Archive for the 'Lighting Technology' Category

22
Dec
11

aston martin’s OLED room

No wonder James Bond likes Aston Martin cars:  It must be the lighting when you pick up the car.  Wired has a great post about how Aston Martin builds their $1.7m One-77 supercar in a laboratory-clean facility.  But the part I love is the dedicated space for when a customer receives their car:

“When customers make the pilgrimage to Aston Martin headquarters to take delivery of their One-77s, each is treated to an unveiling experience that’s nothing short of theatrical. Seated in a satin black room, a uniquely composed musical sequence fills the space from a Bang & Olufsen sound system. Five hundred organic LED lights hanging like tiny chandeliers start pulsing over the vehicle with a heartbeat, creating wave-like movements across the roofline and evolving into a choreographed shimmer that grows in intensity, finally shedding full light on the sheet metal below. The tease culminates with a musical crescendo, a sea of photons and the reveal of an impossibly sexy supercar.”

Turns out the lighting is Philips’ Lumiblades and the design was by Jason Bruges Studio.

I also love the shot of the surface defect review room:  At first, I though this was the customer reception room!

21
Nov
11

student concept: urban tiles

Via Inhabitat, here is an interesting design thesis concept from Meidad Marzan, who proposes a solar shading system consisting of servo-controlled rotating panels with photovoltaic panels on one side and OLED panels on the other.  They charge during the day, and flip around at night to emit light.  Marzan also proposes some alternative uses for the mechanical aspect of the system.

I always love to see new thinking and exploration of intergrated media + green systems into architecture.  And part of me really likes the aesthetic of this student’s proposal.  But the other part of me would love to see the system redesigned to eliminate the actual mechanical movement.  Servos simply wear out, and maintaining them are cost prohibitive.  No amount of engineering and wishes-for-cool-future-tech will change this fact.

09
Jun
11

acuity’s revel OLED fixture

Acuity’s OLED Lighting Design Center launched a couple products at Lightfair 2011, most notably the Revel fixture.

There’s quite the parade of OLED fixtures being “launched” these days.  “Launched” is a somewhat dubious term for many of these, as they are really just prototype projects…manufacturers dipping their toes into the OLED waters.  (See my other post on the OSRAM Airabesc).  At best, these first generation fixtures will wind up being the signature piece above the reception desk or in the executive conference room…certainly not the general illumination over your cheap little cubicle!

Nevertheless, I applaud manufacturers for doing these sorts of “showcar” projects, especially the large, well funded leaders of the industry.  They need to be more daring.  For Acuity, putting a little chutzpah into their lineup resulted in winning Lightfair’s Most Innovative Product of the Year.  Congrats to the OLED team at Acuity.

09
Jun
11

osram’s “airabesc” oled + led fixture

OSRAM launched a stylish combination OLED + LED pendant fixture called the “Airabesc” at the recent iSalone/Euroluce show.

OSRAM has been experimenting with OLED technology for well over a decade now (I personally saw back in 1999 an early OSRAM prototype OLED while at Harvard’s School of Design ).    Its nice to see OLEDs finally reaching the output levels needed for general illumination.  And the fixture is  definitely following the du jour architectural trends of biomimetic, swoopy styling enabled by digital design and fabrication.

Continue reading ‘osram’s “airabesc” oled + led fixture’

13
May
11

modular lighting: scotty

I’ve discussed previously how sci-fi movies of the past provide terrific guidance as to the future of lighting, but this might be taking that a bit too literally:  Modular Lighting has introduced “Scotty“, a recessed “downlight” version of their highly innovative “Spock” fixture (which I covered in this post).  I put “downlight” in quotes very purposefully:  This fixture is nothing like the downlight your grandfather used.

Continue reading ‘modular lighting: scotty’

23
Aug
10

gaga for zhaga

In the realm of plain ol’ white light, there is a desperate need in the industry for basic standardization of LED lamp modules.  This would be akin to ye olde Edison screw base…but the 2010 version.  Without such standardization, the adoption rate of LED technology for general illumination will be stifled.  Who wants to install expensive fixtures that use flavor-of-the-month LED technologies, custom circuit boards and drivers, non standard geometries, and “disposable” non-relampable fixture designs.  Most specifiers that I’ve spoken with certainly don’t want to…and that is why you are not seeing many projects using LEDs for general illumination, even though the LEDs themselves are generally ready for the task.  Designers are rightfully spooked.

Thankfully, Philips and OSRAM have recently led the charge for standardization.  They, along with numerous other industry heavyweights, established the Zhaga Standard consortium.  “Zhaga” doesn’t mean anything to the lighting industry…the word is in fact the name of a Chinese waterfall.  But the consortium is rushing to implement basic geometric, thermal, and optical standards for certain categories of LED lamp modules.  The consortium has started with small point sources (ideal for downlights, track fixtures, etc.) but has task groups beginning development on other popular categories.

What’s especially interesting about Zhaga is that the membership list hints at the future of the lighting industry.  The stalwarts are all there — GE, OSRAM, Philips, Cooper, Acuity, Zumtobel, etc. — but so is a host of global technology superpowers, such as Toshiba, LG, Sharp, Samsung, and my company, Micron.  These companies are bringing literally billions of dollars of new investment to the lighting industry.  But to justify the scale of the investment, they expect that the channels necessary for LED technology to penetrate the $90b global lighting market will quickly form, which is why standards are so critical to the long term health of the industry.

02
Sep
09

thin-film light sources

continua-light_hp_sfondo1

Thin-film light sources have been around for awhile, despite how futuristic they seem to be.  Their adoption has been relatively slow for two reasons:  First, they have fairly limited light ouput, which restricts them to mostly decorative applications.  Second, they are more difficult to implement in architectural designs, usually requiring a lot of custom design.  Not that that are difficult to use…they are just not as simple-minded and quick as copying yet another downlight symbol on a reflected ceiling plan.  Lifetime varies, depending on how bright they are driven, which is another consideration.

Yet still, the opportunity for creative new explorations of lighting is obvious, such as our previous post on a concept for light emitting wallpaper.

Continue reading ‘thin-film light sources’

09
Aug
09

old school show control: binloops

Disney_DACSBinloopFull_Web

What in the world are the machines shown above?

Continue reading ‘old school show control: binloops’

26
Jul
09

U2 360: Video Screen or Transformer?

U2_360_REF_06_L

U2′s concerts might run long on the media hype, but they are certainly a tour de force of design, staging, and technology. Their latest tour includes an electro-mechanical wonder as its centerpiece, a 360° viewable LED screen that expands and contracts over the band.

Continue reading ‘U2 360: Video Screen or Transformer?’

16
Jul
09

Materialise .MGX Lighting Collection

Materialise 1 Quin_LR_004

Materialise is a rapid prototyping and rapid manufacturing firm that produces 3D printed objects ranging from automotive parts to dental appliances.  Materialise specializes in processes such as fused deposition modeling, laser sintering, and stereo lithography.  Such technologies can directly “print” objects in a range of materials, from ABS to polycarbonate to certain types of metal.

Materialise 1

Materialise has launched a design collection, called .MGX, which includes a range of beautifully detailed, highly three-dimensional pendants, floor lamps, etc.

Although it seems like they are exploring the aesthetic side of their technological capability almost as a side project, the results are stunning and demonstrate an amazing new range of styles.

Ratio_LR_010In the very near future, once electrical traces can be printed as part of a fixture housing, a nearly complete fixture will be able to be produced.  You can readily imagine an LED fixture with plastic shroud, plastic optics, metal heatsink, and traces ready to accept the LED chip, all printed in one step.

We can’t wait until they use this technology to push beyond discrete decorative fixtures and into new forms of architectural lighting systems.




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