As a tribute to the Indian nationality of the Institute, the facade of the building was fitted with layered coloured led high bay lighting in orange, white and green to represent the national flag. Each separate colour effect was created by using two hundred and twenty coloured LEDs.
The use of this LED technology has enabled the Institute to make a power saving of 70% on external street lighting and 66% on internal lighting. Since the commencement of the installation the Institute has had zero failure on all newly fitted lights and have expressed the intention to extend the use of the e-lamp technology throughout all MSR Institutions.
LEDs feature high luminous efficiency and light-extraction efficiency and also claim superior heat radiation performance. This enables both large currents and high levels of illumination to be achieved for a given area, in turn enabling miniaturization of the module (difficult to attain with conventional LED chips that use sapphire or silicon substrates). The single-core Superline LED (with just one LED module) hence enables the same or higher brightness than a standard, multi-core LED halogen replacement lamp (with multiple LED modules). It is also compatible with existing lighting fixtures for halogen lamps, since its size is equivalent to that of halogen lamps.
The second quarter brought about a transitional period for CRS, setting the stage for expanded opportunities and re-aligning our resources to increase sales and achieve profitability," said Scott Riesebosch, President of LED high bay light. "Our new strategic investor has introduced us to opportunities to reduce production costs and significantly ramp up revenues. As part of the realignment, we are preparing to move production of our LED lamps overseas and use the Canadian base as a distribution centre for our LED products as well as a catalogue of synergistic products sourced through our new investors. The Canadian facility will continue to be utilized for advanced research and development."
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