[yyzer]

Toronto condominium becomes first residential building in North America to adopt LED lighting as primary lighting source

Jan 8th, 2008 9:59 AM


Media Release:
Attention News/City/Energy/Electricity Reporters and Assignment Editors

Toronto condominium becomes first residential building in North America to adopt LED lighting as primary lighting source

Ontario manufactured LED installation part of over $2 million in energy efficiency and interior renovations to the landmark Palace Pier condominium

(Toronto, January 8, 2007) Today, a premiere Toronto waterfront condominium became the first residential building in North America to employ Light Emitting Diodes (LEDs) for interior lighting on all 44 floors. The renovations are part of over $2 million in renovations to the interior corridors of the 28 year old building.

Ontario’s Chief Energy Conservation Officer, Peter Love, Etobicoke-Lakeshore MPP, Laurel Broten and Toronto City Councillor, Mark Grimes (Ward 6), were also in attendance to learn more about the technology and to offer their support for the project.

“This is the largest residential interior lighting conversion to LED in Canada and North America,†Jim Lord, President of the Palace Pier Condominium Board. “The (Palace Pier) Board and residents were committed to finding a ‘green’ solution for the new lighting and LED proved to be the answer.â€

The lighting project will employ close to 1,300 LED based MR16 lamps in the hallways on all 44 residential floors. The previous lighting used 35 watts of electricity per light, while the new LEDs only require 4 watts per light.

Toronto design firm, Heather Ann Scott Signature Design was retained for the project by the Board of the Palace Pier Condominium. Ms. Scott says she hopes the Palace Pier stands as an example of how quality design can benefit from efficient energy products.

“A great amount of time was devoted to researching LED technology and suitability for our application,†stated Ms. Scott. “Determining who was a reputable company and ensuring that their product met performance claims was critical and essential. We believe the solution provided by CRS Electronics represents the very best.â€

“We were very pleased to be selected to provide the LED product solution for this project,†said Scott Riesebosch, President of CRS electronics of Welland, Ontario. “We understand the specific lighting principles associated with interior design and knew we had to deliver a product that satisfied the need for both the desired lighting quality as well as providing the energy efficiency associated with LED.â€

The CRS LED MR16 has a lumen maintenance rating of 70% @ 40,000 hours and is able to operate continuously for 5 years. They will use 87% less energy than the previous halogen lights and help reduce electricity consumption by 349,226 kWh per year.

“We facilitate and undertake a number of LED pilots and projects every year, but the Palace Pier is special because it demonstrates how urban residential energy conservation can work on a large scale,†said Chantal Brundage, Program Manager of greenTbiz, a Toronto program that provides energy conservation and efficiency assistance to businesses and commercial property owners and who assisted on the project.

Peter Love, Ontario’s Chief Energy Conservation Officer of the Ontario Power Authority commented, “It is exciting to see energy efficiency projects of this nature, which merge the very best in commercial energy efficient technology and residential properties design. I am pleased that the Green lighting technology used in this project is from Ontario. This is proof that what is good for energy conservation and the environment is also good for our economy.â€

Toronto City Councillor Mark Grimes and Etobicoke-Lakeshore MPP Laurel Broten were also on hand to offer their support for the project.

 

[junctionist]

I wonder if the hallways will now look blueish white, or if the all the research yielded bulbs that produce similar light to traditional bulbs.

 

[lxmoss]

LED's come in a variety of colours.
The 'bluish' tinge you see is actually a form of white. It all has to do with colour temperature.

5600 kelvin is considered daylight white. During the day if you are outside but not in direct sunlight the light you are looking at is approximately 5600k.

'Warm' incandescent bulbs produce a white that is at 3200 kelvin.

LED's are available in a variety of colours and are also available in daylight white as well as warm white.

This is due to the variety of locations lighting fixtures can be used. In a place that has a lot of natural light it is probably wise to use light source similar to that which is produced by the sun (5600k)

CFL's are the same way however since the gas that burns inside of them may not be the same as other CFL's it is hard to create a consistent colour temperature in cheaper CFL's.

Do your research and if you are going to purchase a large number of them buy one and turn it on and see if you like the colour temperature it produces.

 

[I-Z1]

"White" LEDs can look bluish because they are actually blue LEDs with a yellow phosphor, the yellow and blue combine to produce whitish. Adjusting the amount of yellow phosphor yeilds a warmer or cooler 'white'.