LED Tube Lights

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LED Tube Lights

Good light quality and low heat generation makes a great green alternative for display lighting. No longer worry about heat damage to your valuable merchandise displayed on your counter.

You will also be surprised at the ideal display light cast by the quality light output of the series. Task lighting is required for visually intensive environments, such as reading, writing or some kitchen counter top use.
The great light quality makes your task lighting more effective and easier on your eyes. Locating underneath your cabinets, shelves, office cubicles etc, can allow you to achieve an ideal task lighting setup.

Furthermore, the linear profile of LED Tube is also unobtrusive to the design environment allowing them to be integrated anywhere a standard fluorescent is used.
The LED Series does not require the use of a ballast thus allowing you to save even more energy. As an added benefit there is no ballast to break or fail ensuring even longer life. No ballast also means that the LED Tube Light can be used in T8 / T10 / T12 (G13 bi-pin ends) fixtures for the ultimate in compatibility.LED Lighting Shop LLC

About LED Tubes

LEDs are small, solid light bulbs which are extremely energy-efficient. New LED bulbs are grouped in clusters with diffuser lenses which have broadened the applications for LED use in the home and office.

It is important to buy high quality bulbs, or the quality of light will be poor, and they will burn out prematurely. LEDs (Light Emitting Diodes) are solid light bulbs which are extremely energy-efficient. Until recently, LEDs were limited to single-bulb use in applications such as instrument panels, electronics, pen lights and, more recently, strings of indoor and outdoor Christmas lights.

Manufacturers have expanded the application of LEDs by "clustering" the small bulbs. The first clustered bulbs were used for battery powered items such as flashlights and headlamps. Today, LED bulbs are made using as many as 180 bulbs per cluster, and encased in diffuser lenses which spread the light in wider beams. Now available with standard bases which fit common household light fixtures, LEDs are the next generation in home lighting.

The high cost of producing LEDs has been a roadblock to widespread use. However, researchers at Purdue University have recently developed a process for using inexpensive silicon wafers to replace the expensive sapphire-based technology. This promises to bring LEDs into competitive pricing with CFLs and incandescents. LEDs may soon become the standard for most lighting needs. We are following these developments with interest and will report the latest updates in this research.

Benefits of LED lightbulbs

Long-lasting - LED bulbs last up to 10 times as long as compact fluorescents, and far longer than typical incandescents.

Durable - since LEDs do not have a filament, they are not damaged under circumstances when a regular incandescent bulb would be broken. Because they are solid, LED bulbs hold up well to jarring and bumping.

Cool - these bulbs do not cause heat build-up; LEDs produce 3.4 btu's/hour, compared to 85 for incandescent bulbs. This also cuts down on air conditioning costs in the home.

Mercury-free - no mercury is used in the manufacturing of LEDs.

More efficient - LED light bulbs use only 2-10 watts of electricity (1/3rd to 1/30th of Incandescent or CFL) Small LED flashlight bulbs will extend battery life 10 to 15 times longer than with incandescent bulbs. Also, because these bulbs last for years, energy is saved in maintenance and replacement costs. For example, many cities in the US are replacing their incandescent traffic lights with LED arrays because the electricity costs can be reduced by 80% or more.

Cost-effective - although LEDs are expensive, the cost is recouped over time and in battery savings. For the AC bulbs and large cluster arrays, the best value comes from commercial use where maintenance and replacement costs are expensive.

Light for remote areas - because of the low power requirement for LEDs, using solar panels becomes more practical and less expensive than running an electric line or using a generator for lighting.

Choosing an LED light bulb

Many different models and styles of LED bulbs are emerging in today's marketplace. When choosing a bulb, keep in mind the following:

Estimate desired wattage - read the package to choose desired illumination level. For example, a 3W LED is equivalent in output to a 45 W incandescent.

Choose between warm and cool light - new LED bulbs are available in 'cool' white light, which is ideal for task lighting, and 'warm' light commonly used for accent or small area lighting.

Standard base or pin base - LEDs are available in several types of 'pin' sockets or the standard "screw' (Edison) bases for recessed or track lighting.

Choose between standard and dimmable bulbs - some LED bulbs, such as the LumiSelect series, are now available as dimmable bulbs.

Choose high quality bulbs or they will die prematurely - do not buy cheap bulbs from eBay or discounters. They are inexpensive because the bulbs use a low-quality chip which fails easily.

Look for certifications - including FCC and UL.

In this style LED bulb, clusters of LEDs are covered by a dimpled lens which spreads the light out over a wider area. Available in standard Edison bases, these bulbs have many uses, such as area lighting for rooms, porches, reading lamps, accent lamps, hallways and low-light applications where lights remain on for extended periods. Diffused high power

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Electric Utility

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Electric Utility (Data for 2009)
Generation
U.S. Production (Net Generation) 3,949,694 thousand megawatt hours
U.S. Electric Utility Production (Net Generation) 2,372,776 thousand megawatt hours
Share (%) of Net Generation by Energy Source
Coal 44.5%
Nuclear 20.2%
Natural gas 23.3%
Hydro 6.8%
Oil (Petroleum) and other 1.6%
Renewable 3.6%

Number of Electric Utility Generators 17,876 Largest Utility Plant by Net Generation (2008) Palo Verde (Nuclear) - 29,250,496 megawatt hours
Electric Generators Fossil Fuel Costs, Coal $2.21 per million Btu or 43.74 $/ton Petroleum $7.02 per million Btu or 41.64 $/barrel,
Natural gas $4.74 per million Btu Capacity
Electric Generating Capacity (Net Summer)
Total 1,025,400 megawatts, Utility 596,769 megawatts, Non utility 428,632 megawatts
Largest Utility Plants by Capacity (2008)
Grand Coulee Dam (Hydro power) - 7,079 megawatts

Consumption & Price
U.S. Consumption (Retail Sales) 3,723,803 thousand megawatt hours
Largest Utility by Retail Sales (within State)
Florida Power & Light Company - 102,762 thousand megawatt hours
Retail Prices of Electricity to Ultimate Customers
Residential 11.51 cents per kilowatt hour
Commercial 10.26 cents per kilowatt hour
Industrial 6.70 cents per kilowatt hour
Transportation 10.65 cents per kilowatt hour
Average 9.83 cents per kilowatt hour

Number of Customers
Total 143,497,060, Residential 125,177,175, Commercial 17,561,661
Industrial 757,519, Transportation 705
Largest Utility by Number of Customers
Pacific Gas & Electric Company - 5,215,171
Average Residential Monthly Use 908 kWh (kilowatt hour)
Average Residential Monthly Bill $104.52
Largest Utility by Retail Sales (within State)
Florida Power & Light Co - $11,550,818 thousand
State Electricity Price Rankings
Highest - Hawaii 21.21 cents/kWh
Lowest - Wyoming 6.08 cents/kWh
Electric Utility Emissions
Sulfur Dioxide SO2 5,970 thousand metric tons
Nitrogen Oxides NOx 2,395 thousand metric tons
Carbon Dioxide CO2 2,269,508 thousand metric tons

Electric lighting burns up to 35% of the average home energy budget.

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