Tyndall National Institute, UCC is one of Europe's leading research centres, specialising in ICT hardware research, commercialisation of technology and the education of next generation researchers. The Institute has a critical mass of over 370 researchers, engineers, students and support staff focused on quality research and the commercialisation of led high bay light technology through industry collaboration. Tyndall addresses technological challenges, to provide solutions in the key areas of Communications, Energy, Health and the Environment, spanning research from atoms to systems in photonics, microsystems and micro-nanoelectronics.
More efficient LEDs and new occupancy sensing capabilities are increasing the applications for solar lighting and LightFair attendees will be the first to see Carmanah’s pioneering advancements that will change the way solar LED lighting can be used.Kuroda san of Taiyo Nippon Sanso adds: “We are very excited by this opportunity to collaborate with SemiLEDs. The SR 4000 provides superior and stable performance with a high through put while achieving the highest crystal quality and uniformity.”
SemiLEDs UV LEDs are made with their patented and proprietary MvpLED technology with features a vertical structure on a copper alloy base, providing excellent thermal management. SemiLEDs is at the forefront of developing UV LEDs that are greatly enhancing current applications and providing solutions that are poised to revolutionize the UV LED market.LED high bay lighting have had a growing impact on a large number of UV market segments including conformal coating, curing, printing, medical, security and forensics and biotechnology.
2014年10月16日星期四
their goal to provide greater access to energy-efficient products for businesses
As part of the collaborative agreement with Efficiency Maine, the bulbs received third-party independent testing. With the test outcome more successful than expected, Efficiency Maine has agreed to assist the project with a commitment of more than $13,000 towards material costs. That commitment gives the Farnsworth confidence that the project is a worthy one and will assist Efficiency Maine in their goal to provide greater access to energy-efficient products for businesses and individuals across the state of Maine.
With oversight by the Farnsworth’s curatorial department, a rigorous review process identified two specific bulbs that satisfy lighting requirements for most of the museum’s galleries. The LEDtronics PAR30A-15W-XIW-001M LED bulb provides soft and unfocused light, while the led high bay light provides more focused light. Not only do the lamps adequately light the works of art using up to 85% less energy than incandescent lamps, but they also offer—with a CRI of 86—a wider spectrum of light more closely approximating natural light, thus eliminating the adverse color effects of typical incandescent bulbs.
In addition, in the long term the valuable artwork is spared from damaging UV rays that other types of lights are known to emit. LED bulbs produce no ultraviolet rays that traditionally fade the fine colors found in artwork. The new lighting has already been installed in the Library Gallery. Installation in other galleries and work areas will follow. The LED high bay lighting project is a multi-year effort that will make the museum a leader in environmentally responsible practices. Once this initial phase is installed, there will be further incandescent replacements with another 200-300 pieces of the PAR30 LEDs.
With oversight by the Farnsworth’s curatorial department, a rigorous review process identified two specific bulbs that satisfy lighting requirements for most of the museum’s galleries. The LEDtronics PAR30A-15W-XIW-001M LED bulb provides soft and unfocused light, while the led high bay light provides more focused light. Not only do the lamps adequately light the works of art using up to 85% less energy than incandescent lamps, but they also offer—with a CRI of 86—a wider spectrum of light more closely approximating natural light, thus eliminating the adverse color effects of typical incandescent bulbs.
In addition, in the long term the valuable artwork is spared from damaging UV rays that other types of lights are known to emit. LED bulbs produce no ultraviolet rays that traditionally fade the fine colors found in artwork. The new lighting has already been installed in the Library Gallery. Installation in other galleries and work areas will follow. The LED high bay lighting project is a multi-year effort that will make the museum a leader in environmentally responsible practices. Once this initial phase is installed, there will be further incandescent replacements with another 200-300 pieces of the PAR30 LEDs.
2014年10月15日星期三
suppliers for their good faith and confidence through this ordeal
a leading manufacturer of lighted signs, announced that yesterday the U.S. Court of Appeals for the Federal Circuit in Washington D.C. overturned the earlier decision of the LED linear high bay light District Court in Cookeville, Tennessee, and ruled in favor of Fallon in its appeal of a patent infringement suit brought against Fallon by iLight Technologies. The Court vacated both the monetary judgment and the injunction that had been entered against Fallon by the District Court.
“This court decision is a major victory for our company and our customers,” said John Perrachon, Chief Executive Officer of Fallon Luminous Products. “We believe this ruling validates what we have said consistently since the lawsuit was filed—that our products do not violate iLight’s patents. While the case has been remanded to the district court, we believe it will be a simple matter to prove noninfringement in view of the appellate court's ruling. We thank our customers and suppliers for their good faith and confidence through this ordeal.”
The validity of iLight’s patents is the subject of separate proceedings in front of the U.S. Patent and Trademark Office led high bay light brought by another company. In March, the USPTO rejected all of the claims in one of iLight’s three patents that were at issue in the Fallon trial as being unpatentable. The USPTO is also reconsidering whether the other two patents asserted against Fallon should have ever been issued.
“This court decision is a major victory for our company and our customers,” said John Perrachon, Chief Executive Officer of Fallon Luminous Products. “We believe this ruling validates what we have said consistently since the lawsuit was filed—that our products do not violate iLight’s patents. While the case has been remanded to the district court, we believe it will be a simple matter to prove noninfringement in view of the appellate court's ruling. We thank our customers and suppliers for their good faith and confidence through this ordeal.”
The validity of iLight’s patents is the subject of separate proceedings in front of the U.S. Patent and Trademark Office led high bay light brought by another company. In March, the USPTO rejected all of the claims in one of iLight’s three patents that were at issue in the Fallon trial as being unpatentable. The USPTO is also reconsidering whether the other two patents asserted against Fallon should have ever been issued.
2014年10月13日星期一
he has chosen to bring his energy and expertise to the team
The company has quickly reached the point when adding an executive with Mike's deep strategic and operational experience will be key to successfully supporting our growing network of customers and partners, and maximizing the company's market potential," said Tom Pincince, President and CEO of Digital Lumens. "Mike brings the right skill set and hands-on approach to help drive the rapid and widespread adoption of Digital Lumens' solution, and we are delighted that he has chosen to bring his energy and expertise to the team."
Recently Digital Lumens announced the industry's first Intelligent Lighting Solution that integrates LEDs, networking and software to reduce customers' lighting-related energy costs by up to 90%. Designed for large industrial facilities, the system includes best-of-breed,led high bay lights fixtures, each with on-board computing, sensing and built-in intelligence. The fixtures form a Smart Light Grid, or 'lighting network,' with system-wide intelligence and integrated controls that deliver energy-efficiency results that far surpass the results achievable with single "dumb" fixtures.
"Helping to drive innovative technologies into widespread market adoption has been the cornerstone of my management experience," said Michael Feinstein. "Digital Lumens has identified a real market need within rugged industrial customers who are motivated to reduce energy load, effectively manage lighting resources, and insulate their energy LED linear high bay light bills from the impact of rate increases. I look forward to helping the company tap this enormous market opportunity as customers embrace smart technologies that provide both energy efficiency and greater control over their resources."
Recently Digital Lumens announced the industry's first Intelligent Lighting Solution that integrates LEDs, networking and software to reduce customers' lighting-related energy costs by up to 90%. Designed for large industrial facilities, the system includes best-of-breed,led high bay lights fixtures, each with on-board computing, sensing and built-in intelligence. The fixtures form a Smart Light Grid, or 'lighting network,' with system-wide intelligence and integrated controls that deliver energy-efficiency results that far surpass the results achievable with single "dumb" fixtures.
"Helping to drive innovative technologies into widespread market adoption has been the cornerstone of my management experience," said Michael Feinstein. "Digital Lumens has identified a real market need within rugged industrial customers who are motivated to reduce energy load, effectively manage lighting resources, and insulate their energy LED linear high bay light bills from the impact of rate increases. I look forward to helping the company tap this enormous market opportunity as customers embrace smart technologies that provide both energy efficiency and greater control over their resources."
2014年10月11日星期六
similar organizations in promoting sustainability worldwide
Xicato is a dynamic Solid State Lighting company founded by seasoned industry professionals, with offices located in Silicon Valley, California (HQ), London, and Tokyo. Xicato develops, manufactures and globally markets LED modules that are functional replacements for traditional lamp technologies, offering all the life and energy-saving advantages of LED linear high bay light with no light technical or aesthetic compromises. Xicato provides industry best (plus) specifications via an open approach with a global circle of leading end-users, specifiers, and luminaire manufacturers.
As part of our corporate commitment to providing environmentally responsible products that reduce energy consumption, minimize light pollution and lower the carbon footprint, we are constantly working to align with IDA and similar organizations in promoting sustainability worldwide,” said Roy Burton, Group Chief Executive of Dialight. “Achieving certification for our StreetSENSE LED light fixtures through third party testing validates the product’s environmentally beneficial qualities. We’re proud to contribute to reducing light pollution and honored to gain the right to display the IDA Fixture Seal of Approval.”
The Dialight StreetSENSE fixtures combine precision optics with the latest in advanced LED technology to provide highly effective, energy-efficient, focused exterior lighting for roadways, parking lots, walkways and bike paths. The StreetSENSE Type II forward-throw led high bay light, with their IDA compliant reflector design, prevent direct glare and deliver high quality, precisely directed illumination downward where it’s needed, virtually eliminating upward light pollution and lateral light trespass.
As part of our corporate commitment to providing environmentally responsible products that reduce energy consumption, minimize light pollution and lower the carbon footprint, we are constantly working to align with IDA and similar organizations in promoting sustainability worldwide,” said Roy Burton, Group Chief Executive of Dialight. “Achieving certification for our StreetSENSE LED light fixtures through third party testing validates the product’s environmentally beneficial qualities. We’re proud to contribute to reducing light pollution and honored to gain the right to display the IDA Fixture Seal of Approval.”
The Dialight StreetSENSE fixtures combine precision optics with the latest in advanced LED technology to provide highly effective, energy-efficient, focused exterior lighting for roadways, parking lots, walkways and bike paths. The StreetSENSE Type II forward-throw led high bay light, with their IDA compliant reflector design, prevent direct glare and deliver high quality, precisely directed illumination downward where it’s needed, virtually eliminating upward light pollution and lateral light trespass.
2014年9月29日星期一
the gap left by traditional methods of LED testing to become the first national standard
Labsphere’s high performance and strong local support were the deciding factors for the Institute in selecting its system. Locally made systems currently offer testing of only one parameter of a single, low-power LED at a time. The integrated system from Labsphere is able to perform a variety of optical and electrical test measurements on an array of up to 20 discrete LEDs, including high power lamps, in under 60 seconds.
During a single measurement sequence, the life test station simultaneously produces optical measurements of total spectral radiance and luminous flux, peak and dominant wavelength, full width/half max, CIE purity and CIE chromaticity, as well as forward current, leakage current and reverse voltage electrical measurements. Labsphere’s powerful software gathers radiometric, photometric and colorimetric parameters used for analysis that meets requirements set by the National Institute of Standards and Technology.
Labsphere’s life test station will enable the Institute to quickly and accurately test new products for its clients, increasing the reliability and energy performance of solid state lighting used in street lighting, architectural lighting and outdoor signage. There are no national standards for LED testing in China currently. The Institute hopes that this new system will bridge the gap left by traditional methods of LED testing to become the first national standard.
During a single measurement sequence, the life test station simultaneously produces optical measurements of total spectral radiance and luminous flux, peak and dominant wavelength, full width/half max, CIE purity and CIE chromaticity, as well as forward current, leakage current and reverse voltage electrical measurements. Labsphere’s powerful software gathers radiometric, photometric and colorimetric parameters used for analysis that meets requirements set by the National Institute of Standards and Technology.
Labsphere’s life test station will enable the Institute to quickly and accurately test new products for its clients, increasing the reliability and energy performance of solid state lighting used in street lighting, architectural lighting and outdoor signage. There are no national standards for LED testing in China currently. The Institute hopes that this new system will bridge the gap left by traditional methods of LED testing to become the first national standard.
2014年9月27日星期六
them to quickly deliver better products to the market
YAHAM customers now have access to our industry-proven led highbay light technology, allowing them to quickly deliver better products to the market, faster,” said Chuck Swoboda, Cree chairman and chief executive officer. “YAHAM TrueWhite? technology is already installed in thousands of locations including restaurants, retail stores, and others that demand both high-quality light and energy-efficiency.”
The YAHAM LED Module LMR4 uniquely integrates driver electronics, optics and primary thermal management, making the compact YAHAM module drop-in-ready. Designed to last 35,000 hours while consuming just 12 watts of power, it delivers 700 lumens at a warm-white color temperature of 2700 with a CRI >90. Fixture manufacturers have the option to include a specially designed heat sink to accommodate specific high-heat applications, like highb bay lights for insulated ceilings.We anticipate our new downlight will be available in summer 2010—and that’s less than six months from when we started working with prototypes of the module. In a fast-paced industry like lighting, this is a keen advantage for us.”
lower power consumption, higher dimming ratios and, because they do not require high-voltage and high-frequency inverter circuits, significantly reduced electro-magnetic interference (EMI). And since LED backlights contain no mercury, these displays offer a more environmentally friendly option as well.These displays also offer Optrex’s Natural Color Matrix (NCM) technology, a patented color transformation algorithm implemented in the hardware that provides real-time on-the-fly processing to precisely match the colors specified in a data source for exceptionally vivid color reproduction. Additional features include industrial standard CMOS and LVDS interfaces for easy system development.
The YAHAM LED Module LMR4 uniquely integrates driver electronics, optics and primary thermal management, making the compact YAHAM module drop-in-ready. Designed to last 35,000 hours while consuming just 12 watts of power, it delivers 700 lumens at a warm-white color temperature of 2700 with a CRI >90. Fixture manufacturers have the option to include a specially designed heat sink to accommodate specific high-heat applications, like highb bay lights for insulated ceilings.We anticipate our new downlight will be available in summer 2010—and that’s less than six months from when we started working with prototypes of the module. In a fast-paced industry like lighting, this is a keen advantage for us.”
lower power consumption, higher dimming ratios and, because they do not require high-voltage and high-frequency inverter circuits, significantly reduced electro-magnetic interference (EMI). And since LED backlights contain no mercury, these displays offer a more environmentally friendly option as well.These displays also offer Optrex’s Natural Color Matrix (NCM) technology, a patented color transformation algorithm implemented in the hardware that provides real-time on-the-fly processing to precisely match the colors specified in a data source for exceptionally vivid color reproduction. Additional features include industrial standard CMOS and LVDS interfaces for easy system development.
订阅：
博文 (Atom)