tools failed to provide woodworkers much versatility in design.

Wooden furnishings, windows, and doors during the Medieval Era and up to the late 19th century were created with excellent craftsmanship, noticeable in lavish designs. On the other hand, a lot of these took artisans plenty of time to finish and were extremely pricey. Only a few people that have enough money for them can acquire such items.

Thankfully, artisans have developed equipment that have made it less difficult for woodworkers to cut out designs with this material through routers and router bits. Hand planes may also be employed to smooth out hardwood and softwood that were shaped for numerous purposes.

Skilled artisans, like bench carpenters, architectural woodworkers, and cabinetmakers are finding these equipment extremely handy in their work. When cutting out different designs, woodworkers utilize a variety of router bits to create different shapes and patterns on wood.

You will find a lot of joinery aids or designs a craftsman can do by simply making use of these equipment, like chamfer, canoe, cove, drawer lock, round nose, and tongue and grove. These are just some examples of decorative effects which can be employed in woodworking, although you can find a lot more strategies which can be utilized.

These joinery aids or decorative effects are generated by various bits which can be made with different materials just like high-speed steel or by carbide. A bit has three major areas, which is the body, tip, as well as the shank. Furthermore, the size of different bit shanks varies and artisans could also vary the speed of its rotation.

On the other hand, to lessen the thickness of the wood or to smooth out parts of it, hand planes are utilized by artisans all around the world. These kinds of instruments may also be employed for decorative mouldings or joineries, too. This instrument has different types, like scrub, jack, jointer, smoothing, and polishing planes, which are common in all workshops around the globe. You will find also various kinds of planes which can be used for special reasons, like spokeshave, shoulder, moulding, rabbet, and finger planes.

Artisans should exercise extra care each time they will use these equipment. They should always read and review the manual provided for the instruments just before using it. They should also use basic safety glasses and ear plugs within the working area, and specifically if they are making use of bits. These basic safety precautions are performed in order to avert any accident that could result during the use of these cutting tools.

Additionally, it is best to stick to the recommended revolutions per minute which is specified on the manual of the bit. Users of woodworking planes should keep the sharp edge of the device sharp and the cutter needs to be retracted every time the plane is not in use.

Woodworking is currently less difficult through bits and planes. Artisans can search for and buy these products online to make their jobs significantly simpler, as well as make the joints and decorative effects that they cut more accurate.

Scandinavian

This style of design is typified by clean horizontal
and vertical lines. Compared to other designs there is a distinct absence of
ornamentation. While Scandinavian
design is easy to identify, it is much more about the materials than the
design.

French Provincial

This style of design is very ornate. French
Provincial objects are often stained or painted
leaving the wood concealed. Corners and bevels are often painted with a gold
leave or given some other kind of gilding. Flat surfaces often have artwork
such as landscapes painted directly on them. The wood used in provincial
varied, but was often originally Beech.^[2]

Early American Colonial

This design emphasises both
form and materials. Early American chairs and
tables are often constructed with turned spindles and chair backs often
constructed with steaming to bend the wood. Wood choices tend to be deciduous
hardwoods with a particular emphasis on the wood of edible or fruit bearing
trees such as Cherry or Walnut.^[3]

Rustic

The rustic
style of design sometimes called "log furniture" or "log cabin" is the least
finished. Design is very utilitarian yet seeks to feature not only the
materials used but in as much as possible, how they existed in their natural
state. For example a table top may have what is considered a "live
edge" that allows you to see the original contours of the tree that it
came from. It also often uses whole logs or branches including the bark of the
tree. Rustic furniture is often made from Pine, Cedar, Fir and Spruce. Also see Adirondack
Architecture.

Mission Style

Mission Design is characterized by
straight, thick horizontal and vertical lines and flat panels. The most common
material used in Mission furniture is oak. For early mission
cabinetmakers, the material of choice was white oak, which they often darkened
through a process known as "fuming".^[4]
Hardware is often visible on the outside of the pieces and made of black iron.
It is a style that became popular in the early 20th century; popularized by
designers in the Arts and Crafts and Art Nouveaux movements.

Oriental

Also known as Asian Design, this style of furniture is
characterized by its use of materials such as bamboo and rattan. Red is a frequent color
choice along with landscape art and Chinese or other Asian language characters
on the pieces.

Shaker

Shaker furniture
design is focused on function and symmetry. Because it is so influenced by an
egalitarian religious community and tradition it is rooted in the needs of the
community versus the creative expression of the designer. Like Early American
and Colonial design, Shaker craftsmen often chose fruit woods for their
designs. Pieces reflect a very efficient use of materials.

Types of cabinetry

The fundamental focus of the cabinet maker is the production of cabinetry.
Although the cabinet maker may also be required to produce items that would not
be recognized as cabinets, the same skills and techniques apply.

A cabinet may be built-in or free-standing. A built-in cabinet is usually
custom made for a particular situation and it is fixed into position, on a
floor, against a wall, or framed in an opening. For example modern kitchens are
examples of built-in cabinetry. Free-standing cabinets are more commonly
available as off-the-shelf items and can be moved from place to place if
required. Cabinets may be wall hung or suspended from the ceiling.

Cabinets may have a face
frame or may be of frameless
construction (also known as European or euro-style). Face
frame cabinets have a supporting frame attached to the front of the cabinet
box. This face frame is usually 1½ inches in width. Mounted on the cabinet
frame is the cabinet door. In contrast, frameless cabinet have no such
supporting front face frame, the cabinet doors attach directly to the sides of
the cabinet box. The box’s side, bottom and top panels are usually 5/8 to
3/4 inches thick, with the door overlaying all but 1/16 inch of the
box edge.^[5] Modern
cabinetry is often frameless and is typically constructed from man-made sheet
materials, such as plywood, chipboard or MDF. The visible surfaces of these
materials are usually clad in a timber veneer,
plastic laminate, or other material. They may also be painted.

Cabinet components

Bases

Cabinets which rest on the floor are supported by some sort of a base. This
base could be a fully enclosed base (i.e. a plinth), a scrolled based,
bracket feet or it could be a set of legs.

Adjustable feet

A relatively new type of adjustable leg has been adopted from the European
cabinet system which offers several advantages. First off, in making base
cabinets for kitchens, the cabinet sides would be cut to 34½ inches, yielding
four cabinet side blanks per 4 foot by 8 foot sheet. Using the adjustable feet,
the side blanks are cut to 30 inches, thus yielding six cabinet side per sheet.

These feet can be secured to the bottom of the cabinet by having the leg
base screwed onto the cabinet bottom. They can also be attached by means of a
hole drilled through the cabinet bottom at specific locations. The legs are
then attached to the cabinet bottom by a slotted, hollow machine screw. The
height of the cabinet can be adjusted from inside the cabinet, simply by
inserting a screwdriver into the slot and turning to raise or lower the
cabinet. The holes in the cabinet are capped by plastic inserts, making the
appearance more acceptable for residential cabinets. Using these feet, the
cabinets need not be shimmed or scribed to the floor for leveling. The toe kick
board is attached to the cabinet by means of a clip, which is either screwed
onto the back side of the kick board, or a barbed plastic clip is inserted into
a saw kerf, also made on the back side of the kick
board. This toe kick board can be made to fit each base cabinet, or made to fit
a run of cabinets. ^[6]

Kitchen cabinets, or any cabinet generally at which a person may stand,
usually have a fully enclosed base in which the front edge has been set back
75 mm or so to provide room for toes, known as the kick space. A scrolled
base is similar to the fully enclosed base but it has areas of the base
material removed, often with a decorative pattern, leaving feet on which the
cabinet stands. Bracket feet are separate feet, usually attached in each corner
and occasionally for larger pieces in the middle of the cabinet.

Compartments

A cabinet usually has at least one compartment. Compartments may be open, as
in open shelving; they may be enclosed by one or more doors; or they may
contain one or more drawers. Some cabinets contain secret compartments, access
to which is generally not obvious.

Modern cabinets employ many more complicated means (relative to a simple
shelf) of making browsing lower cabinets more efficient and comfortable. Such
means include (names may be heavily colloquialised):

• The lazy susan, a shelf which rotates around a central
  axis, allowing items stored at the back of the cabinet to be brought to
  the front by rotating the shelf. These are usually used in corner
  cabinets, which are larger and deeper and have a greater "dead
  space" at the back than other cabinets.

Cabinet insert hardware

Another recent development in cabinet inserts or hardware, often taking the
place of the lazy susan, particularly
in base cabinets is the blind corner cabinet pull out unit. These units pull
out and turn, making the attached shelving unit slide into the open area of the
cabinet door, thus making the shelves accessible to the user. These units vary
greatly in design and cost, but are very practical in making what was once dead
space usable.

Other insert hardware is continuously being designed and includes such items
as mixer shelves that pull out of a base cabinet and spring into a locked
position at counter height. This hardware makes lifting these somewhat heavy
mixers and mechanically helping with the process of positioning the unit for
use. More and more components are being designed to enable specialized hardware
to be used in standard cabinet carcasses.

Tops

Most cabinets incorporate a top of some sort. In many cases, the top is
merely to enclose the compartments within and serves no other purpose - as in a
wall hung cupboard for example. In other cabinets, the top also serves as a
work surface - a kitchen countertop for example.

I've Found A Great Way To A Cheap Electricity Bill

Saving money on your air conditioning bill is as easy as taking a few simple steps. Here are some simple and practical tips for reducing the amount of electricity your air conditioner will use this year.

• Tune it up. Those television and radio ads suggesting you get your air conditioning unit checked at the beginning of each season aren't just trying to drum up business. Your air conditioner will perform at its best and therefore use less energy if it's well maintained.
• Change the filter. In most cases, changing the filter every month is recommended, but check your manual and with your service contractor to make sure that's best. Clean filters allow air to flow into the machine more freely, and that helps the unit function better, saving you more money.
• Close off vents in unused rooms. There's no reason to send cold air into a guest bedroom if no one will be using it that day. Remove items that could be damaged by heat like electronic equipment and candles, then shut the door on the room until it's needed.
• Dress yourself for the heat. Don't wear long pants and heavy fabrics inside your home when temperatures are soaring outside. Instead, wear shorts and a t-shirt, for example, and don't put on your shoes or a cap unless you're going out. That way, you can turn up the thermostat and still be comfortable.
• Use fans. Air vents never seem to be located where they're blowing directly on you, so use a fan to pull the air from the vents to wherever you are, making you feel cool without turning down the thermostat. Remember, however, to turn off fans when you leave a room. A fan that isn't blowing on anyone is wasting energy, not saving it.
• Learn to adapt. Intentionally set the thermostat a couple of degrees warmer than you like, then see if you can manage. If you can, adjust it further upward. While you may have been setting it at 72 degrees, you could find that 78 is acceptable.
• Control light to control heat. This means turn off heat-generating items in the house (lights, monitors), but it also means using dark curtains to block direct sunlight from coming in the house (and heating it up).

By reducing the amount of your home you are cooling, learning to accept warmer temperatures and taking steps that allow you to produce and direct the cool air efficiently, you can save hundreds over the course of a hot summer.

That's money you can spend on something else, like a vacation somewhere cool.
Energy Efficient Home Can Help You Save Your Hard-Earned Money
For all those who are in the market to build their dream home, it is best to purchase the energy efficient products. You as a homeowner first need to measure the size of your home before taking any step in this regard. Obviously, you will have to regret in future if your household project was not designed with efficiency in mind. There are various places where you might install the products that may increase your monthly expenses. For example, the installation of such products like a well thought out HVAC system and correct windows can help you a lot in saving your hard earned money. And, of course, an energy efficient home does not promise save your pocket, but it also helps lessen maintenance of your resident.

Installing a HVAC system can be a major concern for those who are really serious about building an energy efficient home. It can benefit the homeowners in many ways. First, it can be quite beneficial to save your money. This system works only when there is a need to run. It means that you can leave the system on by setting up a constant temperature. It helps keep the temperature of your home constant without running your electricity units continuously. The more clean air you have, the better environment you will feel in your home. For this purpose, most of the home builders use advanced units that are really helpful in protecting the household projects from mold and dust particles. And, as a result, you get a home equipped with a safe and fresh air. An experienced builder primarily focuses on using the right types of insulation.
Maintenance is always required to keep the home in a good condition. Obviously, it is really impossible to ignore its importance anymore. People who build highly efficient homes know how the usage of right products and materials can make a big difference in lessening the maintenance upkeep. It means that the installation of energy efficient products can save your time that you might spend on the maintenance of your home.
Being a member of the green movement, you always tend to involve yourself in the building of a green or energy efficient home. If you succeed in saving the power and water to some extent, then you will definitely benefit the environment in many ways. This is important to implement since it helps you a lot in keeping your environment clean and tidy.
Important Reasons to Have a Home Energy Check Up
Are you aware of how important and beneficial a home energy check up can be? Let me tell you indeed how significantly it can help you to save on your energy bills.
The home energy check up is an evaluation of your home that you can do either by yourself or by hiring a professional to do it. This evaluation is really important when you are trying to saving energy as it helps you determine the exact areas your home that can be improved and made more energy efficient.
In order to make the check up as effective as possible it is best completed when your whole family is present. They all need to understand and be a part of implementing the changes that need to happen. If you have younger kids it is your responsibility to help them value the energy used around the house and therefore learn to use it wisely and efficiently.
Today more and more people want to save energy around their house but they want to do it their way. Unfortunately only a few of them actually take advantage of the resources and tools available to them. Some of those are the home energy check up, the home energy yardstick and government incentives, as well as many others.
As a family unfortunately your individual efforts may be offset by another member of the family's irresponsible actions. That is why everyone in your household must be a part of the check up and work together to implement the changes.
Here are 5 basic energy saving techniques:

• To switch off lights when you're not in the room is an easy energy conserving technique, yet not many people take advantage of it.
• Turn off your electronics instead of letting them sit on standby. You may assume that standby has the same energy saving potential to switching the item off but that's simply not true. The truth is that a TV on standby still consumes around 60% of the energy it uses while it is on. Off uses no energy.
• Use the new energy efficient light bulbs. These light bulbs have a number of advantages over the typical incandescent bulbs. They last 10 times longer, consume 25% less energy, and produce a brighter, whiter light. They operate cool which means they don't waste energy in the form of heat.
• Improve the exterior of your home. Get rid of all sources of drafts of cold air coming into your home by eliminating any cracks and holes, this can save a lot of energy. You can do this with caulking or spray foam and weather stripping.
• Use the sun's natural heat to help heat your home. You can do this by opening your window curtains during day time and closing them at sunset. This allows your home to gain daytime heat from the sun and keep it in during the night.
Saving energy at home is not that difficult to do, yet many people are still not taking advantage of these common sense ideas that can save them money. There could be many more reasons that you need to know about your home that would make a home energy check up worth your efforts.
By completing a home energy check up you will know what you need to do to improve your home's energy efficiency. That along with the list above will allow you to make the changes necessary around your home. It is important that you realize that it is dependent on you to do the work.
General Information On Solar Powers
For obvious reasons, most people are pretty sure that they want to switch to solar powers. One of these obvious reasons is the cost of electricity which is very high, so they are interested in saving money, and the second reason is the health of the environment and their desire to think and act green. You should know that switching to solar powers is not as complicated and it may seem at the beginning.
There are two main ways to switch to solar powers. The first one is to go and get a professional, that will do all the work, such as calculating, building and installing the system. This option is very efficient and smooth, but also very expensive for most people. The second solution is to DIY, meaning, to build the system on your own. It is not so complicated, since there are many guides that will give you all the information. In the following paragraphs you will find some useful recommendations.
One known fact in the solar powers field is that the cost of the solar system installation will be reduced if your energy consumption is low. So, if you are looking to reduce the cost of installation of the solar system, you need to lower your electricity use first. The ways to do that are many, such as changing all the bulbs to LCD bulbs, and check all electrical instruments for their consumption of power.
So, if you were able to reduce your consumption, and now it is stable, you are going to make some calculations. You need to calculate the amount of energy you will consume from the solar system. They way it should be done is to take all the electrical instruments you have at home, and find their power consumption, and then multiply it by the hours per day that you use them. Now you can define how many panels you should install.
Now you can start building the system, after you calculated how many s0lar panels you need. A good recommendation is to remain connected to the grid, since you will need to have a backup for your new solar powers system.
Don't forget to call a professional electrician to come and do the wiring between the new system and your home. It is the safest and correct way to finish this project, and you will be able to be sure that everything regarding the system is working well and safe.
Tips to Converting Your Home Into One of the Most Energy Efficient Off Grid Homes
Due to the steadily deteriorating world economy, more and more homeowners are thinking of converting their homes into one of those off grid homes that is energy efficient and environmentally friendly as well. If you were trying to do this project a decade ago, it would be a mountain of a project. Luckily, the advancements of the technology that is involved with solar and wind energy production has made it possible for your average homeowner with a modest income to convert his own home into an energy efficient off the grid household. The materials as well as the tools that make building an off grid power system possible are now relatively cheaper and more available.
Such types of power systems take full advantage of the renewable or sustainable energy sources such as wind and solar to convert into consumable electricity. Semi off the grid households take advantage of wind or solar power to help minimize their electricity bills, while homes which are fully off the power grid completely eliminates the dependence on electricity derived from fossil fuels and other sources that is considered harmful to the environment. You not only consume free electricity, you are helping preserve the integrity of the environment as well. But in order for this to work, you need to consider significant changes in how your home consumes energy. Just because it is free and sustainable, does not mean that you go on with your wasteful ways in terms of electricity consumption.
First off, before you start this project of yours, you may want to consider talking to homeowners who are more experienced with off the grid living. Friends or neighbors who are living in an off the grid home can provide you with helpful insights on how to go about converting your home into an off the grid home. Perhaps you can ask them how to significantly minimize or reduce your energy consumption so that your household can be more energy efficient. By talking to such homeowners, you can even learn about the types of solar panels or wind turbines as well as the advantages and the disadvantages of such alternative power sources. Talk to them about the potential risks and the benefits of switching to renewable energy.
Before you start with your project, you need to have an accurate plan on how you will convert your home into an energy efficient off the grid home. If you are more of an old fashioned guy, you can go to your local library and do a research on the different ways you can switch to renewable energy sources. However, if you would prefer, the Internet can be a great source for information regarding solar or wind powered home plans and how to go about it. Finally, if you wish to be successful in converting your energy guzzling home into one of those energy efficient and eco friendly off grid homes, then you must learn everything you can about wind and solar energy. The type of energy source you choose will depend on the location of your home.

Wow! Wow! Wow!

I have been reviewing several green energy products lately and I have recently stumbled upon Tesla Secret. So I wanted to go ahead and give you my Tesla Secret review.

Now like I said, I’ve been reviewing lots of green energy products and I have never seen anything like Tesla Secret before.

If any of you have done any research on Nikola Tesla, you know that he is basically the father of modern electricity, and he received very little credit for this. Because of Tesla we have alternating current, he invented phosphorescent light bulbs, he researched what he called “radiant energy.” And, while he was not credited with inventing the radio, the first radio produced by Marconi, utilized 17 of Tesla’s patents.

Click here for Tesla Secret

And yet, through all of this, Nikola Tesla was viewed as a madman.

Now I don’t think any Tesla Secret review would be complete without a full look at the type of man Tesla was.

When Tesla was working with Westinghouse on developing and creating alternating current, he had signed a contract with Westinghouse in which he would receive a percentage of every kilowatt hour that was sold to Westinghouse’s customers. However, after Westinghouse had completed the facilities and generators and infrastructure which delivered power, Westinghouse was going bankrupt. Tesla, in an extreme act of kindness, tore up the contract, thus allowing Westinghouse to no longer be indebted to Tesla. This act cost Tesla millions of dollars, and, had the contract not been destroyed, he would have been set up financially for life.

However, Tesla went on and did a great deal of research into his radiant energy. His ultimate goal was to produce free energy for everyone. He even had a backer, by the name of J.P.Morgan, who was funding Tesla’s construction of Wardenclyffe Tower, which was to be the first commercial supplier of radiant energy. However, Morgan thought that Tesla was attempting to build a radio tower, and as soon as he got an inkling of an idea that Tesla was up to something else, he pulled all funding for the project. J.P.Morgan also had Telsa blacklisted amongst other financial backers, so that Tesla was never able to complete the Wardenclyffe Tower.

Why does this matter? Well, in my Tesla Secret review, I wanted to show you the type of man Nikola Tesla was. He was an incredible humanitarian, who also happened to be a genius, who also happened to be very misunderstood in his own time.

Tesla Secret details exactly how to construct Tesla’s radiant energy generator. And this is a very simple device to construct. It costs less that $100 to make, and runs day and night. The plans you get when you download this eBook include screenshots of Tesla’s actual patent papers, and you are taken step by step through the whole process. You are also provided with a full 100% money back guarantee, so there is really no risk.

These plans have been hidden from the public for a long time because they could put a lot of people out of business. When I decided to create this Tesla Secret review, I was literally overcome with excitement as I saw how easy it really was to produce energy that anyone can use anywhere. So I want to personally thank Tesla Secret for providing this information to all of us.

Okay, so that’s it, that is my Tesla Secret review. If you want more info…

Check out Tesla Secret Here

A great way to get a cheap electricity bill is to generate your own.

Typically for a large scale power station to approach operational efficiency in computer models, steps must be taken to increase the electrical conductivity of the conductive substance. The heating of a gas to plasma or the addition of other easily ionizable substances like the salts of alkali metals accomplishes this increase in conductivity. In practice a number of issues must be considered in the implementation of a MHD generator: Generator efficiency, Economics, and Toxic byproducts. These issues are affected by the choice of one of the three MHD generator designs. These are the Faraday generator, the Hall generator, and the disc.

Faraday generator

The Faraday generator is named after the man who first looked for the effect in the Thames river (see history). A simple Faraday generator would consist of a wedge-shaped pipe or tube of some non-conductive material. When an electrically conductive fluid flows through the tube, in the presence of a significant perpendicular magnetic field, a charge is induced in the field, which can be drawn off as electrical power by placing the electrodes on the sides at 90 degree angles to the magnetic field.
There are limitations on the density and type of field used. The amount of power that can be extracted is proportional to the cross sectional area of the tube and the speed of the conductive flow. The conductive substance is also cooled and slowed by this process. MHD generators typically reduce the temperature of the conductive substance from plasma temperatures to just over 1000 °C.
The main practical problem of a Faraday generator is that differential voltages and currents in the fluid short through the electrodes on the sides of the duct. The most powerful waste is from the Hall effect current. This makes the Faraday duct very inefficient. Most further refinements of MHD generators have tried to solve this problem. The optimal magnetic field on duct-shaped MHD generators is a sort of saddle shape. To get this field, a large generator requires an extremely powerful magnet. Many research groups have tried to adapt superconducting magnets to this purpose, with varying success.

Hall generator

The most common answer is to use the Hall effect to create a current that flows with the fluid. The normal scheme is to place arrays of short, vertical electrodes on the sides of the duct. The first and last electrodes in the duct power the load. Each other electrode is shorted to an electrode on the opposite side of the duct. These shorts of the Faraday current induce a powerful magnetic field within the fluid, but in a chord of a circle at right angles to the Faraday current. This secondary, induced field makes current flow in a rainbow shape between the first and last electrodes.

Losses are less than a Faraday generator, and voltages are higher because there is less shorting of the final induced current. However, this design has problems because the speed of the material flow requires the middle electrodes to be offset to "catch" the Faraday currents. As the load varies, the fluid flow speed varies, misaligning the Faraday current with its intended electrodes, and making the generator's efficiency very sensitive to its load.

Disc generator

The third, currently most efficient answer is the Hall effect disc generator. This design currently holds the efficiency and energy density records for MHD generation. A disc generator has fluid flowing between the center of a disc, and a duct wrapped around the edge. The magnetic excitation field is made by a pair of circular Helmholtz coils above and below the disk. The Faraday currents flow in a perfect dead short around the periphery of the disk. The Hall effect currents flow between ring electrodes near the center and ring electrodes near the periphery.
Another significant advantage of this design is that the magnet is more efficient. First, it has simple parallel field lines. Second, because the fluid is processed in a disk, the magnet can be closer to the fluid, and magnetic field strengths increase as the 7th power of distance. Finally, the generator is compact for its power, so the magnet is also smaller. The resulting magnet uses a much smaller percentage of the generated power.

Generator efficiency

As of 1994, the 22% efficiency record for closed-cycle disc MHD generators was held by Tokyo Technical Institute. The peak enthalpy extraction in these experiments reached 30.2%. Typical open-cycle Hall & duct coal MHD generators are lower, near 17%. These efficiencies make MHD unattractive, by itself, for utility power generation, since conventional Rankine cycle power plants easily reach 40%.

However, the exhaust of an MHD generator burning fossil fuel is almost as hot as the flame of a conventional steam boiler. By routing its exhaust gases into a boiler to make steam, MHD and a steam Rankine cycle can convert fossil fuels into electricity with an estimated efficiency up to 60 percent, compared to the 40 percent of a typical coal plant.

A magnetohydrodynamic generator might also be heated by a Nuclear reactor (either fission or fusion). Reactors of this type operate at temperatures as high as 2000 °C. By pumping the reactor coolant into a magnetohydrodynamic generator before a traditional heat exchanger an estimated efficiency of 60 percent can be realised. One possible conductive coolant is the molten salt reactor's molten salt, since molten salts are electrically conductive.

MHD generators have also been proposed for a number of special situations. In submarines, low speed MHD generators using liquid metals would be nearly silent, eliminating a source of tell-tale mechanism noise. In spacecraft and unattended locations, low-speed metallic MHD generators have been proposed as highly reliable generators, linked to solar, nuclear or isotopic heat sources.

Economics

MHD generators have not been employed for large scale mass energy conversion because other techniques with comparable efficiency have a lower lifecycle investment cost. Advances in natural gas turbines achieved similar thermal efficiencies at lower costs, by having the turbine's exhaust drive a Rankine cycle steam plant. To get more electricity from coal, it is cheaper to simply add more low-temperature steam-generating capacity.

A coal-fueled MHD generator is a type of Brayton power cycle, similar to the power cycle of a combustion turbine. However, unlike the combustion turbine, there are no moving mechanical parts; the electrically conducting plasma provides the moving electrical conductor. The side walls and electrodes merely withstand the pressure within, while the anode and cathode conductors collect the electricity that is generated. All Brayton cycles are heat engines. Ideal Brayton cycles also have an ideal efficiency equal to ideal Carnot cycle efficiency. Thus, the potential for high energy efficiency from an MHD generator. All Brayton cycles have higher potential for efficiency the higher the firing temperature. While a combustion turbine is limited in maximum temperature by the strength of its air/water or steam-cooled rotating airfoils; there are no rotating parts in an open-cycle MHD generator. This upper bound in temperature limits the energy efficiency in combustion turbines. The upper bound on Brayton cycle temperature for an MHD generator is not limited, so inherently an MHD generator has a higher potential capability for energy efficiency.

The temperatures at which linear coal-fueled MHD generators can operate are limited by factors that include:

1. (a) the combustion fuel, oxidizer, and oxidizer preheat temperature which limit the maximum temperature of the cycle;
2. (b) the ability to protect the sidewalls and electrodes from melting;
3. (c) the ability to protect the electrodes from electrochemical attack from the hot slag coating the walls combined with the high current or arcs that impinge on the electrodes as they carry off the direct current from the plasma; and
4. (d) by the capability of the electrical insulators between each electrode.

Coal-fired MHD plants with oxygen/air and high oxidant preheats would probably provide potassium seeded plasmas of about 4200 deg. F, 10 atmospheres pressure, and begin expansion at Mach 1.2. These plants would recover MHD exhaust heat for oxidant preheat, and for combined cycle steam generation. With aggressive assumptions, one DOE-funded feasibility study of where the technology could go, 1000 MWe Advanced Coal-Fired MHD/Steam Binary Cycle Power Plant Conceptual Design, published in June 1989, showed that a large coal-fired MHD combined cycle plant could attain a HHV energy efficiency approaching 60 percent -- well in excess of other coal-fueled technologies, so the potential for low operating costs exists.

However, no testing at those aggressive conditions or size has yet occurred, and there are no large MHD generators now under test. There is simply an inadequate reliability track record to provide confidence in a commercial coal-fueled MHD design.

U25B MHD testing in Russia using natural gas as fuel used a superconducting magnet, and had an output of 1.4 megawatts. A coal-fired MHD generator series of tests funded by the U.S. Department of Energy in 1992 produced MHD power from a larger superconducting magnet at the Component Development and Integration Facility (CDIF) in Butte, Montana. None of these tests were conducted for long-enough durations to verify the commercial durability of the technology. Neither of the test facilities were in large-enough scale for a commercial unit.

Superconducting magnets are used in the larger MHD generators to eliminate one of the large parasitic losses: the power needed to energize the electromagnet. Superconducting magnets, once charged, consume no power, and can develop intense magnetic fields 4 teslas and higher. The only parasitic load for the magnets are to maintain refrigeration, and to make up the small losses for the non-supercritical connections.

Because of the high temperatures, the non-conducting walls of the channel must be constructed from an exceedingly heat-resistant substance such as yttrium oxide or zirconium dioxide to retard oxidation. Similarly, the electrodes must be both conductive and heat-resistant at high temperatures. AVCO's coal-fueled MHD generator at the CDIF with tests of water-cooled copper electrodes capped with platinum, tungsten, stainless steel, and electrically conducting ceramics.

Toxic byproducts

MHD reduces overall production of hazardous fossil fuel wastes because it increases plant efficiency. In MHD coal plants, the patented commercial "Econoseed" process developed by the U.S. (see below) recycles potassium ionization seed from the fly ash captured by the stack-gas scrubber. However, this equipment is an additional expense. If molten metal is the armature fluid of an MHD generator, care must be taken with the coolant of the electromagnetics and channel. The alkali metals commonly used as MHD fluids react violently with water. Also, the chemical byproducts of heated, electrified alkali metals and channel ceramics may be poisonous and environmentally persistent.