Ten years ago, the Department of Energy released a report on the state of the U.S. lighting market. This week, they published the follow-up report. The numbers reveal how far the lighting industry has come in ten years, and they indicate a few interesting trends:

We’re becoming more efficient. This one’s no surprise. Technological advancements improve energy-efficient lighting in terms of performance and efficacy month by month, so ten years certainly showed strides toward sustainability. Most notably, fluorescent light fixtures made a big impact. In the residential sector, the shift was from incandescent to compact fluorescent lamps; in the commercial sector, it was from T12 to T8 and T5 fluorescent lamps. As you can see in the chart below, linear fluorescent light fixtures now make up the largest portion of the commercial sector as well as the largest portion of the total.

Overall, the efficacy of lighting improved by 29 percent – an increase from 45 lumens per watt in 2001 to 58 lumens per watt in 2010.

doe chart3 10 Years of Lighting in the U.S.   Whats Changed, and Why Fluorescent Lighting is Making a Difference

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A Look Back on 2011 Top Light Reading News of 2011Ah, the end of the year. Time for reflection, resolutions, and recaps. 2011 was a busy year for lighting  news…

EISA 2007 took center stage this year, as the phaseout of traditional incandescent light bulbs approached and the political scene got heated. We published a week-long series explaining the legislation and how it will affect you:

However, that series was not the last you heard about the legislation. The BULB Act attempted (and failed) to repeal the portion of EISA 2007 that referred to incandescent lighting. Texas challenged the federal mandate with a bill declaring incandescent light bulbs produced and sold in Texas were exempt. The Department of Energy created an ad campaign to jump start support for efficient light bulbs.  And most recently, Congress passed a bill that denied funding to implement the efficiency standards, which will start January 1, 2012. Continue reading »

Believe it or not, these swanky photos show the interior of a (luxury) motor coach. Beautiful, isn’t it?

salon1 Real Lighting Projects: Salon Showcase on Wheels

It was designed for the cosmetics brand Artistry as a salon showcase on wheels. Inside, there’s space for lounging, refreshments, product displays, and demonstrations. Outside, there’s purple under-glow lighting, a massive awning,  a full graphics wrap, and a TV. This project is one of many unique masterpieces designed by Creative Mobile Interiors (CMI).

CMI builds custom motor coaches for a wide variety of customers – as their designer Aaron Lane says – “from radical tailgating RVs to off-the-grid camping Sprinters to executive luxury motor homes to mobile doctor’s offices… our goal is custom.”

We are proud that some of our light fixtures have made their way into CMI-designed coaches! You can see our T5 Microfluorescent Low-Profile Light Fixtures in action below in the left photo, illuminating the glass display case.
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couple choosing under cabinet lighting 5 Killer Tips from ASSIST Recommends on Under Cabinet LightingI recently came across a great resource from the Lighting Research Center (a university-based center for studying lighting technologies). It’s designed for homeowners, contractors, and builders exploring best practices for residential under cabinet lighting.

In other words, it’s a completely objective source to determine what kind of under cabinet light fixtures are right for you or your clients. Perfect!

The research is published in two PDF’s – A Homeowner’s Guide to Residential Under Cabinet Lighting and How To Select Residential LED Under-Cabinet Lighting – so read the complete guides if you can. However, if you’re pressed for time, start with these 5 killer tips I gleaned from the research.

Match the Color Temperature With Your Kitchen:

Do you envision a yellowish, neutral white, or cool white (with hints of blue) light for your under cabinet lighting? It’s a matter of personal preference. If you’re a fan of yellowish light, we usually recommend you aim for a color temperature below 3200K. The 2700-2800K range will be closest to the warm glow of an incandescent lamp. Neutral white light is around 3200-3500K and it becomes cool white at about 4100K. Continue reading »

University of Oregon Dropping $98,000 A Year ...… From energy bills, that is. That’s how much the University of Oregon expects to save per year after their lighting retrofit, which is scheduled for early 2012.

Crews will replace 33,000 T12 fluorescent tubes on campus with more efficient T8 fluorescent tubes. The $681,000 project will be subsidized by the Eugene Water & Electric Board, and engineers expect the lights to pay for themselves in energy savings in three years time.

With budget cuts in state universities across the U.S., it’s an exciting opportunity for the University of Oregon to drastically reduce spending on energy and allocate those funds elsewhere.

The campus is also installing new lighting controls and occupancy sensors.

embrace lumens Update on the Rare Earth Element SituationAccording to The New York Times, supply is finally beginning to catch up with demand in the rare earth element market.

A few months ago, I posted about the Chinese government’s export restrictions on rare earth elements. The bad news for the lighting industry was that China’s nationwide production cap was causing the price of fluorescent light bulbs to rapidly increase. (Rare earth elements are a crucial component to the process of creating a fluorescent light bulb).

However, it seems that international prices for rare earth elements have fallen since August and are continuing to decline! The timeline for the impact on the lighting industry is unclear at this point. For more information, read this article.

ccfl main 300x198 Challenge: See the World in A Greener LightHave you ever purchased a CFL? Recycled an aluminum can? Turned off the water while you brush your teeth?

We’re all familiar with basic sustainability guidelines, but when it comes to just how much of a difference one person can make, things get murky.

We’d like to start a dialogue about seeing the world in a greener light. We want to hear your ideas – even if they’re not related to lighting at all. Do you set your thermostat a few degrees lower in the winter? Are you a designer that recommends eco-friendly products to clients? Tweet your answers and ideas to #agreenerlight. Here’s one of ours:

We launched a new section of our website dedicated to the A Greener Light cause. If you’re not on Twitter, you can leave a comment there!

Here’s our #agreenerlight thought for the day:

In the lighting industry, adoption of fluorescent and LED technologies is rapidly growing in the United States. That’s good news, considering that the U.S. is responsible for 20% of electricity used for lighting in the world – even though we only make up about 4.5% of the global population. Fluorescent and LED light sources are both great solutions for lowering energy consumption and CO2 emissions.

We are hard at work adding more Product Spotlight videos to our YouTube channel. If you are in the market for new under cabinet lights, check out these videos to help you get an idea of the different features available in LED, xenon, and fluorescent under cabinet lights.

LED Very Thin Light Bars have a cool operating temperature, an energy efficient design, a warm white color temperature, and a long rated life. Watch the video to see them in action:

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When a display cabinet has no lighting, it’s hard to put items on – well, display. Archives, photographs, awards, artwork, and memorabilia that are meant to be highlighted tend to simply blend in with the background and get lost in the shadows.

Take this display case, for example. This is the “Before” picture, from the Good Samaritan Church in Ambridge, PA:

archives before Featured Lighting Project from Ambridge, PA

The picture is a bit blurry, but it's easy to see the effect of placing items in a display cabinet without lighting. The shadows from the cabinet's shelves make it hard to tell exactly what is supposed to be on display.

Now, the “After” picture: Continue reading »

Baiyun Obo Mine Will the Future of Fluorescent Lighting Be Shaky?

A mine in Baiyun Obo, which produces half the world's rare earth elements. Photo courtesy of Treehugger.

Remember our post on why fluorescent light bulbs are becoming more expensive?

Well, the Chinese government is beginning to enforce those export restrictions on rare earth elements. According to an article in Times LIVE, China’s Ministry of Industry and Information Technology will now punish rare earth producers that fail to stick to the nationwide production cap.

Enterprises exceeding quotas will have licenses cancelled, and will also face government action if they are caught buying ore from mines that violate government guidelines.

It is unclear whether the production cap for 2011 of 93,800 tonnes has already been met, but a number of plants have closed down.

What does this mean for fluorescent lighting? For a fluorescent light bulb to create light, there must be a phosphor coating inside its glass envelope. While phosphor is not a rare earth element, rare earth elements are a crucial component to the process of creating the light-producing tri-phosphors inside the lamps.

The production cap is meant to crack down on illegal production of rare earth elements. However, since China produces about 97 percent of the global supply, the policy is affecting the production of countless products in the green tech industry that count on rare earth minerals.

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