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.

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.

other places that require efficient lighting

Explaining about the new improved lighting, Mr. David Houri, CEO of Energy Smart Industry said, “The products and services offered by ESI are designed after considering the custumer’scustomer’s requirement. The LED lights that were introduced by us have been a great hit and are energy efficient. With this we thought of introducing efficient lights also so that the different industries may choose retrofits that suit them. So we came up with LED Linear high bay light with improved lighting efficiency. This way our consumers can have well illuminated place and still continue to save on their electricity bill.”

The LED lights used by the company are environmentally safe and are energy efficient. This has made them popular with the different industries in Hollywood who are now opting for the LED retrofits. With efficient lighting, the industries can look forward to get powerful lights for the different units. It is apt for manufacturing units, outdoor lighting, retail store lighting and at other places that require efficient lighting.

When it comes to environment, there again the LED retrofits are very efficient. They do not emit pollutants that can harm the environment. This allows you to reduce the carbon footprints. One also does not have to worry about disposal of the LED bulbs as they are easy in that regard as well. The lifespan of 75,000 hours ensures that one does not have to change the bulbs look forward to a reduced maintenance cost.ESI offers customized led high bay solutions to the different industries and therefore it provides different kinds of lights to them. The engineers visit the site to determine your requirement and then come up with special lighting solutions.

faster energy savings and more powerful control for our customers

a leading provider of innovative wireless control solutions for energy-smart buildings, today announced the commercial availability of ControlScope?, a wireless lighting control platform designed to enable lighting manufacturers and solution providers to bring more cost-effective, easy-to-implement lighting systems to market. The company also announced that it has led high bay partnered with Easylite, a leader in lighting control solutions, to provide wireless control systems to its customers. Additionally, the companies have completed a joint installation at a customer’s warehouse facility in Colorado.

“Easylite is committed to delivering easy-to-implement and cost-effective lighting solutions to our customers, and we believe the ControlScope platform can help us honor that commitment,” said Dennis Robinson, COO at Easylite. “Many of our customers are looking to decrease energy usage but do not have the resources or time to undertake a difficult retrofit process. Daintree helps eliminate the rewiring of facilities and shortens the commissioning process, resulting in a more cost-effective implementation, faster energy savings and more powerful control for our customers.”

Easylite has partnered with Daintree to provide a complete wireless lighting control system based on the ControlScope platform for its commercial retrofit customers. This Daintree-based solution enables advanced lighting control capabilities such as daylighting and task tuning for Easylite’s customers, while reducing the cost and complexity of wired control solutions. The first installation has already been LED Linear high bay light completed at a warehouse in Colorado. Part of a complete lighting retrofit aimed at large-scale energy reduction at the customer site, ControlScope alone is expected to reduce lighting consumption by nearly 50 percent from pre-retrofit levels.

the lawsuit are sold at major retailers throughout the United States

In addition,longevity claims on the products also missed the mark. Independent tests showed that the bulb would not last as long as claimed that lasted 30,000 hours because it lost 80 percent of its led high bay output after only 1,000 hours.According to the F.T.C., Lights of America, which did not respond to a request for comment, has 21 days to file an answer to the suit or a motion to dismiss. The bulbs that are the focus of the lawsuit are sold at major retailers throughout the United States.

According to the Chairman and President of China TV manufacturer Skyworth Zhang Xuebin, Skyworth is planned to cut the prices of LED flat-panel televisions in the next six months to promote the sales.Zhang added that Chinese TV producers cut prices of about 25% in old TV models between April and June.In addition, in fiscal year 2010 ended March 2011, the Hong Kong-listed firm aims to sell from 7.5 million to 9.5 million TVs on mainland China and 2 million units out of the domestic market.

Because there are still over 400 million CRT TVs, the old TV models in the market, CFO Leung Chi Ching said that he is cautiously optimistic about the prospects of China's LED TV market.It's reported that SETI will center its device development efforts on next generation high efficiency Deep UV LEDs on these novel substrates as it grows its markets in high power applications such as water disinfection.

SETI claims to be the world’s only commercial manufacturer of Deep UV LEDs and LED lamps. With a product portfolio from 240nm through 400nm SETI serves a wide range of markets including sensing and instrumentation.The firm has recently announced the development of high power single chip led high bay light exceeding 30 mW and with high power lamps commercially available.In addition, SETI has completed a Small Business Innovation Research (SBIR) Phase I program by the National Science Foundation to develop a prototype of a commercially viable all-LED based portable water disinfection system.

energy consumption annually compared to traditional lighting methods

The FUNSOM Laboratory focuses on applying novel soft- and nanomaterials in optical and electronic devices. Fundamental research on molecular design and growth is performed by the group to tune the led high bay light specific physical, electrical, chemical and optical properties of the materials. The AIXTRON system enhances their deposition capabilities for carbon, silicon and germanium based nanostructures, allowing them to controllably produce material for various applications.

The new eco-friendly design which allows for series production and global implementation, utilizes innovative technologies and renewable energy to power one-third of the restaurant's energy consumption. A key role in this context falls to long-lasting interior and exterior LED bulbs saving more than 55 percent of energy consumption annually compared to traditional lighting methods.

The parking area is illuminated by six 60 W SL-Dolphin street lights in neutral white with Phoenix lighting pattern featuring a luminous flux of ca. 6,000 lm and a color temperature of 5,000 K. The asymmetric wide view angle ensures high uniformity at pole heights of 6-8 m and therefore is ideally suited for parking and roadway applications. Existing Everlight led high bay are now being shipped with a patented electronic ballast developed and produced in Germany that excels with various dimming options, a life span up to eight times compared to other LED street light solutions or conventional street lights, a high temperature protection mechanism and an outstanding efficiency of 93 percent.

we continue to invest valuable time and money to protect our highly advanced laser technology

We appreciate our system’s reliability as well as the fact that it is inherently capable of producing the best layers. This existing AIX 200 has been running for almost two decades proving the quality of the equipment. Over the years we have also developed a close working relationship with led high bay personnel. We have always been fully satisfied with the competence of the team during their visits to Rio de Janeiro and their availability over the phone to discuss our technical issues.”

The Brazilian Government recently created the National Science and Technology Institute for Semiconductor Nanodevices (INCT-DISSE). This involves several Brazilian research groups and its headquarters at the Semiconductor Laboratory (LabSem). DISSE membership includes over twenty top level researchers in the field from eight institutions with long experience in specific areas. It carries out applied and basic research in III-V electronic and optoelectronic devices.

The invalidated Patents are No. 724540, “Laser Beam transmission system and method of the same and lift-off process method,” and No. 588459, “An adjustable laser beam delivery system and method for forming the same.”  Patent No. 588459 was invalidated on June 23rd, 2010 and Patent No. 724540 on July 8th, 2010.

JPSA contended that QMC’s patent claims were invalid over various prior art references including JPSA’s Korean Patent No. 0849779, “Method for separating layers of material”, and Korean Patent led high bay light, “System and method for cutting using a variable astigmatic focal beam spot”.  JPSA’s Chairman, Jeffrey Sercel, stated, “Prior to developing laser systems, QMC was a former Korean sales and service representative of JPSA; therefore, they had key information about our technology and methods.  We were surprised and disappointed to find QMC filing for patents that we already had Patents for.  Despite our disappointment, we continue to invest valuable time and money to protect our highly advanced laser technology, and our years of experience and development work has resulted in JPSA’s strong market presence in scribing and LLO of LEDs.