Why The Future of Museum Gallery Lighting is Already Here
There’s a lot to think about when it comes to lighting a museum gallery. On the technical design side, there are two main factors to consider: light color temperature, or the warmth or coolness of a light source, and the Color Rendering Index (CRI), or the system used to indicate relative color rendering ability.
On the operations side, there are also a few things to think about, such as the susceptibility of the art piece to light damage, the conflict between preserving a piece and displaying it, and cost (labor for installation and maintenance, lamp purchases, and electricity).
It’s no wonder then that museum art and lighting directors are so fond of LEDs. They are the easy solution to all the questions outlined above. And respectively why fluorescent lights were so largely dreaded prior to the arrival of LED lighting.
After their installation was upgraded with LED lighting, IU Art Museum’s curator Linda Baden wrote, “As far as aesthetic issues go, there is a very interesting discussion going on right now at the museum concerning light temperature. The clarity, crispness, and full-spectrum color afforded by the museum’s 5000K LEDs is very different aesthetically from the warm incandescent lighting we are all used to.” One of the main concerns with the warm tones of incandescent or halogen lighting has always been the yellow hues that alter the representation of colors in art pieces.
Energy Efficient and Cost Effective
On a typical gallery operating schedule, LEDs are estimated to live up to 20 years, while halogen bulbs live up to one year. This means a reduction in cost for labor to replace lamps in high-ceiling galleries, which would require skilled labor, not to mention the risk of damaging the art. They also only consume 12W of power, whereas halogen bulbs consume 90W.
The Jordan Schnitzer used 54 LED lamps to replace 49 halogen lamps and reduced their annual electricity cost from $593 to $84.
LED lights can be dimmable up to 25 percent intensity. For museum galleries, this means the same bulb could be used for both light-sensitive and durable art. This eliminates the need for scrims or filters to reduce light and allows more flexibility in use since the museums could determine different light levels for different exhibits. This ultimately would add to the reduction of cost because it would eliminate the need for scrims, filters, and manual labor for installation and removal.
With these improvements and as LEDs make more headway to answer the demands of museum gallery lighting, the future for more cost effective, multipurpose options for museum lighting looks bright and promising.
David Hakimi is a lighting specialist and one of the co-founders of Alcon Lighting. A graduate of the University of California Los Angeles (UCLA), David works on the front lines of the energy-efficient lighting revolution, enabling architects, designers, and lighting engineers to transition from outmoded halogen and fluorescent lighting. David takes particular pride in Alcon’s design, energy, and green building knowledge, tracing his and Alcon’s commitment to quality, innovation, accountability and value back to the lessons learned from his father, a Southern California lighting salesman and consultant for more than two decades. Passionate about climate change and protecting the environment, David has been particularly valuable in ensuring that his clients and customers comply with rapidly-evolving green building codes.
Art can use light to convey an emotion, mood or thought, transcending language. Artists have always used light to emphasize certain aspects of their works of art. How light bathes a basket of fruit, for example, or shines on a pearl earring, can accentuate an art work’s attributes. The contrast of darkness with lightness can be alluring. In modern art, only the medium has changed.
For the versatile, upscale look, designers often recommend trimless recessed lighting. The term trimless recessed refers to recessed lighting which contains no visible trim ring. The installation of trimless recessed lighting is more involved. Here are tips we believe will help ensure a clean, professional installation.
The Chicago Department of Buildings recently announced that energy design requirements for building projects in Chicago have been updated as part of the city’s multi-phase code modernization process. For permit applications started on or after June 1, 2019, the Chicago Energy Conservation Code (Title 14N of the Municipal Code), based on the 2018 edition of the International Energy Conservation Code, published by International Code Council, Inc., will now apply.
This is the first post in a new series about essential commercial and architectural lighting terms. The terms, which will be presented in sets of five terms per post, are curated. The terms in this post: CRI (Color Rendering Index), Color Temperature, Bluetooth Mesh, Architectural Lighting and UL Vs. ETL Listing.
Our relation to light as humans is complex. Though many of the effects of light on our biology are still unknown, there are several we know and understand. Light also plays a major role in regulating human biological responses, including our internal body clock or circadian rhythm.