Manufacturing Ends for the 60-Watt Light Bulb

Happy New Year, and Welcome to 2014!

Thomas Edison might roll over in his grave, but the experts say the rest of us should rejoice! The reason? The incandescent light bulb is on its way out. 

As with 100-watt and 75-watt lamps (which were phased out last year), it is now illegal to manufacture 60-watt incandescent bulbs - or to import them into the United States. While some people have little or no strong feelings either way, there are those who are wholeheartedly in favor of the new law, and others who are adamantly opposed.

View our exclusive Guide to Energy Efficient Lamps, which outlines all the costs factors to consider before you make a purchase.

 The Law: Energy Independence and Security Act of 2007

Light bulbs from 40 watts through 100 watts must be 25% more efficient, by the following dates:

- January 1, 2012 for 100 watt bulbs
- January 1, 2013 for 75 watt bulbs
- January 1, 2014 for 60 watt bulbs 
- February 28, 2014 for 40 watt bulbs

Since most current incandescent lamps do not meet this standard, this effectively bans them as of the above dates.
  

CFL's - Compact Fluorescent Lamps                                                                                          

At about $4.00 a pop, compact fluorescent lamps are about four times more expensive than standard lamps. Those cute little curly shaped CFLs do last longer and will save you a lot of money...

But, if the bulb is broken, they can create a hazardous waste nightmare in your home. And while they do come with a disposal warning label - few people read a warning label on a light bulb. Furthermore, many of the CFL’s made in China can start a fire when the ballast burns out.

 

  

Recent studies have linked CFL lamps to a number of health problems including fatigue, eye strain and migraine headaches, and if broken, compact fluorescent are hazardous to your health. Some manufacturers have started to label their boxes with warnings on how to deal with a broken bulb. In fact, some states will now require that you recycle these bulbs at special facilities because of the large amount of mercury contained in each bulb.

The problem is the toxic mercury inside and which poses a big problem for landfills and if the bulb breaks, for homeowners.
  

 LED's - not CFL's - are the Future of Lighting

Replacing just one incandescent bulb with an LED lamp from Lighting Science can save more than $430 over the lifetime of the bulb.

 

LED lamps are brighter, don't flicker, don't require special handling, and last up to fifty times longer than incandescents! 

What's more, they use even less energy than hazardous compact fluorescent bulbs. 

A LED 60-watt equivalent lamp puts out as much light as a 60-watt incandescent bulb, but uses only one-tenth the power. Plus, it can burn for 11 years.

Sure, LED's will cost more than a standard bulb. But because they last so much longer and save so much more in electricity costs, they more than make up for it in less than a year's usage.

View our exclusive Guide to Energy Efficient Lamps, which outlines all the costs factors to consider before you make a purchase.  

Find about Con Edison Rebate Programs available in the New York City area for lighting upgrades.. 

 

 60 Watt Incandescent Light Bulbs Are Still Available... For Now

 

Many have already embraced the new light bulbs, while others will use the old fashioned bulbs as long as they possibly can. Americans are stockpiling 60-watt incandescent lamps for their own use. As the deadline has passed, it's only logical that the price of these lamps will increase as the available supply decreases.

If you are among those who might wish to have a light bulb choice in the future, that choice will need to be in your closet, as eventually, it will not be on the shelves of your local supply house. 

As of January 1, 2014, these bulbs can no longer be made in, or imported into, the United States.
   

Incandescent Bulb Production to End Forever on Jan 1st

In just 30 days, it will be the end of the light bulb as we know it. With new, stricter efficiency standards almost upon us, it's time to think differently about your lights. In 2007, the US Congress under President George Bush passed the Energy Independence and Security Act. Key among its provisions was a series of regulations mandating the phase-out of the manufacturing, importation, and sale of inefficient lighting. We've already said goodbye to 75- and 100-watt incandescent bulbs, and on January 1, 2014, we'll be bidding adieu to 40- and 60-watt bulbs as well.

Thomas Edison first tested his version of the incandescent bulb in October 1879. Ever since, the screw-in bulb that’s cheap has been the most popular way of lighting homes.

The humble Edison light bulb has enjoyed a long lifespan, seeing only modest changes while technologies like television and radio have been drastically revised over time.

But the familiar bulb's long, uninterrupted reign could finally be under threat as LEDs appear poised to become the new standard.

Thanks, Mr. Edison. Incidentally, you’re fired.

The reason is simple: Traditional incandescent light bulbs lack the efficiency that one would expect of nearly any other piece of modern technology. In fact, about 90% of the energy they use is wasted as heat, with only the remaining 10% actually producing light.

Back in 2007, Congress passed a law setting higher energy efficiency standards. That has led to the phasing out of the production of traditional incandescent bulbs.


Already there are restrictions on the production of 100-watt and 75-watt bulbs. And in 30 days, traditional 60-watt bulbs will be the next to go, followed by 40-watt bulbs on February 28, 2014.

Some have already converted a percentage of the lighting fixtures in their homes to either compact fluorescent or LED lamps. In the long term, the consumer is going to win. But the change could be a tough sell. One retail chain recently cleared out their stock of traditional 60-watt and 40-watt bulbs by selling a four-pack for $0.88, or 22 cents a bulb.

But the problem with a typical incandescent light is that most of the energy needed to light the bulb is lost through heat. Both CFLs and LEDs are much more expensive to buy, with some CFLs selling for about $4 and LEDs anywhere from $10 to $20.

“It’s so easy for a customer to look at just the sticker,” one supplier concedes. "Over the lifetime of the bulbs it’s a different story, financially, because the bulbs are much more energy efficient. The savings to the nation are really substantial,” he said.

LEDs are the energy-saving solution that compact florescent bulbs weren't

Click  Lighting Science LED lamps

The most obvious change since 2007 is the wide arrival of high-efficiency LED bulbs that only use a fraction of an incandescent bulb's wattage, and promise to last up to 20 years or more.

Take note, LEDs don't suddenly "burn out" the way that traditional incandescent do. Instead, their brightness fades slowly over a long time period.

Manufacturers can calculate how long it will take the light to fade to 70 percent of its original brightness, and this point, known as L70, is the current definition of an LED that's reached the end of its life.

The LED lamp is not a new invention. But an inexpensive LED is quite new.

Using a seven-watt LED instead of a 60-watt incandescent lamp over the life of the LED can save approximately $130 in energy costs.

[See ElectricWeb | Blogger, Feb 1, 2013]

LED bulbs last even longer than CFLs, and are more than twice as efficient. Plus, LEDs come in shapes like traditional bulbs, unlike the squiggly, spiral look of CFLs.

Those are the good things about compact fluorescent; now for the bad.

Clear the room

Some people don’t care for the light the CFLs produce, finding that the traditional incandescent bulbs are brighter.

Worse, there is a tiny amount of mercury vapor in CFLs. It is the size of the period ending this sentence. But it’s nothing to take lightly: Mercury is a toxic element.

So if you drop a CFL and it shatters, you have a problem.



[See ElectricWeb | Blogger, Aug 8, 2011]

The U.S. Environmental Protection Agency recommends having people leave the room of the shattered bulb, especially pets and children, who are more likely to be injured by mercury vapor than adults.

The EPA said air out the room for 5 to 10 minutes, shut off the central heating or cooling system, and use damp paper towels and stick tape to put the mess into a plastic bag or a glass jar with a metal lid. Do not vacuum the material. It could spread the mercury vapor, and you will have to throw out the vacuum.

Mercury can also be produced by burning coal to produce energy, so the use of more energy efficient bulbs could reduce that. Ironically, the CFL bulb may contain about the same amount of mercury as the coal that was saved by switching light bulbs. If disposed of correctly, then almost none of that mercury will ever escape to the environment.

LEDs don’t have mercury. And, unlike CFLs, they stay cool and can be used outdoors and in cold temperatures.

Indoors, the light from an LED is directional, which is great if you want to light one area of a room. But that means LEDs don’t spread light around a room like an old-fashioned incandescent bulb.

If that’s a problem for you, you may want to consider, believe or not, an incandescent light bulb -- but an energy efficient one.

The law doesn’t ban incandescent bulbs - just energy wasters. It will not be illegal to have the bulbs; however, they no longer will be produced.

There are some incandescents available that are halogen-based. These bulbs cost more than traditional bulbs, but give off the same warm light as the older bulbs.

That’s one choice. But it may not be right for you.

The math is clear

In the long run, consumers are going to save money choosing LEDs.

Teen Invents Flashlight Powered by Body Heat

Portable light sources have been one of the most evolving inventions in history -- from the primitive torches and oil lamps of yesteryear, to today's battery-powered flashlights and headlamps. But through it all, most of these illuminating tools have required an outside energy source that would deplete when needed the most. But now, thanks to one particularly enlightened 15-year-old girl from Canada, your next flashlight just might be powered by the heat from your hand. 

At the tender age of 15, Canadian high school student Ann Makosinski has designed and built a flashlight powered by body heat.

Her Hollow Flashlight secured her a finalist slot in the 15-16 age group of the Google Science Fair ahead of thousands of entries from more than 100 countries.

The LED flashlight relies on the thermoelectric effect, with tiles that generate electricity from the differences in temperature to generate electricity.

The tiles are fixed to the outside of a hollow tube so that when held, one side of the tile is heated by the warmth of the hand, while air flowing through the hollow tube helps keep the other side cool. The electricity generated by the temperature differential between either side of the tile powers the LED light.

Makosinski built two different flashlights. The first was made using a tube of aluminum, which is a good heat sink material thanks to its high thermal conductivity, while the second was built using a PVC tube.

Both models work better when the difference between the ambient temperature and body temperature is greater. So while the flashlights worked with an air temperature of 75°F, they emitted more light with the air temperature at 60°F. Both flashlights were able to maintain a steady beam of light for 20 minutes, even in the warmer temperature.


The final cost of each flashlight came to only $25, but if mass-produced, the cost would be substantially lower.

World’s First Invisible Skyscraper to Be Built in South Korea

Designed by architectural firm GDS Architects, Tower Infinity in South Korea will be the world’s first ‘invisible’ skyscraper. Equipped with an LED facade system with optical cameras, the building will create a reflective skin to display the background behind it on its exterior—allowing it to blend in with the skyline. Developers of Tower Infinity were recently granted construction permits to begin building the skyscraper on the outskirts of Seoul, near the city’s airport.

At a height of 1,467-feet, the building will be used for entertainment and leisure purposes, and will include a 4D Theater, restaurants, a water park, landscaped gardens, and the third-highest observation deck in the world.

“Instead of symbolizing prominence as another of the world’s tallest and best towers, our solution aims to provide the World’s first invisible tower, showcasing innovative Korean technology while encouraging a more Global narrative in the process,” said the company.

Check out the photos for a sneak preview at the world’s first ‘invisible’ skyscraper:

What the New York City Skyline Will Look Like In 2020

If current building proposals are any indication, New York's skyline is going to keep getting taller and taller. In the next few years, the skyline will boast 10 new towers. The 1,250-foot Empire State Building, currently the tallest completed skyscraper in the city, will rank third behind 1 World Trade Center and 432 Park Avenue. For an idea of what the city will look like a few years from now, check out renderings of the city that incorporate current construction projects.

Midtown, looking south towards downtown Manhattan:

The Far West Side will look a bit different once Hudson Yards is added:

     

Lighting Science Group Receives $20 Million Investment

Lighting Science Group Corp. recently announced it closed a $20 million preferred stock financing plan led by affiliates of Pegasus Capital Advisors, L.P., with participation from Riverwood Capital Partners, L.P. These companies are LSCG's two largest shareholders. Lighting Science Group received $17.4 million of the funds at the closing of the financing and has received a commitment to fund the balance of $2.6 million. The funding will be used to finance the company's growth, with a strong focus on technology platforms and product innovations.

Click to visit website

Robots on Jobsites? Not So Far Fetched

MIT research scientists insist that the future of home building lies in technology which includes smart machines that can perform construction functions. A professor at USC has invented a fabrication process that operates on the principles of 3D printing. Software able to read blueprints guides a large mechanical arm suspended from a mobile scaffold. The arm extrudes liquefied concrete in patterns that form exterior and interior walls into any shape and height. Electrical, plumbing, flooring, and other finish work can be installed during the process, which operates nonstop until the structure is completed.

In the not so distant future, more and more activities will be operated by software. Instead of Teamsters, there will be robotic trucks. Where there had once been miners, there will be mining robots. Instead of factories, there will be 3D printers in your home.

But, robots on jobsites?

"Yes," says Dr. Khoshnevis, an engineering professor at the University of Southern California, who is betting on home building becoming part of that continuum.

Since 2002, he has been perfecting "Contour Crafting,” a fabrication process that operates on the principles of 3D printing.

Details like cutting window and door openings still are being refined. Khoshnevis has been soliciting investment capital for a startup company to sell the technology. He sees Contour Crafting as being suited for constructing affordable housing in areas where supply is short or where houses have been destroyed by natural disasters. He predicts the technology would reduce jobsite injuries, leave a smaller carbon footprint, and be cost-competitive with stick-built or modular construction after equipment and cycle times are amortized.



His invention might have residual benefits, too. Khoshnevis is working with NASA on a robotic system that could build structures on the moon and Mars using indigenous raw materials such as volcanic sand, which is common on the moon. That’s gotten the state of Hawaii—where volcanic sand abounds—interested in the process for producing cement.

How many years away do you think this technology is to being on jobsites?

Stacks on Stacks: Apt Building Rises in 19 Days

Prefab construction has made a spectacular entrance in New York City. Nineteen days. That is all the time it took to put up a 28-unit, seven-story apartment building in the Inwood section of Manhattan this summer. This summer, prefab is yielding its first real fruits. The secret? Modular construction. The Stack, a 38,000-square-foot project comprised of 56 modules, was constructed on a 50x150 foot lot at Broadway and Academy Street, and is one of more than 17 modular projects underway in the city.

Working Monday through Friday from June 20 to July 18, a crew of just eight iron workers, a crane operator, and half-a-dozen helpers installed the 56 modules that make up the apartment building at 4857 Broadway.

Each 12-foot-wide prefabricated box was easily guided by the workers with a slight push, as it was suspended from a crane.

In a bow to the property's innovative construction technique, the building is to be known as The Stack. It was created by a partnership of developer/builder Jeffrey M. Brown Associates and Gluck+ architects.

Despite the touted economy of off-site, prefabricated housing, the methodology has made limited inroads in New York, stunted for decades by bureaucracy and a public that preferred flashy condominium projects.

Recently, interest in modular construction is catching on in a big way. That interest grew more urgent after Hurricane Sandy devastated parts of the city, leading officials to re-examine prefab disaster-housing schemes.



Part of modular construction's appeal of is that by building in a factory, the modules—as well as carpenters, plumbers, electricians and others building them—are protected from the elements, which helps ensure quality control and quicker construction. Door bells, lights, switches, bathrooms, tiles, kitchens, everything's in there already - even the first coat of paint.

And when it comes time to put the pieces together, a building can blossom in just a few weeks.

In the case of The Stack, it only took a few months to prepare the site and lay the foundations, and all the while crews were busy building the modules at a factory in Pennsylvania. The small modules do mean low ceilings, however—necessary, in part, to make it across the bridge to the city.

Watch slideshow below

Why Skanska Dropped its Membership in the U.S. Chamber of Commerce

On July 9, Skanska resigned as a member of the U.S. Chamber of Commerce to protest the organization’s backing of a chemical industry-led initiative to effectively ban the future use of LEED for government buildings. The initiative, linked to the lobbying efforts related to the Shaheen-Portman Energy Efficiency Bill , threatens to halt years of progress in energy-efficient and environmentally responsible construction.

Sustainability is one of Skanska’s core values. And we will not be a part of an organization that supports the American High-Performance Building Coalition (AHPBC), which harbors the American Chemistry Council and opposes the implementation of a new, stronger LEED certification program.

LEEDv4 encourages transparency in reporting the chemical composition of building materials, something we at Skanska think is essential for anyone wanting to build responsibly.

The LEED program is the most recognized and widely used green building program globally. It is maintained and implemented by the independent U.S. Green Building Council through a public and transparent comment and balloting process engaging a diverse group of nearly 13,000 members, who voted last week in favor of LEEDv4.

We have asked the Chamber to reconsider its support of the chemical lobby, whose anti-LEED stance would:

• Significantly undermine the LEED program
• Impact more than 196,000 LEED Accredited Professionals
• Cripple the progress of environmentally responsible construction across the country.

The Chamber is on the wrong side of this issue, and its support of the AHPBC is misplaced as well as misguided. The U.S. Chamber of Commerce was created to advocate for pro-business policies that create jobs and support our economy. The numbers prove that LEED and green building do just that. Because a few companies don’t like the current LEED program, they want to involve the government and create an entirely new system for government buildings. This is exactly the kind of redundancy and bureaucracy that we pay the Chamber to fight.

Michael McNally
President & CEO
Skanska USA

$300M Condo Soon To Grace Downtown Miami Skyline

    

One Thousand Museum, a $300 million condo tower designed by world renowned architect Zaha Hadid, will soon be gracing the Downtown Miami skyline.1000 Biscayne Blvd in downtown Miami will ideally display the new 62-story tower. Offering super spacious full floor plans, the tower will be set between 900 Biscayne and Ten Museum Park, taking over a prime spot now occupied by a gas station.

Preconstruction

With only 83 residences ranging from 5,400 to 11,200 square feet, each residence will have 3 parking spaces assigned plus its own helicopter landing pad which is the only residential tower in Miami with this feature.

Prices for the luxury apartments are expected to start between $4 and $12 million for a half-floor unit, rising to $30 million for a full floor. The two top floor 5-BR/ 7-Bath duplexes units are being offered at more than $50,000,000 each.

All units will be offered fully-finished, including flooring, custom closets and high-end lighting. Construction is expected to be completed in 2016.

The Developer

1000 Museum is an amazing project designed by internationally renowned architect Zaha Hadid. Pritzker Award winner, Stirling Prize winner, and appointed Dame Commander of the Order of the British Empire by Queen Elizabeth, her architecture is very distinctive, futuristic and recognized around the world.
Her firm has built mostly in Europe, Asia and Middle East. One Thousand Museum is her first American project and highly anticipated by the super-wealthy from around globe.

	Click images to enlarge

Features

• Sun deck with a billiards room, a cardio room, a screening room
• Rooftop event spaces, a cigar lounge, a relaxation lounge
• Oversized hot tubs, hot and cold plunge pools, spa
• Indoor pools, outdoor pools, sauna, steam room, cabanas
• Three restaurants and a nightclub
• The first residential building with a helipad

Contact ElectricWeb-Southeast for more details on this project.

Contractors Selected on Howard University Projects

Power Design, Inc. has been named as the electrical contractor on Howard University’s newest student housing development located in Washington, D.C. 

The development will accommodate more than 1,000 students and will help establish a residential neighborhood for them.

Power Design recently started construction on another student housing project that will include approximately 1,360 beds in 700 units.

The new residence halls will feature two-person semi-suites, a communal social and study lounge, and game rooms.

Electrical Contractor: Power Design, Inc. 11600 Ninth Street North St. Petersburg, FL 33716           Phone 727.210.0492 Fax 727.210.0503

General Contractor: Clark Construction Group, LLC 7500 Old Georgetown Road Bethesda, Maryland 20814 Phone (301) 272-8100 Fax (301) 272-19283

________________________________________________________________________________

Howard University Interdisciplinary Research Campus

Howard University and Turner Construction Company, will break ground on a new Interdisciplinary Research Building at 2201 Georgia Ave., NW, Washington, D.C.

It is a cornerstone of the University’s academic renewal initiative, and its prominent gateway location on the Georgia Avenue Corridor is a public expression of Howard’s commitment to 21st century research.

The new 81,000 square-foot mixed-use academic building will support and promote interdisciplinary research and educational collaboration.

The IRB is designed as an energy-efficient (LEED) facility which will incorporate cutting-edge technology and the latest educational, environmental and research standards.

It will include wet and dry laboratories, instructional space, research support space, ground floor retail, and centralized offices for faculty, students and academic staff.

The Interdisciplinary Research Building is slated to open in the Fall of 2014.

General Contractor:
Turner Construction Company
1110 Vermont Avenue NW, Suite 200
Washington, DC 20005
Phone: (202) 789-0770

E-J Electric Flying High at JFK’s Terminal 5

E-J Electric Installation Company is in the midst of a multiyear project for Turner Construction at New York City‘s John F. Kennedy Airport. The contractor is wiring the newly constructed $875 million, 635,000-square-foot JetBlue Airways terminal, which includes 26 gates.
The terminal has begun servicing 360 flights in and out daily. E-J Electric is providing the electric installation, including switchgear, feeders, low-voltage data and fire safety, and supplemental power from three generators. 

The Y-shaped Terminal 5 building connects to JetBlue’s previous location, Terminal 6, once the Trans World Airlines Flight Center used by TWA. T5 offers modern facilities and room for growth, as the airline continues to expand its operations and both domestic and international flights.

JetBlue, JFK’s fastest growing airline, started flying in and out of the airport a decade ago with just one gate for a handful of flights. Since then, JetBlue grew a gate at a time, reaching the 13 gates maximum that were available to it at Terminal 6.

In 2005, the airline added seven temporary gates in a separate facility, requiring passengers to take a JetBlue bus to access their planes. As a result, the airline needed a permanent space and began planning T5, making allowances for continued expansion.

The airline’s architect designed T5 to include 26 gates, with 13 on each end of the Y and room for 10 more. The company’s T5 master plan included up to 20 security lanes, the departure and arrival gates, free Wi-Fi access throughout the entire terminal, 22 restaurants and food outlets, retail stores, and large children’s area.

JetBlue hired Turner Construction as general contractor, and Turner employed a total of 80 subcontractors, including E-J Electric for the electrical portion.

E-J Electric and Turner already have completed numerous projects together, including Yankee Stadium, Jazz at Lincoln Center, Interfaith Hospital and Memorial Sloan-Kettering Cancer Center.

E-J Electric, whose electricians have worked at JFK for years, was selected to do electrical wiring tasks, including both normal and emergency power in addition to low voltage.

Since E-J Electric’s workers already had considerable experience in airport work, getting them to comply with Federal Aviation Administration and Port Authority regulations was fairly straightforward. For instance, each electrician must gain security clearance on a job-by-job basis. This project required all workers to take a safety training class before starting work on the project. They also had to carry a picture ID badge at all times.

Manufacturing Ends for the 75-Watt Light Bulb

Happy New Year, and Welcome to 2013!
 
As with 100-watt incandescent bulbs (which were phased out last year), it is now illegal to manufacture 75-watt incandescent bulbs - or to import them into the United States. While some people have little or no strong feelings either way, there are those who are wholeheartedly in favor of the new law, and others who are adamantly opposed.

View our exclusive Guide to Energy Efficient Lamps, which outlines all the costs factors to consider before you make a purchase.

 The Law: Energy Independence and Security Act of 2007

Light bulbs from 40 watts through 100 watts must be 25% more efficient, by the following dates:

- January 1, 2012 for 100 watt bulbs
- January 1, 2013 for 75 watt bulbs
- January 1, 2014 for 60 watt bulbs 
- February 28, 2014 for 40 watt bulbs

Since most current incandescent lamps do not meet this standard, this effectively bans them as of the above dates.
  

CFL's - Compact Fluorescent Lamps                                                                                          

At about $4.00 a pop, compact fluorescent lamps are about four times more expensive than standard lamps. Those cute little curly shaped CFLs do last longer and will save you a lot of money...

But, if the bulb is broken, they can create a hazardous waste nightmare in your home. And while they do come with a disposal warning label - few people read a warning label on a light bulb. Furthermore, many of the CFL’s made in China can start a fire when the ballast burns out.

 

Recent studies have linked CFL lamps to a number of health problems including fatigue, eye strain and migraine headaches, and if broken, compact fluorescent are hazardous to your health. Some manufacturers have started to label their boxes with warnings on how to deal with a broken bulb. In fact, some states will now require that you recycle these bulbs at special facilities because of the large amount of mercury contained in each bulb.

The problem is the toxic mercury inside and which poses a big problem for landfills and if the bulb breaks, for homeowners.
  

 LED's - not CFL's - are the Future of Lighting

Replacing just one incandescent bulb with an LED lamp from Lighting Science can save more than $430 over the lifetime of the bulb.

 

LED lamps are brighter, don't flicker, don't require special handling, and last up to fifty times longer than incandescents! What's more, they use even less energy than hazardous compact fluorescent bulbs. An LED 75-watt equivalent lamp puts out as much light as a 75-watt incandescent bulb, but uses only one-tenth the power. Plus, it can burn for 11 years.

Sure, LED's will cost more than a standard bulb. But because they last so much longer and save so much more in electricity costs, they more than make up for it in less than a year's usage.

View our exclusive Guide to Energy Efficient Lamps, which outlines all the costs factors to consider before you make a purchase.  

Find about NSTAR Rebate Programs available in the Greater Boston area for lighting upgrades.. 

 

 75 Watt Incandescent Light Bulbs Are Still Available... For Now

Many have already embraced the new light bulbs, while others will use the old fashioned bulbs as long as they possibly can. Americans are stockpiling 75 watt incandescent lamps for their own use. As the deadline has passed, it's only logical that the price of these lamps will increase as the available supply decreases.

 

If you are among those who might wish to have a light bulb choice in the future, that choice will need to be in your pantry, as eventually, it will not be on the shelves of your local supply house. 

As of January 1, 2013, these bulbs can no longer be made in, or imported into, the United States.