Output regulation

We take for granted the fact that our mains power is very well regulated . so

you can plug almost any appliance into a standard point outlet, and it will

operate correctly. That.s because the electricity supplier has enormous generating

plants, with automatic regulation systems to keep the mains voltage and

frequency very close to constant, despite load variations of many megawatts.

Inevitably you can.t get this kind of performance from a much smaller electronic

inverter, connected to a modest battery or solar panel as the energy source.

However most modern inverters can provide reasonably good regulation for loads

of up to their rated capacity (given in watts) . assuming of course that they.re

running from a well-charged battery.

In this type of inverter it isn.t feasible to control the peak-to-peak output,

because this is largely fixed by the battery voltage and the transformer.s step-up

ratio. So in most cases the regulation is achieved in a different way: by varying

the width of the rectangular pulses, to control the .form factor. and hence the

RMS value of the output voltage.

This is called pulse width modulation (PWM), and is usually done by having a

feedback system which senses the inverter.s output voltage (or load current).

When this feedback senses that the load on the inverter.s output has increased,

the inverter.s control circuitry acts to increase the width of the pulses which turn

on the MOSFETs. So the MOSFETs turn on for longer each half-cycle,

automatically correcting the RMS value of the output to compensate for any

droop in peak-to-peak output.

The resulting regulation is usually capable of keeping the RMS value close to

constant, for loads up to the inverter.s full rated output power. However this

approach does have limitations, mainly because it can generally only increase the pulse width to a certain point. (In the extreme, the output becomes a square wave.) This may not be sufficient to allow the inverter to deliver enough RMS output voltage

in short-term overload or .surge. conditions. When many types of appliance are first turned on, for example, they draw a .startup. current which is many times greater than the current drawn when they.re running. This type of surge can overload the inverter, and its protection circuitry may .shut it down. To prevent damage to the transformer and MOSFETs.

Some types of inverter incorporate special .soft start. circuitry, to allow the inverter to cope with this type of short load current surge. The output voltage and power may drop, but at least the inverter keeps operating and allows the appliance to start up.

Even so, there are some appliances and tools that are simply not compatible with inverters, because of their tendency to draw an extremely high startup current.

Examples are refrigerators, freezers, air conditioners or any other appliance where a motor is driving a compressor or pump. As the motor in these appliances often has a very heavy load right at switch-on (with the compressor near .top dead centre.), it can need to draw a huge current simply in order to start rotating.

This type of appliance and tool should really be powered using a suitably rated engine-driven alternator, not a DC-AC inverter.

Voltage spikes

Another complication of the fairly high harmonic content in the output of

.modified sinewave. inverters is that appliances and tools with a fairly inductive

load impedance can develop fairly high voltage spikes due to inductive .back

EMF.. These spikes can be transformed back into the primary of the inverter.s

transformer, where they have the potential to damage the MOSFETs and their

driving circuitry.

The risk of damage is fairly small during the actual power pulses of each cycle,

because at these times one end of the primary is effectively earthed. Transformer

action thus prevents the .other. end from rising higher than about twice the

battery voltage.

However as you can see from Fig.2, there are times during every

cycle of operation when neither of the switching MOSFETs is conducting: the

.flats. between the rectangular pulses. It.s at these times that the spikes can

produce excessive voltage across the MOSFETs, and potentially cause damage.

It.s for this reason that many inverters have a pair of high-power zener diodes

connected across the MOSFETs, as shown in Fig.1.

The zeners conduct heavily as soon as the voltage rises excessively, protecting the MOSFETs from damage.

Another approach is to have high-power standard diodes connected from each

end of the primary to a large electrolytic capacitor, which becomes charged up to

twice the battery voltage. When the ends of the primary attempt to rise higher

than this voltage, the diodes conduct and allow the capacitor to absorb the spike

energy.

Thanks to this type of protection, most inverters are fairly tolerant of moderately

inductive loads. However they may not be able to cope with heavy loads that are

also strongly inductive . like heavy duty tools and machinery, or more than

one or two fluorescent lights.

Quite apart from the generation of voltage spikes, heavily inductive loads tend

to demand current which is strongly shifted in phase relative to the inverter.s

output voltage pulses. This makes it hard for the inverter to cope, because the

only energy available to the load between the pulses is that stored in the

transformer.

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What is Homemade Solar Energy?

Every day, the sun radiates (sends out) an enormous amount of energy—called solar energy. It radiates more energy in one second than the world has used since time began. This energy comes from within the sun itself.

Like most stars, the sun is a big gas ball made up mostly of hydrogen and helium gas. The sun makes energy in its inner core in a process called nuclear fusion.

Only a small part of the solar energy that the sun radiates into space ever reaches the earth, but that is more than enough to supply all our energy needs. Every day enough solar energy reaches the earth to supply our nation’s energy needs for a year!

It takes the sun’s energy just a little over eight minutes to travel the 93 million miles to earth. Solar energy travels at a speed of 186,000 miles per second, the speed of light.

Today, people use solar energy to heat buildings and water and to generate electricity.

Solar Collectors

Heating with solar energy is not as easy as you might think. Capturing sunlight and putting it to work is difficult because the solar energy that reaches the earth is spread out over a large area. The sun does not deliver that much energy to any one place at any one time.

The amount of solar energy an area receives depends on the time of day, the season of the year, the cloudiness of the sky, and how close you are to the earth’s equator.

A solar collector is one way to capture sunlight and change it into usable heat energy. A closed car on a sunny day is like a solar collector. As sunlight passes through the car’s windows, it is absorbed by the seat covers, walls, and floor of the car. The absorbed light changes into heat. The car’s windows let light in, but they don’t let all the heat out. A closed car can get very hot!

Solar Space Heating

Space heating means heating the space inside a building. Today, many homes use solar energy for space heating. A passive solar home is designed to let in as much sunlight as possible. It is like a big solar collector.

Sunlight passes through the windows and heats the walls and floor inside the house. The light can get in, but the heat is trapped inside. A passive solar home does not depend on mechanical equipment, such as pumps and blowers, to heat the house.

An active solar home, on the other hand, uses special equipment to collect sunlight. An active solar house may use special collectors that look like boxes covered with glass.

These collectors are mounted on the rooftop facing south to take advantage of the winter sun. Dark-colored metal plates inside the boxes absorb sunlight and change it into heat. (Black absorbs sunlight better than any other color.) Air or water flows through the collectors and is warmed by the heat. The warm air or water is distributed to the house, just as it would be with an ordinary furnace system.

Solar Hot Water Heating

Solar energy can be used to heat water. Heating water for bathing, dishwashing, and clothes washing is the second biggest home energy cost.

A solar water heater works a lot like solar space heating. In our hemisphere, a solar collector is mounted on the south side of a roof where it can capture sunlight. The sunlight heats water in a tank. The hot water is piped to faucets throughout a house, just as it would be with an ordinary water heater. Today, more than one million homes and 200,000 businesses in the U.S. use solar water heaters.

Solar Electricity

Solar energy can also be used to produce electricity. Two ways to make electricity from solar energy are photovoltaics and solar thermal systems.

Photovoltaic Electricity

Photovoltaic comes from the words photo meaning light and volt, a measurement of electricity. Sometimes photovoltaic cells are called PV cells or solar cells for short. You are probably familiar with photovoltaic cells. Solar-powered toys, calculators, and roadside telephone call boxes all use solar cells to convert sunlight into electricity.

Solar cells are made up of silicon, the same substance that makes up sand. Silicon is the second most common substance on earth. Solar cells can supply energy to anything that is powered by batteries or electrical power.

Electricity is produced when sunlight strikes the solar cell, causing the electrons to move around. The action of the electrons starts an electric current. The conversion of sunlight into electricity takes place silently and instantly. There are no mechanical parts to wear out.

You won’t see many photovoltaic power plants today. Compared to other ways of making electricity, photovoltaic systems are expensive.

It costs 10-20 cents a kilowatt-hour to produce electricity from solar cells. Most people pay their electric companies about 11 cents a kilowatt-hour for the electricity they use, large industrial consumers pay less. Today, solar systems are mainly used to generate electricity in remote areas that are a long way from electric power lines.

.

Solar Thermal Electricity

Like solar cells, solar thermal systems, also called concentrated solar power (CSP), use solar energy to produce electricity, but in a different way. Most solar thermal systems use a solar collector with a mirrored surface to focus sunlight onto a receiver that heats a liquid. The super-heated liquid is used to make steam to produce electricity in the same way that coal plants do.

There are nine solar thermal power plants in the Mojave Desert that together produce 360 MW of electricity.

Solar energy has great potential for the future. Solar energy is free, and its supplies are unlimited. It does not pollute or otherwise damage the environment. It cannot be controlled by any one nation or industry. If we can improve the technology to harness the sun’s enormous power, we may never face energy shortages again.

RunGreenPower.com will teach you how to build solar & wind power systems foryour home within a weekend.

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The Solar System or solar system consists of the Sun and the other celestial objects gravitationally bound to it: the eight planets, their 166 known moons,[1] three dwarf planets (Ceres, Pluto, and Eris and their four known moons), and billions of small bodies. This last category includes asteroids, Kuiper belt objects, comets, meteoroids, and interplanetary dust.

In broad terms, the charted regions of the Solar System consist of the Sun, four

terrestrial inner planets, an asteroid belt composed of small rocky bodies, four

gas giant outer planets, and a second belt, called the Kuiper belt, composed of icy objects. Beyond the Kuiper belt is the scattered disc, the heliopause, and ultimately the hypothetical Oort cloud.

In order of their distances from the Sun, the planets are Mercury, Venus,

Earth, Mars, Jupiter, Saturn, Uranus, and Neptune. Six of the eight planets

are in turn orbited by natural satellites, usually termed “moons” after

Earth’s Moon, and each of the outer planets is encircled by planetary rings

of dust and other particles. All the planets except Earth are named after

gods and goddesses from Greco-Roman mythology. The three dwarf planets

are Pluto, the largest known Kuiper belt object; Ceres, the largest object in

the asteroid belt; and Eris, which lies in the scattered disc.

Terminology

Objects orbiting the Sun are divided into three classes: planets, dwarf planets, and small Solar System bodies.

A planet is any body in orbit around the Sun that a) has enough mass to form

itself into a spherical shape and b) has cleared its immediate neighborhood of

all smaller objects. There are eight known planets: Mercury, Venus, Earth,

Mars, Jupiter, Saturn, Uranus, and Neptune.

On August 24 2006 the International Astronomical Union defined the term

“planet” for the first time, excluding Pluto and reclassifying it under the new

category of dwarf planet along with Eris and Ceres.

A dwarf planet is not required to clear its neighbourhood of other celestial

bodies. Other objects that may become classified as dwarf planets are

Sedna, Orcus, and Quaoar.

From the time of its discovery in 1930 until 2006, Pluto was considered the

Solar System’s ninth planet. But in the late 20th and early 21st centuries,

many objects similar to Pluto were discovered in the outer Solar System,

most notably Eris, which is slightly larger than Pluto.

The remainder of the objects in orbit around the Sun are small Solar System

bodies (SSSBs).

Natural satellites, or moons, are those objects in orbit around planets, dwarf

planets and SSSBs, rather than the Sun itself.

A planet’s distance from the Sun varies in the course of its year. Its closest

approach to the Sun is called its perihelion, while its farthest distance from

the Sun is called its aphelion.

Astronomers usually measure distances within the Solar System in

astronomical units (AU). One AU is the approximate distance between the

Earth and the Sun, or roughly 149,598,000 km (93,000,000 mi). Pluto is

roughly 38 AU from the Sun while Jupiter lies at roughly 5.2 AU. One light

year, the best known unit of interstellar distance, is roughly 63,240 AU.

Informally, the Solar System is sometimes divided into separate zones.

The inner Solar System includes the four terrestrial planets and the main

asteroid belt. Some define the outer Solar System as comprising

everything beyond the asteroids.[4] Others define it as the region beyond

Neptune, with the four gas giants considered a separate “middle zone”.[5]

Layout and structure

The principal component of the Solar System is the Sun, a main sequence G2

star that contains 99.86% of the system’s known mass and dominates it gravitationally.[6] Jupiter and Saturn, the Sun’s two largest orbiting bodies, account for more than 90% of the system’s remaining mass.

Most large objects in orbit around the Sun lie near the plane of Earth’s orbit, known as the ecliptic. The planets are very close to the ecliptic while comets and Kuiper belt objects are usually at significantly greater angles to it.

All of the planets and most other objects also orbit with the Sun’s rotation in

a counter-clockwise direction as viewed from a point above the Sun’s northpole. There are exceptions, such as Halley’s Comet.

Objects travel around the Sun following Kepler’s laws of planetary motion. Each object orbits along an approximate ellipse with the Sun at one focus of the ellipse.

The closer an object is to the Sun, the faster it moves. The orbits of the planets

are nearly circular, but many comets, asteroids and objects of the Kuiper belt

follow highly-elliptical orbits.

To cope with the vast distances involved, many representations of the Solar System show orbits the same distance apart. In reality, with a few exceptions, the farther a planet or belt is from the Sun, the larger the distance between it and the previous orbit. For example, Venus is approximately 0.33 AU farther out than Mercury, while Saturn is 4.3 AU out from Jupiter, and Neptune lies 10.5 AU out from Uranus. Attempts have been made to determine a correlation between these orbital distances (see Titius-Bodelaw), but no such theory has been accepted.

Formation

The Solar System is believed to have formed according to the nebular

hypothesis, first proposed in 1755 by Immanuel Kant and independently

formulated by Pierre-Simon Laplace.[7] This theory holds that 4.6 billion years

ago the Solar System formed from the gravitational collapse of a giant

molecular cloud. This initial cloud was likely several light-years across andprobably birthed several stars.[8] Studies of ancient meteorites reveal traces

of elements only formed in the hearts of very large exploding stars,

indicating that the Sun formed within a star cluster, and in range of a

number of nearby supernovae explosions.

The shock wave from these supernovae may have triggered the formation of the Sun by creating regions of overdensity in the surrounding nebula, allowing gravitational forces to overcome internal gas pressures and cause collapse.[9]

The region that would become the Solar System, known as the pre-solar

nebula,[10] had a diameter of between 7000 and 20,000 AU[11] [12] and a mass

just over that of the Sun (by between 0.1 and 0.001 solar masses).[13] As the

nebula collapsed, conservation of angular momentum made it rotate faster.

As the material within the nebula condensed, the atoms within it began to

collide with increasing frequency. The centre, where most of the mass

collected, became increasingly hotter than the surrounding disc.[14] As

gravity, gas pressure, magnetic fields, and rotation acted on the contracting

nebula, it began to flatten into a spinning protoplanetary disk with a

diameter of roughly 200 AU[15] and a hot, dense protostar at the center.[16]

[17]

Studies of T Tauri stars, young, pre-fusing solar mass stars believed to be

similar to the Sun at this point in its evolution, show that they are often

accompanied by discs of pre-planetary matter.[18] These discs extend to

several hundred AU and reach only a thousand kelvins at their hottest.[19]

After 100 million years, the pressure and density of hydrogen in the centre of the

collapsing nebula became great enough for the protosun to begin thermonuclear

fusion. This increased until hydrostatic equilibrium was achieved, with the thermal energy countering the force of gravitational contraction. At this point

the Sun became a full-fledged star.

From the remaining cloud of gas and dust (the “solar nebula”), the various planets formed. They are believed to have formed by accretion: the planets began as dust grains in orbit around the central protostar; then gathered by direct contact into clumps between one and ten metres in diameter; then collided to form larger bodies (planetesimals) of roughly 5 km in size; then gradually increased by further collisions at roughly 15 cm per year over the  The inner Solar System was too warm for volatile molecules like water and methane to condense, and so the planetesimals which formed there were relatively small (comprising only 0.6% the mass of the disc)[22] and composed largely of compounds with high melting points, such as silicates and metals.

These rocky bodies eventually became the terrestrial planets. Farther out,

the gravitational effects of Jupiter made it impossible for the protoplanetary

objects present to come together, leaving behind the asteroid belt.[23]

Farther out still, beyond the frost line, where more volatile icy compounds

could remain solid, Jupiter and Saturn became the gas giants. Uranus and

Neptune captured much less material and are known as ice giants because

their cores are believed to be made mostly of ices (hydrogen compounds).

Once the young Sun began producing energy, the solar wind (see below)

blew the gas and dust in the protoplanetary disk into interstellar space and

ended the growth of the planets. T Tauri stars have far stronger stellar

winds than more stable, older stars.[26] [27]

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Fiber cements sidings: These days fiber cement siding are more liked over vinyl sidings. These finer sidings have all characteristic of wood sidings without any flaws. These sidings have the additional benefits over wood or vinyl for home improvement. The fiber sidings are resistant to fire and pest. In addition, they have low maintenance cost and retain the paint for a longer period.

A composite deck: If you add up a composite deck in front of your hour house, you can get extra living area and it will add to the worth of your house.  Wood deck is simple and yields more returns as compared to other complex ways of decking. The maintenance cost may be a bit higher for wood decks, but initial costs are quite low.

Latest vinyl windows: You may be having old wooden windows in your house, which may rot fast. Setting in modern vinyl windows for home improvement will make the house look great and reduce your maintenance costs.

Renovating Kitchen: In any home improvement, the kitchen is the most important place that needs attention. Mostly the old wooden counters, drawers and cabinet door panels are to be replaced. Besides, many kitchen gadgets and accessories, taps or washbasin needs to be replaced with contemporary inexpensive stainless steel equipment. The granite counters are most preferred and are easy to maintain.

Converting Attic to Bedroom: The space in attic is least used. You can easily convert this place to a bedroom and increase your living space within. The most usual way is to convert the loft into a bedroom or into a master suite having cupboards and a bathroom

Landscaping: It can be an economical way to improve the appeal of your house in front and back lawn. You can provide a walkway in front with plants on sides. The backyard can have a grassy lawn, some plants and flowers and fencing. Make a driveway, if that is possible.

In nutshell, home improvement is a creative and innovative pursuit that needs a proper planning that will not cost you anything. If you use theses ideas you can renovate most of the important areas in you home economically and increase the market worth of your house and make it a more comfy and exciting dwelling.

Author: If you want more information about home improvement please visit this site right now.
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These are the parts that help make these hot tubs different from your ordinary tubs or pools of water that don’t give you that stress relieving and relaxing soak that hot tubs and spas give you.

Xaviera Arata Editor of the “Cheap Hot Tubs” website — http://www.CheapHotTubs.me — pointed out;

“…The choices in motors and pumps that you can use in your hot tubs and spas may be those that have been built into them or those that are actually replacement pumps for your hot tubs and spas…” Added Xaviera Arata

Why Its Important to Know Motors and Pumps

While you can choose your spa or hot tub according to its motor as well, there are times when the tub you choose doesn’t have the kind of pump or motor you want but the shape and size you desire. You can actually install a different pump or motor to your existing tub as long as you know the steps involved. There are a few different kinds of motors and pumps you can use to replace your existing hot tub or spa pump with and knowing the parts of these motors and pumps will further help you understand how it works and how to successfully replace or install them.

Common Motor and Pump Parts

The parts that you can find on tubs and their mechanisms include the wet ends, the motors, seals, impellers and a whole lot more. All these parts are important to the successful activation of your hot tub or spa. The pump wet end is the mechanism that is found at the end of your water pump and on this pump is where you find the impeller that sucks the water from the water source and pushes it into the tub with the force needed to create the jets that are for relaxation. A shaft seal is the seal that is used to help keep the water from going into the motor that keeps the pump going and your hot tub or spa running the way it should. There are a few seal kits available on the market and each seal kit and shaft seal is built to fit certain pump specifications to truly keep water out of the motor of your spa or hot tub. If you need to replace your spa’s shaft seal, you will need to know what your exact spa motor or pump is for you to be able to get the right one that will fit it and stop any leaks.

When Do You Need to Replace Them

A lot of people who have older tubs that have motors that are weaker than their present day counterparts often buy newer and stronger motors to replace the ones that they already have. This is usually when the tub they have is still in good working condition and in pretty good shape. If both the tub and the pump are in bad shape, it would probably be best if they got a newer model spa that comes with a new motor and pump rather than to simply buy a new motor for a rather beat up old spa or hot tub.

DIY Motors and Pumps

For those who are fond of building things from scratch or love doing DIY projects, they can actually find instructions on certain websites on the construction of such tubs as well as the installation of the pumps, motors, hoses and other necessary parts needed for the operation of the hot tubs. You can also find a wide array of pump motors for your spa at spa spare part websites in the different spa pump hp selections that you can choose from. Some of the pump motors that you can find include the .75 hp pump motors, the 1.0 and 1.5 hp pump motors and the bigger 2.0 hp pump motors. These pump motors can be bought in a wide array of motor brands and prices.

“…While you can actually replace your spa pump motor on your own with the use of a few easy steps that includes the replacement of the impeller as well and the removal of the wet end from the other motor parts, you can be better off with buying a completely new set that can last you longer that a self rebuilt pump motor…” Added Xaviera Arata

Further information, resources and reviews of the best but reasonable priced hot tubs by clicking: http://www.CheapHotTubs.me

Xaviera Arata runs his corporate website at http://www.OpsRegs.com where you can see all his articles and press releases
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Making your own solar and wind power for less than $200

They sell a DIY green energy kit that shows you step-by-step how to build a solar power system or windmill for your home.

Here’s the truth:

Yes, it is a waste of time and energy, IF – and this is a very big IF! – you are not willing to put in some hard work and time. So if you aren’t much of a DIYer DO NOT BUY GREEN DIY ENERGY’S GUIDE! It will only be a waste of $50 for you; take a date to the movies or something with that $50 instead, because it will be money much better spent.

But, if you are willing to put in some good hard work for a day or two, well, not really that hard of physical labor, but it does take some time and energy to install the solar power system. It will probably take you a weekend, or a couple of people could work together to mount the solar energy system in one day.

If you are not very experienced with assembling solar panels and mounting them, then a good DIY guide will save you a TON of time and stress.  A good DIY solar panel guide will contain all the points below:

Multiple manuals: One for how to build a solar energy system, and the other for building a wind turbine.  That way, you don’t have to buy another guide if you choose to expand your energy system.  Most quality DIY guides will contain multiple manuals. DIY tutorial videos:  Most guides DO NOT contain tutorial videos, but I would definitely look for a guide that does offer tutorial videos, because they serve as great visual examples of what you’re supposed to be doing. Good customer service.  Unfortunately, no guides that I’ve reviewed have offered phone support, but most all have email support and one I found had an interactive customer forum as well. A money-back guarantee.  The good guides offer full money-back guarantees, so if you choose not to follow through with your solar panel plans, you will not have wasted $50, or however much you spent.
Making your own solar and wind power for less than $200

Green DIY Energy meets all this criteria, as well as Earth 4 Energy.  Those are, in my opinion, the best DIY solar panel guides available.  Their guides are legit, and you really will start saving money off of your monthly energy bill if you follow their clear directions.

I wish you luck in your DIY ventures, and enjoy going “green”!

The author of this article, Zach Lee, is an online DIY product reviewer; he’s the one who separates the valuable DIY guides from the worthless ones that only induce intense anger and frustration.

Being someone who has seen more than his share of worthless online “guides” and products, Zach’s goal is to point his readers towards quality and helpful resources that they can purchase with peace of mind.

Making your own solar and wind power for less than $200 Best Residential Solar Energy Systems and other Related Resources:Magniwork Magnetic Energy Generator – How would you like to create a generator which creates free electric energy? Using our easy-to-follow guide, you will be able create a Magnetic Power Generator which creates absolutely free energy, and doesn’t require any resource like wind or solar energy to function, the magniwork generator creates energy by itself and powers your home for free. The generator works fully off the grid.GreenDIYEnergy is a guide on how to start generating your own green energy at home. Developed by Ultimate Results, LLC, GreenDIYEnergy’s page promises to give users a step-by-step video and manual on building and installing their own personal solar panels. GreenDIYEnergy’s site also gives users a snek peek at the video that shows them how to buld and install their own solar panels.Homemade Energy is fast becoming the buzz word in environmental circles. Consumers are becoming fed up with the problems associated with using conventional energy resources. Tired of rising costs, changing our lifestyle and in some cases being subjected to rationing, many home owners are turning to the newest trend in energy conservation DIY Solar Power Kits. A number of companies are now producing homemade energy guides, available for instant download on the internet, which give you step by step instructions on how to assemble the materials for your own DIY solar power kits.
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Tip 1: Is your will up to date and current?

Times change, relationships change, circumstances change.  A will that you wrote 7 years ago as a happy married person with no children isn’t going to be appropriate for you now when you’re divorced with 2 children.  You should update your will at least every 2 years to ensure that it stays up to date.  You should also update your will whenever there is a major family event such as a birth, death or a marriage.  A great way to help you remember to update your will regularly is to keep it with your tax receipts so that when you do your tax every year you will jog your memory to think about your will at the same time.

Tip 2: Is your Will appropriately witnessed?

If a will has not been signed or witnessed properly it can be rendered invalid.  Each state in Australia has slightly different rules about how wills need be signed and witnessed but as a general rule wills require 2 adult witnesses who are NOT potential beneficiaries or executors.

Tip 3: Is your Will in a place where it can be easily found?

If you passed away today, would your loved ones know where to find your will?  Make sure that you tell your family members where your will is located so that they are able to find it easily in the event of your death.  A will is no good to anybody if no one is able to find it!  Ideally, you should have several copies of your will in case any are lost or damaged.  The original should be stored in a secure place such as in a safe deposit box or with your lawyer.  You may also like to consider giving a copy to your chosen executor, your financial planner, and your accountant.

Tip 4: Have you included sentimental items in your will?

Make sure when you’re writing your will that you include specific instructions for items which may not necessarily have monetary value, but have sentimental value to your loved ones.  Often it is personal items such as photographs, jewellery and family heirlooms which cause the most strife in families where specific bequeasts have not been made.  To avoid family squabble, you should make a list of all your sentimental items and write specific bequeasts about to whom those tiems should be given.  Alternatively you can give provision in the will for beneficiaries to be able to choose between alternate items.

Tip 5: Is your chosen Executor appropriate?

Many people appoint Executors of their Will who are not suitable for the job.  When selecting someone for the role of Executor, you need to make sure that that person is someone who is responsible, trustworthy, and physically able to fulfill the role.  You need to consider things such as age and geographic location (e.g. an executor who lives overseas will find it difficult to fulfill their duties).  If you have someone in mind for the role, you should discuss it with them in advance to ensure that their happy to your Executor.  In addition you may like to consider appointing an independent person such as your lawyer to be a co-executor.

Tip 6: Should you use Do It Yourself DIY Will Kits?

Using a Do It Yourself DIY will kit is one of the most popular methods of writing a will in Australia.  However, unless your situation is very straightforward you should be aware that there are risks involved in writing your own will.  Often the wording of home-made wills can lend themselves to misinterpretation.  Many court cases about wills arise where people have used a DIY Will Kit and there is ambiguity.  The advantages of getting a will drawn up professionally is that you can limit the risk of the will containing anything which can be misconstrued and reduce the risk of someone contesting it.  Of course, having your will drawn up professionally is more costly but this cost would be small in comparison to the possible future cost of a court case.

Tip 7: Have you made your final wishes known?

Another issue which is a common source of family dispute are funeral arrangements.  If you have specific wishes about whether you want to be buried or cremated, or what type of service you want etc. then you should specify these in your will.  This avoids any family conflict by clearly stating your wishes.  In addition, if you would to be an organ donor, be sure to register on the Organ Donor Registry and discuss your wishes with your family.

Get more information from a financial planner

For more information about arranging or updating your will, or for a referral to a professional who can assist you in drawing up your will, be sure to speak to a Sydney Financial Planner at Financial Spectrum who can assist you.

Financial Spectrum are a team of independently owned financial planners based in Sydney Australia.  We are fee based financial planners Sydney and offer expert financial planning advice in all areas of weath creation and wealth management.For more information, access our Free Financial Planning Ebooks.
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Choosing an appropriate space

If you haven’t dedicated a space just yet, it’s best to look for as large a space as your home or bedroom would allow. A larger space almost always guarantees better acoustic response than a tiny one because standing waves and early reflections are generally less (although still largely present if you don’t have any treatment). So to begin your project, look for a place where you can position your recording equipment or computer in the middle of the room so that sound bounces off the side walls at the same time with its trajectory. Once you’ve done this, set up your rig as you see fit.

Determining the best listening position

It’s always a good idea to experiment with the best mix listening position in any environment, but a good rule of thumb is to keep your head at a position that allows it to form a triangle with the tweeters of your studio monitors. Keep your monitors as far as possible from the back wall. Mark this position with duct tape on the floor, and try moving around it to hear the differences in phase that each position gives.

Place absorbers on the walls

A great tip to learn where to place your room absorbers is to take a mirror and run it to the wall opposite your studio monitors: whenever the mirror reflects the image of your monitors, mark it. Do it for all 3 walls (even your ceiling, if you can) because these are places where a direct transmission of sound will go. Place your sound absorbers at these positions to get their maximum benefit. Note that you don’t necessarily have to place absorbers on every square inch of your home studio walls unless this is the room response that you’re looking for.

Figure in the bass traps

The absorbers will take care of the mid and high frequencies, but these aren’t enough to create a neutral sounding space. Low frequencies are especially hard to tame because of their intense energy and capacity to creep between floors. The best way to treat bass frequencies is to place bass traps at the corners of your studio space (preferably from floor to ceiling) as well as places where the room’s walls meet the ceiling (as these are essentially horizontal corners). Treating your room for low frequency absorption is one of the best ways you can get a neutral sounding room and should not be overlooked.

Once these are in place, you’ve got a functional working space for your music. Consider some more advanced forms of treatment such as RPG diffusers and perhaps even some professional products as your budget will allow.

Emics is a leading laboratory providing calibration and Inspection services
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How does one gauge the success of a do it yourself home improvement project? What level of expectations should we have upon their completion?

For a good many people, evaluation of a DIY home improvement project is out of the question. There is a general misconception that once a DIY project is done, it’s done. No need to further evaluate whether the project was really a success or not. The need to evaluate the success of a DIY project has two main goals:

• Establish whether the project had been executed according to plan.

• Establish whether you’re improving as compared to previous different projects that you have done before.

The criteria

1. Cost- how does one evaluate the true cost of a DIY project? Start with the basic raw materials. A central blueprint for any DIY project should have a list of the materials for the completion of a project. If the cost of the finished product and the projected cost of the project do not match, then this should be avoided in the future. A disparity of 25% from the actual cost can be acceptable.

The point of a DIY home improvement project is to basically save money. Saving money entails sticking to a budget- which has already been computed to be cheaper than actually hiring or buying finished goods.

In some rare instances, central plans have wrong computations- this is fine, as long as effort is given to remedy this problem in the future.

2. Finished product- whether you’re replacing floor boards or making a rocking chair, one particular consideration would be the finished product itself. Simply put, does it look good?

Of course, do not expect that a hand-made cabinet made with spare wood found in the garage can look as attractive as the ones you buy from a furniture store or a factory outlet. But at least, the finished product should look decent, in combination with other pieces of furniture in your home.

This criterion is especially important when you plan to make large-scale DIY home improvement projects, such as replacing walls or parts of the roof. Once you’re done, indeed, you’re done.

3. Timeframe- one thing should be made clear when we talk about DIY home improvement project timeframe: time does count. This issu can be discounted if you have a lot of free time in your hand: for instance, summer vacation or the like. But if you’re doing the DIY project on weekends, you have to make sure that you’re completing the phases of the project on time.

The reason for this criterion is that time is money when you think about it. If you spend three months creating a cabinet no bigger than a child’s table, then there is definitely something wrong with the project. Laziness should be eliminated in the picture- you can’t simply reason that you’ve been lazy. What would be the function of timeframe then?

Timeframe can vary from project to project. Try your best by sticking to a limited timeframe; indeed this will have its reward in later DIY projects. You can call it GOAL Setting.

The author of this article was Benedict Yossarian. For home improvements Benedict recommends Dekorbeton Decorative Concrete as a cheap alternative to expensive bricks and Roof Bond Spray Foam Roof Insulation to reduce your heating costs.
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Electronic data interchange (EDI) is the electronic exchange of business information—purchase orders, invoices, bills of lading, inventory data and various types of confirmations—between organizations or trading partners in standardized formats. EDI also is used within individual organizations to transfer data between different divisions or departments, including finance, purchasing and shipping. When the focus of EDI centers on payments, especially between banks and companies, the term financial EDI (FEDI) is sometimes used. Along with digital currency, electronic catalogs, intranets and extranets, EDI is a major cornerstone of e-commerce overall.

Two characteristics set EDI apart from other ways of exchanging information. First, EDI only involves business-to-business transactions; individual consumers do not directly use EDI to purchase goods or services. Secondly, EDI involves transactions between computers or databases, not individuals. Therefore, individuals sending e-mail messages or sharing files over a network does not constitute EDI.

While the concept of e-commerce did not receive widespread attention until the 1990s, large companies have been using EDI since the 1960s. The railroad industry was among the first to adopt EDI, followed by other players in the transportation industry. By the early 1980s, EDI was being used by companies in many different industry sectors. In the beginning, companies using EDI transferred information to one another on magnetic tape via mail or courier, which had many drawbacks including long lead times and the potential for a tape to be damaged in transit. During the 1980s, telecommunications emerged as the preferred vehicle for transferring information via EDI.

By the new millennium, EDI was used widely in many industries including manufacturing, finance, and retail. Some large retailers, among them Sears and Target, required suppliers to use EDI in order to engage in business transactions with them. Additionally, the Federal Acquisition Streamlining Act of 1994 (FASA) required all agencies within the United States government to use EDI.

Communication Methods.

After identifying trading partners, entering into TPAs with them and purchasing the necessary hardware and software, a means of communication must be chosen. EDI can occur point-to-point, where organizations communicate directly with one another over a private network; via the Internet (also known as open EDI); and most commonly, via value-added networks (VANs) provided by third-party value-added-network services.

VANs are networks dedicated exclusively to EDI. Not only do they function like telephone lines by allowing for the transfer of information, they also contain storage areas, similar to e-mail boxes, where data sent from one party can be held until it is scheduled to be delivered to the receiver. VANs are able to provide translation services to small organizations that find it too cost prohibitive to do in-house with their own software. Companies may need to join more than one VAN because their partners belong to more than one. However, by the early 2000s most VANS were able to communicate with one another.

In addition to translation, VANs offer a wide variety of other services including data backup, report generation, technical support, training, and the issuance of warnings if data is not properly transmitted between parties. Depending on need, all of the services offered by a VAN may not be required by a particular company. VANs vary in the way they charge companies. Some charge high implementation or setup fees followed by low monthly usage fees, or vice versa. Charges often are made based on the number of documents or characters involved in a given transmission. For example, one EDI provider charged its clients a monthly mailbox fee of $17.50, followed by a charge of 30 cents per 1,024 characters (per kilo character or k/char) transmitted. Additionally, charges can vary depending on participants’ phone companies and the time of day when transactions are made. It can be less expensive for companies to make transactions during off-peak or evening hours.

In the early 2000s, although many companies still relied on VANs, the Internet was playing a larger role in EDI. It is possible for companies to translate EDI files and send them to another company’s computer system over the Internet, via e-mail or file transfer protocol (FTP). Because it is an open network and access is not terribly expensive, using the Internet for EDI can be more cost effective for companies with limited means. It has the potential to provide them with access to large companies who continue to rely on large, traditional EDI systems. The low cost associated with open EDI also means that more companies are likely to participate. This is important because the level of value for participants often increases along with their number. However, this also presents a dilemma for large companies who have invested a considerable sum in traditional EDI systems. Furthermore, Internet service providers (ISPs) usually do not offer the kinds of EDI-specific services provided by VANs.

While the automotive and retail industries have experimented with open EDI for some time, the efforts didn’t result in widespread adoption by small suppliers, usually due to cumbersome requirements like the installation of on-site software. Incorporating EDI into e-marketplaces was an approach that held more potential. In March 2000, an e-marketplace called the WorldWide Retail Exchange (WWRE) was established. It allowed suppliers and retails in various industry sectors—including retail, general merchandise, food and drugstores—to conduct transactions over the World Wide Web. After one year of operation, the WWRE had 53 retailer members with combined annual turnover of $722 billion. Leading retailers, among them Kmart, Rite Aid, Best Buy, and Target, planned to offer a Web-to-EDI translation service on WWRE so it would be easier for smaller suppliers to do business with them. In this arrangement, the retailers send purchase orders to a data center where they are translated to a language that can be read with a Web browser like Internet Explorer or Netscape Navigator. Suppliers are then notified about the PO and allowed to respond. This is a break from true EDI, since orders are handled manually by suppliers.

In addition to the Internet, intranets (private internets) and extranets (links between intranets and the Internet) also showed potential for EDI. According to The International Handbook of Electronic Commerce, “The Extranet makes it possible to connect several organizations behind virtual firewalls. For example, suppliers, distributors, contractors, customers, and trusted others outside the organization can benefit from establishing an Extranet. The Internet is used to provide access to the public; the Intranet serves the internal business; Extranets provide a critical link between these two extremes. Extranets are where the majority of business activity occurs. They enable commerce through the Web at a very low cost and allow companies to maintain one-to-one relationships with their customers, members staff and others.”

Communication Standards.

As previously mentioned, when companies use EDI to exchange information, translation software is an important part of the process. During EDI, information is usually translated to and from one of several different standard languages, including ANSI X12 and EDIFACT. These languages are more flexible than custom standards developed by individual companies for their specific use.

Because of its reliability and flexibility, ANSI X12 was the most widely used North American standard in the early 2000s. Also called ASC X12, ANSI X12 was developed by the American National Standards Institute (ANSI), which administrates and coordinates voluntary industry standardization within the United States. In addition to its prevelance in North America, this standard also was used in Australia and New Zealand.

Created in 1987 with the cooperation of the United Nations, Electronic Data Interchange For Administration Commerce and Transport (EDIFACT) standards combine the best aspects of ANSI X12 and a standard known as United Nations Guidelines for Trade Data Interchange (UNTDI). Because it is so universal, EDIFACT is suited for use in international EDI. Although EDIFACT was becoming increasingly popular in the early 2000s, it lacked the comprehensiveness of ANSI X12.

In addition to ANSI X12 and EDIFACT, other EDI standards also exist, including Global EDI Guidelines for Retail (GEDI), used within North America for international trade; the grocery industry’s Uniform Communication Standard (UCS); Voluntary Inter-Industry Commerce Standards (VISC), used by retailers of general merchandise; Warehouse Information Network Standard (WINS), used by public ware-houses; TRADACOMS, created by the Article Numbering Association and used by retailers in the United Kingdom; and NACHA, developed by the National Automated Clearing House Association and used for transactions in the banking industry. For companies using open EDI, a language called extensible markup language (XML), similar in some respects to hypertext markup language (HTML), allows users to share information in a universal, standard fashion without making the kinds of special arrangements EDI often requires and regardless of the software program in which it was originally created.

How Edi Works

During EDI, information is sent from one participant’s computer system and translated to a standard format with special translation software. It is then transmitted to another participant, translated back from the standard format into a format used by the receiver and entered into the receiver’s computer system. Thus, EDI allows participants to transfer information between their respective computer systems, even if the systems utilize different, incompatible platforms.

Before using EDI, companies usually enter into specific agreements with their trading partners (called trading partner agreements or TPAs). These contracts often spell out the kinds of information they will exchange and how they will exchange it. Because entering into and terminating TPAs is expensive and time consuming, traditional EDI isn’t always ideal for companies who change suppliers often, or for companies who frequently enter into temporary relationships with suppliers or other companies.

Why EDI?

· EDI comes into its own when repetitive manual tasks are required to support a business relationship; Electronic data interchange simply eradicates them by automating the process and removing the paperwork element.

· It increases accuracy by eliminating the re-keying of data and the quality of data is enhanced by agreeing product codes, prices and location codes in advance.

· Electronic data interchange also helps cement customer/supplier partnerships by reducing the supply chain costs associated with manual processing.

· EDI enabled suppliers are cheaper and easier to deal with.

Advantages of EDI

Companies use EDI to exchange information for a variety of different reasons, mainly increased efficiency and cost savings. For example, EDI allows business transactions to occur in less time and with fewer errors than do traditional, paper-based means. It reduces the amount of inventory companies must invest in by closely tying manufacturing to actual demand, allowing for just-in-time delivery. By doing away with paper forms, EDI also reduces postage costs and the expenses and space considerations involved in paper-based record storage. Some companies have seen dramatic improvements in their business processes, such as the shortening of delivery times from days to hours. However, other EDI users have continued to experience snags. In Planet IT, Procter & Gamble, a leading packaged goods manufacturer, reported that it found errors in more than 30 percent of its electronic orders, although these were mainly due to human mistakes.

Although many companies don’t view EDI as a strategic weapon, it certainly can be used as one. Having the capability to engage in EDI is a marketing tool, because it makes suppliers attractive to retailers and other companies who buy goods and services. In a situation where several suppliers offer similar products, being EDI-enabled can be an important differential. EDI also can be used to form alliances between companies that provide advantages over competitors in several ways, including the ability to offer the lowest market prices and the best customer service. Such alliances also can lead to newer or more innovative services.

Five key benefits of Electronic Data Interchange (EDI)

The benefit of electronic trading is well documented. Here are the top five reasons why businesses adopt EDI.

Benefit One: Remove document re-keying

By removing the manual keying of key business documents such as Orders, Invoices, Acknowledgments and Despatch Notes your company can benefit significantly by::

· Reduced labour costs

· Elimination of human keying errors

· Faster document processing

· Instant document retrieval

· Remove reliance on the postal service

Benefit Two: Eliminate Paper

Paper-based trading relationships have some inherent disadvantages when compared with their electronic trading equivalents:

· Stationery and printer consumable costs

· Document storage costs

· Lost documents

· Postage costs

Benefit Three: Reduce lead times and stockholding

· Electronic trading documents can be delivered far more quickly than their paper counterparts, thus the turnaround time from order to delivery can be reduced.

· By using EDI for forecasting and planning, companies are able to get forward warning of likely orders and to plan their production and stock levels accordingly.

· Companies receiving advanced shipping notes or acknowledgments know in advance what is actually going to be delivered, and are made aware of shortages so alternate supplies can be sourced.

· Integrating electronic documents means they can be processed much faster, again reducing lead times and speeding up payments.

Benefit Four: Increase quality of the trading relationship

· Electronic trading documents when printed are much easier to read than copies faxed or generated on multi-part stationery by impact printers.

· Accurate documents help ensure accurate supplies.

· Batches of electronic documents are usually sequentially numbered, therefore missing documents can easily be identified, not causing companies to wade through piles of paper.

Benefit Five: Competitive Edge

Because electronic data interchange (EDI) makes you attractive to deal with from your customers’ point of view, and you are in their eyes cheaper and more efficient to deal with than a competitor trading on paper, your costs will be lower because you will require less manpower to process orders, deliveries or payments.

It is no accident that the leading UK retailers all rely on EDI for placing orders and receiving invoices – they know the benefits they get and the costs that can be saved.

The drawbacks of EDI

Significant costs are associated with implementing and operating EDI systems. This is because solutions available in the market must be adjusted to a company’s own needs and employees must be trained. In addition, a pilot phase or an initial parallel operation is frequently necessary. The result is that small and mid-sized companies in particular avoid EDI and rely on traditional forms of data transmission instead.

Furthermore, processes in a company must undergo significant changes before EDI can be applied. For instance, a company may normally receive its goods before an invoice is sent in the mail. But if EDI were used, the invoice would arrive before the goods were delivered. Accordingly, processes must be adjusted in such a way that invoices can be processed by the company before the goods have arrived.

Security Issues

The paper checks and balances that exist within the clerical world are not possible with EDI. While rare, the possibility that data will be intercepted and stolen or altered in transit does exist. Messages also may be deliberately or mistakenly duplicated. This can result in overcharges, wasted resources, and damaged relations between trading partners. For these and other reasons, companies take measures to ensure accuracy and security, including security policies that limit the authority to engage in transactions to certain individuals; means of verifying that messages sent were received intact (electronic “seals”); the use of proper encryption methods; digital signatures or bio-metrics (the use of human attributes like fingerprints or voice) to verify the identity of senders and receivers; audits that verify the accuracy of electronic records; efforts to ensure that translation software has been written correctly and not altered; and so on.

Past, Present and Future of EDI

· EDI began in earnest over 20 years ago and is now used by over 20,000 UK companies.

· It is most commonly used by the UK retail sector, typically in Grocery, Catering, Building & DIY, Publishing, Stationery and Department Store sectors.

· EDI can also be found supporting business supply chains in a vast spectrum of other industries ranging from Electronics to Motor Manufacturers, and Pharmaceutical Supply to the Inland Revenue. There are no barriers to the use of electronic data interchange in any industry.

· The expansion has been driven by major clients insisting that suppliers adopt electronic data interchange (EDI) to reduce overhead costs, thereby helping to enhance the on-going competitiveness of their business.

· Widely used across Europe, North America and the rest of the world, EDI is actively encouraged by European Governments using United Nation’s EDI standards to facilitate cross border trading.

EDI is expected to grow with business-to-business e-commerce overall, a sector that was growing quickly in the early 2000s. In 2000 alone, business-to-business sales were estimated to be $3.3 trillion, with forecasts predicting an increase to $5.2 trillion by 2004, according to Corporate EFT Report. The Gartner Group forecast sales in this sector to be even higher, reaching $7.29 trillion by 2004. The use of EDI also is expected to grow along with international trade agreements like the North American Free Trade Agreement (NAFTA).

According to Corporate EFT Report, in the early 2000s the lines between EDI and other Internet channels—including hybrid EDI/Internet electronic trading networks, Internet e-marketplaces, extranets, Internet company-to-company links, and private emarkets—were beginning to blur, and companies were relying on a variety of channels to conduct business with suppliers, depending on the nature of their business goals.

In a Planet IT article, David Yockelson provided a similar snapshot of EDI in the early 2000s, as well as a glimpse at the road ahead: “VANs haven’t gone away, but the demands of businesses and their trading partners have changed dramatically. Internet-based transport, broader and more robust sets of information and real-time connectivity are just a few of the items that have been appended to the connectivity wish lists of most companies. Moreover, the basic language of data movement has suddenly become XML, despite the presence of decades-old EDI standards. VANs aren’t dead. EDI isn’t going away any time soon. And XML, while incredibly exciting as an application and data-neutralizing standard, is in its infancy.”

References:

www.ecommerce.hostip.info/pages/381/Electronic-Data-Interchange-EDI-HOW-EDI-WORKS.html”>Electronic Data Interchange (EDI)
www.dhl-discoverlogistics.com/cms/en/course/technologies/connection/edi.jsp

Kamran Uddin
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The internet is absolutely bombarded with companies and advertisements concerning the green revolution.  Many of these companies are very legitimate and are truly taking steps to help mother earth, while others are simply trying to capitalize on the movement.  You can literally find hundreds or thousands of “green” products out there for sale, everything from rain collection barrels to solar lighting for your walkway.  In this article we are going to discuss do-it-yourself solar panels and wind turbines.  Due to a few advances in the industry over the past few years it has become very inexpensive to actually build your own systems and literally power your complete home from these systems, in effect never having to pay the power companies again.  Because of these advances and the ability to build inexpensive systems there has been a boom of internet websites promoting the practice.

These “Green Energy” websites are capitalizing on the green diy movement by offering books or guides that teach individuals how to build these power systems themselves.  Most advertise that you can build your own solar panel or wind turbine for under $200.  If you perform a Google search for “diy solar panels” or even just “solar panels” alone, you will find hundreds of sites offering these guides.  So many in fact that it becomes overwhelming to weed through them.  We are about to give you some pointers as to how to choose the right ones.

We literally scanned and read through dozens of these green energy websites.  What we found was that most of them are offering the same information just packaged in different brightly colored packages.  All of the websites sell what is known as an eBook.  This is an electronic book that you download from their website, usually in .pdf format.  There are a few things you should look at when evaluating which of these sites to trust and possibly purchase your guide from.

-          First and probably most important is to look at their Money Back offer.  Do they offer a truly risk-free guarantee?  Make sure you read the fine print to ensure there isn’t a catch.

-          Second, do you get other items as well as your diy guide?  Most offer tax savings info, parts guides and other bonus information.

-          Next, do you get to download the information directly after you make your purchase, or do you have to wait for someone to respond to you?

-          Try out their customer service.  Send them an email to ask a question and see how long it takes to get a reply.

-          Does the site look like a copy of all the other sites you’ve seen, or does it look original?

-          Do their videos appear professionally made, clear and can you hear the audio well?

These are just a few of the items you can use to verify the validity of the sites you are looking at.  One review site that exist out there is MySolarReview.com which has taken most of the guess work out of the equation for you by providing reviews of 6 of the top DIY Green Energy sites.

Simply make sure you do a little research before you decide which DIY website to purchase your guide from.  Make sure the one you choose will provide you with as much info as possilbe for your money.  There are several review sites out there to help with your decision.
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Most DIY energy guides for solar energy that could help lower your energy bills are so complicated that unless one possesses some expert, mechanical abilities, he/she can’t possibly follow the directions. Most of them require a post graduate degree from MIT in order to finish the product. Not this one!

There are no special skills required to use this DIY guide. Even if you have never built anything on your own, you can follow the instructions and complete your solar panel. This is a can do project that anyone can complete.

Once you finish your solar panel, just think of the pride you’ll have in your completed project. You’ll be reminded every month when your energy bill is much lower than it used to be. The cost of fossil fuel continues to rise; therefore, your energy bill continues to get higher and higher with no end in sight. Alternative energy supplies that are inexpensive are becoming a must for most family budgets.

Of course just building a solar panel won’t help unless you can hook it up to your home supply source. This DIY guide shows you exactly how to install your solar panel so that it will plug into the power source of your home. You will probably want to build two or three of these panels once you complete your first one.

In addition to building a solar panel, this DIY guide offers a huge bonus. You get an easy to use guide to build a wind turbine. Now you’re really talking savings! If the sun isn’t shining, more than likely, the wind is blowing; therefore, you save even more.

If you’ve ever wanted to tap into green energy, this is the simple way to get started. The author has taken all the technical jargon and engineering feats, simplified them and made them available in small chunks of information that anyone can follow.

That’s not all to help you lower your energy bills because this DIY guide to solar energy contains so much more. How to get parts inexpensively and how to repair parts to save you even more money just to name a few more advantages of this guide. Tap into green energy today. Start saving on your energy bills right now.

Howard writes business and technology articles and would like for you next to discover how easy it is to build your own solar panels and wind turbines. No special skills required! Click here on my affiliate site, http://itshrunk.com/3a1adf   Your access to the software leads you step by step through the building process. You will be on your way to savings real soon!
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I live near Seattle and for years suffered quality coffee depravation (QCD) when traveling. Those great espresso shops that manage to survive on every block in the Northwest and the San Francisco Bay area quickly thin to nothing in other parts of the country, and except for bastions of coffee enlightenment like France and Italy may be impossible to find elsewhere in the world. Certainly, other parts of the world have long coffee traditions but their coffee is generally a different drink entirely, and alien to the palette.  

The attempt by Starbucks to spread through the known universe has made the situation somewhat easier, introducing decent coffee into many nooks and crannies, but Starbucks is not yet ubiquitous, nor is it generally available in room. 

For years my solution was to travel with quality tea. Tea can be quite good. Tea satisfies caffeine cravings. And, quality tea offers a subtle complexity that soothes the soul. However, tea is not coffee, and when I want that coffee intensity, nothing else will do.

Forget those in-room coffee makers that hotels and motels offer. The pre-packaged, weak and bitter brew they produce is nothing more than a caffeine fix. It wakes the body but brings no joy. Fine hotels generally serve quality coffee but the extra cost of the room is a high, high price to pay for a decent cup of coffee. What to do?

Fortunately, with some simple and relatively portable and inexpensive equipment, along with a microwave oven, now common in lodgings, it is possible to create a more than passable imitation of the coffee house classic. Here’s what you’ll need.

A portable coffee brewer. For years I used a plastic press pot also called a French press. Glass is nicer but is too fragile to travel with. That’s the simplest solution. Bring your own coffee, unfortunately pre-ground, but you can’t have everything. Zap a cup of water in the microwave and a couple of minutes later you have redemption.

The press pot has been replaced in my kit by a device called an AeroPress Coffee and Espresso Maker. The AeroPress looks like a hypodermic designed for a dinosaur. Instead of a needle, though, the coffee maker has a perforated flat end that holds a coffee filter. The AeroPress has one real advantage over a traditional press pot. It’s much easier and less messy to clean. And the coffee it makes is more like an espresso shot, tasting quit different from the brew the press pot produces. Both are good. They’re just different. 

The AeroPress is the better choice for making coffee for a latte. One possible down side of the AeroPress is that it takes some effort to press the plunger down. Pushing slowly helps but it may be more force than some are capable of using. It is not friendly to arthritic joints or smaller people.

Operation is simple. With filter in place, measure coffee into the tube. Place the maker over a coffee cup. Pour hot water in the tube, stir, wait 20 seconds and insert the plunger. Push it down to extract the coffee. The resulting brew is concentrated, not quite as much so as a shot of espresso but nearly so.

If you simply want a coffee, add hot water to desired strength, sweeten or lighten and enjoy. If you love lattes then you need another piece of equipment, a frother. 

The simplest way to make foam is to pour 2/3 of a cup of cold milk into a sealable and microwavable container. A hard plastic travel mug with a tight lid works great, as does a pint or half liter Nalgen bottle. When the milk, make sure that it’s cold, is sealed in, shake the thing for about 30 seconds. Remove the lid and microwave for about 20 seconds to set the foam. Either pour the foamed milk into a cup and add the coffee or pour the coffee directly into the travel mug. Instant, low-tech latte.

Non-fat milk works best but has little flavor. 2% milk is a good compromise between foam and flavor. Whole milk is not friendly to cold frothing. Again, make sure the milk is cold when you start. Warm milk won’t foam.

The shake and bake method makes foam but it isn’t the micro-bubble foam you’d get from an espresso machine. That may be good enough for you. If it’s not, never fear, there are portable frothers that do a better job than many home espresso makers and are light and small enough to pack. The most traveler friendly ones are battery powered mixers. Aerolatte makes a couple of models that come with hard plastic travel cases and run on two AA batteries.

Again, start with cold milk. Insert the frother and mix until you get a good foam. You will need a container with at least twice the volume of the milk you initially pour in. For hot foam, make sure that it is microwavable. No stainless allowed. Once you have whipped your foam into shape, microwave for 10 – 20 seconds, depending on how hot you want your drink. Be careful to not overheat the milk as that will collapse the bubbles. Combine the foamed milk with the coffee. Enjoy.

The motorized frother will actually make stiff enough foam to do a decent cappuccino, while the shake and bake method is only suitable for lattes.

Recovering psychotherapist, former restaurant owner, and Mac geek, Michael lives in the beautiful Pacific Northwest.
Find out more at Mystic Cowboy
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This used to be an issue a couple of years ago but things have changed in recent times. We now have the options of using DIY site builders. These facilitate you by providing you the tools required to create your website in no time and at minimum cost. Perfect for a first-time website and online business!

Starting Off With A DIY Site Builder Tool

Do-It-Yourself site builder allows you to use a comprehensive website builder toolkit which has all the components in one place to help you set up your website. This is essential for someone who does not have a tech background in website construction.
Otherwise, people who are familiar with web designing and hosting can actually use different components downloaded over the Internet and by trial and error create their own website. However this can be quite a daunting task for a first timer not familiar with web design.

An Economical Option with DIY Sitebuilder

A dynamic DIY site builder tool is one of the cheapest options to construct a professional website. You can save thousands of dollars by using this to make a user friendly website. You don’t even need to invest in a personal computer if you don’t have one and can borrow a device to work on the website for a few hours and get it up and running.

Virtual servers would actually run and host the site for you 24 hours a day therefore you don’t have to spend any extra money on hosting the website. There is also the option to facilitate the upgrading and updating of your website as required. This means that you’ll avoid spending money on hiring different programmers as well as website designers for this purpose.

Benefits of the DIY Sitebuilder

You can avail the option of 24-hour customer support when you purchase your DIY site builder toolkit from a reputable company. Any problems that you have can be easily resolved by the instant help at your fingertips.

Another good point is that you can control the website from anywhere on the globe. All you require is a computer with Internet access and you can tweak the main control panel to manage the website and update it as and when required.

Components of a Good DIY Site Builder Toolkit

A good and comprehensive DIY sitebuilder toolkit should be purchased from reputable companies only. The package should allow you to design your website, cater for web hosting and running it soon after following a few simple instructions. A good package shows you exactly what you’re going to get in terms of templates as well as the built in editor which allows you to handle images as well as content. There is also a control panel and shopping cart on the software which allows you to tweak and manage the website. This offers you a complete solution in one package for creating a professional site that can help establish a business empire.

Opt for the affordable Budget web design solution with discountdomainsuk.com. The ICAAN registrar offers DIY sitebuilder tool along with its web hosting services.
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There are three primary sources of alternative energy that can be adapted to just about any home. They are easy, inexpensive and profitable. Making them great DIY projects.

The first system is WIND POWER.

This is not a new concept, and now it is becoming more available to the “do it yourselfer”. Wind power is produced by using wind generators to harness the kinetic energy of the wind. Wind power is gaining world wide popularity as a large scale energy source. By investing in a small wind system, you can reduce air pollution. A well designed home wind energy system will provide you with years of cost effective, clean and reliable electricity.

Commercial systems are nice, but a DYI kit is about a quarter of the price. And the satisfaction you’ll get from building it yourself can not be measured! One of the most important considerations for a windmill is location.you need a location free of obstacles. The windmill must be high enough to catch optimal wind. It can be built from the ground up or anchored to a building.

SOLAR POWER

Solar power is energy that comes from the sun. All energy on this planet, at its very source, comes from the sun. Although solar energy can be collected in many different ways to generate electricity,the most common method for the homeowner is the solar panel (or photo voltaic panel). The mechanics of the solar panel can be pretty technical. Basically, when sunlight hits the solar cell material, the light creates an electron and hole pair. The electron and hole go in opposite directions, and this creates voltage. Voltage is the energy needed to power appliances, lights etc.

Making and installing a do it yourself solar panel system is about the easiest alternative energy project you can take on. Once you build one panel, you will see that it is very easy to scale up your energy generation by just building additional panels. Generate as much electricity as you need. Then you can sell any excess electricity back to the utility company.

MAGNETIC GENERATORS

Now you can generate your own electricity! Magnetic generators are amazing. Never again will you worry about your electric bill. The magnetic generator runs on perpetual motion.This technology is not really new, but it is very new to the general public. Since there is no need for any fuel, this is a very clean source of energy. The magnets provide perpetual motion which keeps the generator running 24/7. These generators are small and do not emit smoke or any other by products. So they can be conveniently installed in a basement. Plans for magnetic generators have recently emerged on the internet in the form of eBooks. These eBooks provide you with concise step by step instructions. The materials needed can be found at your local home center. It is easy and inexpensive for DIY techs of all levels.

Tony CimbaI’m a building maintenance repair worker interested in better and more cost efficient ways to do things. I enjoy DIY projects and I’m concerned about the environment, that’s why I’m interested in alternative energy. You can pick up the materials you need for these projects at any home center or hardware store.I hope this article was somewhat insightful for you. While I was researching this article I ran across many websites on these topics. For more valuable information, click on the link below.http://cimba628.blogspot.com/
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