It's said that the government-funded Institute for Information Industry (III) has developed an LED-based intelligent illumination LED Linear high bay light management system to be ready for a test run at a large parking complex in Sanchong City, Taipei County.
According to MOEA officials, the III-developed system is the first of its kind available in the world, able to reduce power consumption by at least 70 percent.
III has transferred technologies related to the intelligent LED illumination management system to local makers, and they shared the view that such a management system enjoys great market potential in the future.
Precision Paragon specialize in lighting retrofit projects that create big cost savings and significant environmental benefits. To demonstrate these savings and benefits, we developed an online retrofit calculator that quickly and easily computes project cost, cost reductions, payback led high bay light period and kWh savings. The calculator also makes meaningful comparisons to other relevant environmental efforts. I really believe the information would be beneficial to readers of your news.
2015年3月25日星期三
the system being replaced or any available standard linear
Guideline1: Standard Criteria: Even though LED lighting is a relatively new technology, standard evaluation criteria still apply. Use basic lighting specification tenets to determine lighting quality, efficiency and aesthetics. For example, the proposed led high bay light solution should be better at delivering energy savings over time than the system being replaced or any available standard linear, compact fluorescent or other general lighting options. To be considered, the LED lighting solution should incorporate the design aesthetic of the application and complement the interior space.
Guideline2: Thermal Management: Determine how heat is managed in the overall LED lighting system. Even though LEDs run cooler than they did just a couple of years ago, thermal management is still fundamental to the performance of a solid state lighting system. Heat affects the efficacy of the luminaire source, system life expectancy and the color quality and consistency of LEDs. LEDs that run on the hot end of their design range will degrade faster and more unpredictably than those that are running cooler.
Until the Color Quality Scale – a new industry standard that will more effectively measure LED lamps across multiple color quality aspects – is completed, use the color rending index (CRI) LED Linear high bay light to determine color quality. An indoor LED fixture for general ambient lighting should have a minimum CRI of 80.
Guideline2: Thermal Management: Determine how heat is managed in the overall LED lighting system. Even though LEDs run cooler than they did just a couple of years ago, thermal management is still fundamental to the performance of a solid state lighting system. Heat affects the efficacy of the luminaire source, system life expectancy and the color quality and consistency of LEDs. LEDs that run on the hot end of their design range will degrade faster and more unpredictably than those that are running cooler.
Until the Color Quality Scale – a new industry standard that will more effectively measure LED lamps across multiple color quality aspects – is completed, use the color rending index (CRI) LED Linear high bay light to determine color quality. An indoor LED fixture for general ambient lighting should have a minimum CRI of 80.
2015年3月13日星期五
the hospital to be more cost efficient and helps in saving on energy bills
Energy Smart Industry (ESI) has launched customized lighting solution for different kinds of industries and has now introduced LED Lighting retrofit for hospital lighting. With the new LED high bay lighting for hospitals, they can now get energy efficient lighting and can look forward to reduced electricity bills. The lighting solutions offered by the company are recommended by the US department of energy.
Commenting on the efficient lighting solutions offered by ESI, Mr. David Houri, the CEO of the company said, “ESI has been providing retrofit lighting to its clients for some time. So far, we were mainly dealing with offices and residential building but now we are expanding and have introduced improved LED retrofit for hospital lighting and school lighting also. Different kinds of lighting fixtures have been introduced by us and can be used in operation rooms, general wards and at other places in hospitals. This allows the hospital to be more cost efficient and helps in saving on energy bills.”
More and more people are now turning to led high bay light as they are highly beneficial. The LEDs are considered as energy saving lightings as they are powerful and use very little energy. With LED retrofits, one can also look forward to reduced maintenance and overhead costs. This is because the LED bulb, which is used in retrofitting, have a lifetime of about 75,000 hours and is durable. This is why more and more people are now opting for these bulbs and are using them in residential buildings and office building.
Commenting on the efficient lighting solutions offered by ESI, Mr. David Houri, the CEO of the company said, “ESI has been providing retrofit lighting to its clients for some time. So far, we were mainly dealing with offices and residential building but now we are expanding and have introduced improved LED retrofit for hospital lighting and school lighting also. Different kinds of lighting fixtures have been introduced by us and can be used in operation rooms, general wards and at other places in hospitals. This allows the hospital to be more cost efficient and helps in saving on energy bills.”
More and more people are now turning to led high bay light as they are highly beneficial. The LEDs are considered as energy saving lightings as they are powerful and use very little energy. With LED retrofits, one can also look forward to reduced maintenance and overhead costs. This is because the LED bulb, which is used in retrofitting, have a lifetime of about 75,000 hours and is durable. This is why more and more people are now opting for these bulbs and are using them in residential buildings and office building.
2015年3月12日星期四
the continued adoption of LED lighting in cities across the country
The Consortium will provide ongoing national organizational structure and
guidance to LED City members and new members in the process of evaluating
solid-state street lighting technologies meant for public streets and other
public areas.
“Cree’s innovative LED City Program has provided a valuable forum for municipalities to learn and share in the earliest stages of LED street lighting,” said Jim Brodrick, DOE’s Solid-State Lighting Program Manager. “We are pleased to have the leadership and rich base of experience these cities bring to the Consortium. Their knowledge and interest in continuing to mentor other municipalities will speed many up the learning curve as they evaluate new street lighting options for their communities.”
“DOE’s Municipal Solid-State Lighting Consortium represents a significant next step in the continued adoption of LED lighting in cities across the country,” said Greg Merritt, vice president corporate marketing, Cree. “Cree remains committed to developing and promoting innovative solutions that will further the LED Lighting Revolution. The DOE’s Consortium is well-positioned to build on and enhance the growing momentum of the Cree LED City program, guiding cities along the path to LED lighting. We look forward to working together to help more cities reap the many benefits of this energy-efficient lighting technology.”
Cree’s LED City Program was established in 2007 to accelerate implementation of LED lighting in municipalities by promoting the benefits that can be achieved through LED lighting and by encouraging users to share experiences and data. Since its inception, the LED City Program has helped cities across the world confidently move to solid-state lighting and member cities are regularly reporting energy savings of 50 to 80 percent and maintenance cost avoidance in the hundreds of thousands of dollars, over the life of the fixtures. The Consortium will provide a forum like the LED City Council Meetings, where buyers and implementers can get information, discuss best practices and share lessons learned.
“Cree’s innovative LED City Program has provided a valuable forum for municipalities to learn and share in the earliest stages of LED street lighting,” said Jim Brodrick, DOE’s Solid-State Lighting Program Manager. “We are pleased to have the leadership and rich base of experience these cities bring to the Consortium. Their knowledge and interest in continuing to mentor other municipalities will speed many up the learning curve as they evaluate new street lighting options for their communities.”
“DOE’s Municipal Solid-State Lighting Consortium represents a significant next step in the continued adoption of LED lighting in cities across the country,” said Greg Merritt, vice president corporate marketing, Cree. “Cree remains committed to developing and promoting innovative solutions that will further the LED Lighting Revolution. The DOE’s Consortium is well-positioned to build on and enhance the growing momentum of the Cree LED City program, guiding cities along the path to LED lighting. We look forward to working together to help more cities reap the many benefits of this energy-efficient lighting technology.”
Cree’s LED City Program was established in 2007 to accelerate implementation of LED lighting in municipalities by promoting the benefits that can be achieved through LED lighting and by encouraging users to share experiences and data. Since its inception, the LED City Program has helped cities across the world confidently move to solid-state lighting and member cities are regularly reporting energy savings of 50 to 80 percent and maintenance cost avoidance in the hundreds of thousands of dollars, over the life of the fixtures. The Consortium will provide a forum like the LED City Council Meetings, where buyers and implementers can get information, discuss best practices and share lessons learned.
2015年3月11日星期三
executive vice president of technology sales at ANC Sports Enterprises
We are excited to partner with ANC Sports to launch these technology
enhancements at the Cintas Center which will make the arena an
attractive place to play and watch a game,” said Mike Bobinski, athletic
director at Xavier University. “This new technology will create an
energetic atmosphere for all our events while increasing creative
opportunities for our corporate partners.”
In addition to the new center-hung scoreboard, ANC Sports installed a 7'10" tall by 10'5" wide video screen which will be located in the North End of the Cintas Center’s arena bowl. Complementing the center-hung scoreboard and North End video screen will be an LED ribbon stretching across 590 feet of the arena’s upper level fascia.
Driven by ANC’s patent-pending VisionSOFT™ the dynamic signage system will feature uncompressed video across its displays, creating the clearest images possible. Additionally, the unique operating system increases revenue opportunities with capabilities of connecting corporate partners with specific moments of a game in real-time, such asSherwin-Williams’ Points-in-the-Paint.
“We look forward to providing the Xavier’s students and fans with one of the premiere arena experiences as we continue to introduce ANC’s state-of-the-art technologies to college venues,” said Chris Mascatello, executive vice president of technology sales at ANC Sports Enterprises.
ANC Sports’ recent collegiate projects include LED installations at University of Tennessee’s Neyland Stadium, Penn State University’s Bryce Jordan Center and Beaver Stadium, Arizona State University’s Sun Devil Stadium and Wells Fargo Arena. The company’s roster includes new professional sports venues such as Pittsburgh’s Consol Energy Center and Dallas’ Cowboys Stadium.
In addition to the new center-hung scoreboard, ANC Sports installed a 7'10" tall by 10'5" wide video screen which will be located in the North End of the Cintas Center’s arena bowl. Complementing the center-hung scoreboard and North End video screen will be an LED ribbon stretching across 590 feet of the arena’s upper level fascia.
Driven by ANC’s patent-pending VisionSOFT™ the dynamic signage system will feature uncompressed video across its displays, creating the clearest images possible. Additionally, the unique operating system increases revenue opportunities with capabilities of connecting corporate partners with specific moments of a game in real-time, such asSherwin-Williams’ Points-in-the-Paint.
“We look forward to providing the Xavier’s students and fans with one of the premiere arena experiences as we continue to introduce ANC’s state-of-the-art technologies to college venues,” said Chris Mascatello, executive vice president of technology sales at ANC Sports Enterprises.
ANC Sports’ recent collegiate projects include LED installations at University of Tennessee’s Neyland Stadium, Penn State University’s Bryce Jordan Center and Beaver Stadium, Arizona State University’s Sun Devil Stadium and Wells Fargo Arena. The company’s roster includes new professional sports venues such as Pittsburgh’s Consol Energy Center and Dallas’ Cowboys Stadium.
订阅：
博文 (Atom)