How to avoid staining your Alabaster Fixture

Ever wonder how your alabaster glass gets discolored? If you own genuine alabaster lighting fixtures, this is one thing you definitely want to prevent. Discoloration occurs when you use a bulb with a higher wattage than the one recommended by the manufacturer. The excess heat, over time, can cook the moisture right out of the alabaster, causing the stain. Randall Whitehead, the professional lighting designer featured in various home decorating magazines and shows, recommends using a dimmable CFL bulb that doesn't exceed the alabaster's heat threshold.


JH lighting and The Basic Source's usage of the new GU24 technology directly prevents staining from the start. They offer alabaster fixtures with CFL's that take take less wattage to light and won't overheat. Whitehead points out in Residential Lighting magazine's January edition, "Maxlite [another manufacturer] even offers a screw-in socket, called the MLGSM, that instantly and permanently changes an incandescent fixture into a GU24 fluorescent fixture without rewiring." Another thing you can do is never remove the heat shields provided by your fixture's manufacturer. The shields are  there to protect your glassware so you won't have to replace the glass. 

A Residential Lighting reader said they used a soft sanding sponge. Be wary of sanding your alabaster to remove the stain. Along with the stain, you may sand away the protective sealant layer that normally acts as a dirt-repellant. Even though you may salvage the alabaster right now, over time, the spot can attract more dirt resulting in further discoloration. 

 

 About the Author: Akemi Hong is a writer and graphic designer. You"ll find Akemi occupied indoors as a marketing and design associate for 1STOPlighting.   

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The Smart Grid Industry: Acquisitions & Expansions

Here's an interesting article about the Smart Grid industry by Greentech Media. The Smart Grid emerged from the Energy Independence and Security Act of 2007 (Title 13) which provided incestives and reimbursements for protecting consumers, improving the energy performance of the Federal Government and the development of various energy solutions. Title 13 recognizes that energy indepedence and security are complimentary halves of the same stone.

One of these goals included the modernization of the power grid. At this time, our electricity grid is largely unprepared to manage the high-load demands of a rapidly digitizing economy. The smart grid is its evolving form. It consists of smart sensors, computers, and intelligent communications software that help manage the efficiency, delivery and use of electricity. Smart grid companies provide these management software and services to industrials clients. Right now, players in that industry are starting to consolidate. Even though we don't hear about them in the mainstream media, these smart grid players and their services are in the forefront of an emerging energy-efficient future. 

 

About the Author: Akemi Hong is a writer and graphic designer. You"ll find Akemi occupied indoors as a marketing and design associate for 1STOPlighting.  

 

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LEDs Emerge as the New Wave in Energy-Efficient Lighting

All around us are devices with tiny lights from the alarm clock that you knock off the table every morning to your camcorder. These lights answer our most basic status questions. What is the time? Is your cell phone charging? Is it your turn to get on the freeway during rush hour?
 
From these little signals to your local stoplights, LEDs act as little communication runners between external systems and our brains. Around the house, you’ll find LEDs used for display lighting, task lighting, nightlighting, recessed lighting, stairway and landscape lighting. Under cabinet lighting is now the most popular use for LEDs in household interiors. Aside from these mundane yet significant functions, LED’s can be spectacular like the Times Square New Year’s Eve ball and Beijing’s GreenPix Zero Energy Media Wall. The latter has debuted as one of China’s new architectural-technical gems in this year’s Beijing Summer Olympics. The wall of LEDs recharges using photovoltaic solar cells during the day and lights up in the evening. It is completely carbon-neutral.


 
LED is short for light emitting diode. An LED unit creates light by passing a current though a semiconductor chip. A driver modulates the current (similar to a ballast in a fluorescent fixture) and keeps the LED system running. Most importantly, LEDs belong to an emerging technology called solid-state lighting. The Department of Energy has established a program called the ENERGY STAR Solid-State Lighting (SSL) Program that launched as recently as September 30th, 2008. It’s a two-phase program that immediately establishes the commercial ENERGY STAR status for certain market-ready products. Phase two establishes a more rigorous performance program for future products. Now, anyone can go to a Sears appliance center and buy LED products with confidence.
 
The corresponding L Prize is a vital catalyst for spurring competition and innovation in the lighting industry. In the DOE’s own words, “The L Prize competition challenges the lighting industry to develop high-performance solid-state lighting products to replace the common light bulb.” Like it did with High Definition broadcasting, the federal government is in the process of establishing solid-state lighting as the new common lighting.
 
It is estimated that in two to four years, the efficiency of LEDs will exceed most of the current technologies. The perks of LED’s are their small size, durability under extreme cold weather conditions, zero output of ultra violet or infrared lights (won’t attract insects), zero mercury, long life, dim ability, stable frequency, varied color options and immunity to vibrations. The cons of LEDs are their current expense, heat sensitivity (extreme heat lowers their efficiency), limited directional lighting, and the grouping of LEDs reduces their overall lumen output.
A few new products on the market are illuminated shelves, wall washers, pendant fixtures and a switch plate cover.
 
When you’re ready to purchase LED’s, ask these questions:
What is the color temperature?
What is the lumen output?
What is the lamp life?
Is there a lifetime warranty?
 
 
About the Author: Akemi Hong is a writer and graphic designer. You"ll find Akemi occupied indoors as a marketing and design associate for 1STOPlighting.  

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