Monday, December 26, 2011

Solar Power For Homes in the Third World

!±8± Solar Power For Homes in the Third World

No where is the demand for energy more intense, nor the ability to fill that demand more viable with solar energy, than in the third world.

Many third world homes are without power. Living in areas where solar energy abounds, rural residents often live in small, one-room homes. To fulfill their minimal energy needs, those that go beyond the basics of living with kerosene lamps for heat and light use batteries, generally car batteries, that they take to the nearest villages to have recharged as often as possible. Not only is this inconvenient, it's expensive. Since it's an expense that is not an absolute necessity, a resident may well go without this additional resource as well. For children attempting to study at night, without light, it's harmful to the eyes, as well as scholastic endeavors. Many energy-impoverishments occur in areas where there is no power generation.

Building a traditional energy supply grid, especially in remote areas is simply too expensive for the government, or local enterprise, to create. With no current existing power grid, supporting solar energy for both "on-the-grid" and "off-the-grid" living for residents in rural areas particularly, not only makes sense...it is the only really viable option currently available.

Many United States charities are currently contributing to efforts to help third world residents get clean, renewable energy, particularly solar energy to use for heat, light, and access to water. The Oprah Winfrey Foundation is one of these charities.

Another very involved partner is SELF, Solar Energy Light Fund. Their mission is to "provide solar power and wireless communications to a quarter of the world's population living in energy poverty." It's a daunting mission...one they've not only taken on, but have been very successful at. Bringing solar power in western China to 1,000 households in fourteen villages, they have worked in many areas with local governments and agencies to help self-fund the building and distribution of small-scale photovoltaic systems. They have worked to help scattered Masai herder tribes acquire solar-powered telephones in Tanzania. They have installed photovoltaic systems in schools and clinics in many third world countries, and are currently very involved in a project in Haiti that will help bring solar-powered medical clinics across the country into being.

Many third world residents strip trees for fuel and shelter. They burn animal dung for fuel. In doing so, they are using up most of their minimal foliage, resulting in loss of shade and shelter for themselves and other animals. They are creating toxic fumes with burning dung, and losing the potential of its use for natural fertilizer. One or two PV cells, installed to maximize capture of the sun's energy, connected to a battery pack, can provide year around heat and light in many locations, as well as power radios or small televisions.

In addition, in many areas where water had not been available, or required residents to make a daily walk to the nearest village for water, solar energy now powers pumps that bring the water to their homes or a more central location, as well as provide power for irrigation systems that allow them to grow more crops, and create a more sustainable lifestyle.

Solar stoves, solar water heaters, solar panels to produce enough electricity for lights, computers, radio and television, along with power for irrigation systems can make the difference between living in poverty, and living in abundance in a third world country.

To help individuals and communities in those countries build an infrastructure that will support solar energy use...and production...will make it not only a better world for them...but for us.

As all of us rely less on fossil fuels to support our basic needs, and more on renewable energy like solar, we will have more and more freedom...from energy barons...and from our own self-destruction through pollution and global warming.


Solar Power For Homes in the Third World

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Sunday, December 18, 2011

Comparing Light Bulb Types - Incandescent, Halogen, and Compact Fluorescent Lamps

!±8± Comparing Light Bulb Types - Incandescent, Halogen, and Compact Fluorescent Lamps

Incandescent Bulb

The fat bulbs that most of us have been using for general lighting in bedrooms since childhood are known as incandescent light bulbs. These lamps have been the standard for a long time due to the natural, warm light they produce and their undeniable low price. These bulbs are also very easy to put on a dimmer control in comparison to other lamp types.

The main problem with incandescent bulbs is that they consume two to three times more energy than the alternatives. This coupled with a much shorter lifespan (up to 1,500 hours) than its competitors makes incandescent bulbs an expensive option. This has led to a worldwide movement to ban their use before 2014 for the sake of energy. Some countries, including those in the European Union, have already begun this ban.

Halogen Bulb

Halogen bulbs are a type of incandescent lamp that produce an intense light with higher color temperatures than non-halogen incandescent lamps. Halogens are most often used in track lighting systems, ultramodern light fixtures, and, believe it or not, headlights. The intensity of the light makes halogen lamps a good choice for task lighting. Halogen light bulbs tend to initially cost more than non-halogen incandescent bulbs but make up for the difference with a longer lifespan (2,000 to 2,500 hours) and higher energy efficiency.

The trouble with halogen bulbs lies in the fact that they produce a lot of heat. This makes halogen lamps a bad choice for workspaces in close proximity to a halogen lamp or for children's rooms due to safety issues. Note that you should never touch a halogen lamp with bare hands or leave flammable materials nearby. It is best not to leave with these lamps on for an extended period without someone close at hand.

Fluorescent Bulb

You more than likely associate fluorescent lamps with the long fixtures found in kitchens, laundry rooms, and garages. The fact is that fluorescent lamps comes in many different shapes and sizes and can be used for diverse purposes and in various light fixtures. Fluorescent lamps produce a large amount of white light that reveals detail without producing excess heat. This together with a low operating cost makes fluorescent bulbs a ideal choice for work areas. The lamps themselves tend to cost more than both incandescent and halogen bulbs since a ballast is required for the function of a lamp. However, fluorescent lamps last ten to twenty times longer (up to 25,000 hours) than incandescent lamps and is the most energy efficient of these three types, though the life of fluorescent bulbs may lessen if it is turned on and off frequently. Note that the life of a fluorescent bulb should be indicated on the packaging.

One downfall for the fluorescent lamp is that it produces a very white light that does not seem as natural or warm as an incandescent bulb. This light has also been connected with the fading of paintings since it contains a high amount of UV rays. You may also notice that the bulbs become dimmer towards the end of their life and may not turn on in extremely cold temperatures. Fluorescent bulbs have also been accused of being harmful to the environment due to the mercury and phosphor materials contained inside. Because of this used fluorescent lamps typically cannot be disposed of as regular trash. The disposal procedure is usually regulated by local government agencies.

Compact Fluorescent Bulb (CFL)

This type of fluorescent bulb has been offered as a replacement for the incandescent bulbs that may be banned by 2014. They are closer to incandescent bulbs in size but retain the energy saving properties.The two most common shapes are U-shaped and spiral. Recent developments have also led to a light that is more natural and similar to the light produced by incandescent bulbs.

Making the Switch to CFL Bulbs

There are a few things that you should consider when converting to compact fluorescents.

Size

Though smaller than standard fluorescent lamps, compact fluorescent bulbs are nevertheless larger than incandescent bulbs. It is important to consider this since a compact fluorescent bulb might be to large for some of your fixtures.

Wattage

A fluorescent lamp produces five times more light than an incandescent of the same wattage. So if you are using a 100-watt incandescent lamp to light a room, a 20-watt compact fluorescent will produce roughly the same amount of light.

Light Temperature

The light produced by fluorescent bulbs typically has a bluish white quality that may not seem as natural as light from incandescents. You can get an idea of the color by taking a look at the color temperature indicated on the package. Light from an incandescent bulb typically has a color temperature of 2,700 K, so if you want a more natural light, you should purchase a compact fluorescent lamp of that same temperature. Bulbs with a temperature of 3,000 K to 3,500 K produce a neutral white light. Anything above 4,000 K will be closer to daylight.

In Conclusion...

There are actually many more types of light bulbs than the three described here. However these are the most popular for interior lighting. Less common types include LED (light emitting diode) and HID (high intensity discharge). Choosing the right light bulb is all in all a matter of preference and savings. Well, that goes for all but the ill-fated incandescent bulb...


Comparing Light Bulb Types - Incandescent, Halogen, and Compact Fluorescent Lamps

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Thursday, December 15, 2011

Kitchen Remodeling - A Checklist for Your Kitchen Remodeling Project

!±8± Kitchen Remodeling - A Checklist for Your Kitchen Remodeling Project

Kitchen remodeling takes both time and money. A major remodel with top-of-the-line appliances and cabinets can easily run more than 0,000. As for time, allow at least four months for a remodeling job or, more realistically, six to eight months. It takes about two months for custom cabinet orders, more time for planning, order processing, shipping, demolition, installation, moving back into your kitchen and re-organization.

While it's tempting to get started as quickly as possible once you decide to remodel, it's better to catch your breath, do your homework and think through your plans because you don't have the time or money to make mistakes.

Start with the basics. Consider what the primary uses of the kitchen will be then collect ideas for enhancing your project. Put some initial thought into this prior to meeting with a contractor. Following is a checklist of items to consider when planning your kitchen remodel.

Determine the primary uses of your kitchen:cooking food storage dining equipment / utensil storage specialized food preparation areas waste disposal laundry secondary media center message station mini-office hobby / craft center entertaining mudroom traffic hub
Enhance your kitchen remodeling project:Brainstorm with household members Find ideas in model homes, showrooms, home shows, magazines, books and catalogs Appliances - ovens, stoves, cook tops, refrigerators, dishwashers, range, microwaves, hoods, and exhaust fans Cabinets - wood cabinets in oak, maple, cherry, hickory, pine, birch, metal, plastic, cabinet re-facing, kitchen storage items and kitchen islands Countertops - stone, marble, quartz, granite, solid surface, wood, metal and Formica Flooring - hardwood flooring, cork, bamboo, laminate, linoleum flooring, flooring installation, repair and refinishing floors Lighting - light controls, chandeliers, fixtures, lamps, fluorescent lights, recessed and spot lighting Sinks and Fixtures - kitchen faucets, stainless steel, brass, plastic and glass handles Windows - skylight windows, double hung and single hung windows, casement and garden windows for growing herbs and plants Select a design professional and/or contractor that meets your needs

The more details you can determine prior to your kitchen remodeling project the better. It will make your remodeling project more efficient and, thus, less expensive.


Kitchen Remodeling - A Checklist for Your Kitchen Remodeling Project

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Friday, December 9, 2011

How eeS Group replaced 4-tube accoutrement beaming tubes with LED efficiency

earth energy Solutions | eeS GROUP's Rodney Waters analyzed the lighting energy consumption, reduced it by 48% and managed the project through the recycling phase. Always turn power off to fixtures, be safe. Licensed electricians are best; otherwise do adequate research and exercise caution. eeSGroup.US specializes in All Things Energy and endorses the Energy Star Programs. CT Distribution is very happy with their ecoWise decision.

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Friday, December 2, 2011


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