international distributor of specialty LED lighting

we tested a range of LEDs looking for a solution that not only delivered the light quality and energy savings we were looking for to replace the T8 lighting within our facility, but also a payback that ensured the investment made sense from an economic perspective,” said Hartmut Freund, Technical Director for DiloSpinnbau. “We finally found that solution with the Intelligent Lighting System. Never before have we had this level of control over lighting within our facility, nor the visibility into how led high bay light is being used – by kWh, occupancy patterns and utilization rates – to support day-to-day operations. It’s a remarkably intuitive way of thinking about lighting, with very real impact on light quality, efficiency and bottom-line savings.”

The DiloSpinnbau management team turned to Schahl LED, an international distributor of specialty LED lighting, to help design, test and install the new system. “In side-by-side comparisons, the Digital Lumens Intelligent LED System significantly outperformed fluorescent and basic LED alternatives in lighting quality, controllability and energy savings, making it the first LED solution we’ve seen with the investment returns necessary to justify the switch from fluorescents to LEDs,” said Erich Obermeier of SchahlLED. “As importantly, the efficiency improvements will help insulate DiloSpinnbau from rapidly escalating energy costs, which are on the order of 10 percent per year in Germany.”


We are delighted that DiloSpinnbau has chosen Digital Lumens, and is taking full advantage of the system’s intelligent features to maximize savings. Integrated intelligence is the key to extraordinary savings, and makes the economics of an HIF upgrade work,” said Michael Feinstein, Digital led flood light of Sales and Marketing. “Beyond efficiency, integrated intelligence enables customers to measure, evaluate and manage lighting settings to optimize delivery, resulting in the most powerful lighting solutions for industrial facilities.”

you can read more:http://windons7x.blogspot.com/2013/09/banks-of-led-illuminate-plants-in.html

efficient LED lighting solution that significantly improved lighting quality

Digital Lumens today announced that DiloSpinnbau, a manufacturer of universal and high-capacity carding machines used to process nonwoven fibers, has upgraded its 6,600 square meter manufacturing facility to the Digital Lumens Intelligent Lighting System, saving 91 percent of its lighting energy costs annually.

By replacing its T8 fluorescent fixtures with the Digital Lumens system, DiloSpinnbau gained a highly controllable and efficient LED lighting solution that significantly improved lighting quality and illumination levels, while saving more than 351,000 kWh of electricity and 200,000 kilos/64 tons of CO2 annually.


By rapidly accumulating energy and maintenance savings, DiloSpinnbau was able to secure an investment payback period of 1.7 years, with annual savings in excess of Euros 72,000, or more than Euros 363,000 over five years. By taking advantage of natural light from the facility’s many skylights and windows, the Intelligent Lighting Systems’ integrated daylight harvesting capabilities increased overall energy savings by 35 percent, adding to the already substantial savings enabled by its built-in occupancy sensors. Maintenance-free, the Intelligent Lighting System also eliminates the re-lamping and re-ballasting costs associated with the previous T8 fluorescent fixtures.

Banks of LED illuminate plants in greenhouses

A recent U.S. Department of Agriculture blog entry introduces Purdue University's research resulgs on LED grow lights. Banks of LED illuminate plants in greenhouses. Purdue University researchers discovered that led high bay light can provide a more beneficial light spectrum to greenhouse plants than conventional lighting while using 75 percent less electricity. This post is part of the Science Today feature series on the USDA blog. Check back each week as we showcase stories and news from USDA’s rich science and research portfolio.

For about 2,000 years – since Roman emperor Tiberius demanded fresh cucumbers for lunch year ‘round – farmers have been looking for better ways to extend the growing season. Now, a team of researchers led by Purdue University has found a way to grow more produce and save money doing it.Greenhouses and other structures protect crops from harsh environmental conditions. Over the last 50 years or so, some growers have added artificial lighting to compensate for shorter winter days or when conditions are cloudy. However, the problem with most lighting systems is that they are relatively costly to install and do not provide the light spectrum that is most efficient for photosynthesis in plants.

The Purdue-led team of academic and industry scientists from Wisconsin, Michigan, and New Jersey is using grant funding from the U.S. Department of Agriculture’s National Institute of Food and Agriculture (NIFA) to investigate the use of LED to address this problem. The researchers have designed LEDs that produce the exact light quality plants need to thrive while using only a fraction of the electricity used by high-pressure sodium lamps—the current industry standard. In experiments in West Lafayette, IN, the team’s led flood light systems used 75 percent less electricity to produce the same product yield. There are currently about 4,200 acres of greenhouses in the United States that use supplemental lighting. If LED systems were installed in each of these greenhouses, energy use could be reduced by 3.5 billion kilowatt hours. According to the U.S. Environmental Protection Agency, a reduction of that much energy would reduce carbon dioxide emissions by almost 3 million tons per year.


Through federal funding and leadership for research, education, and extension programs, NIFA focuses on investing in science and solving critical issues that impact people’s daily lives and the nation’s future.

you can read more:http://wiondow.blogspot.com/2013/09/how-will-rise-of-chinese-market-affect.html

lighting has been the premier light source specified

Incandescent lights have long been the staple of museum lighting. While they offer a safer light for paintings than LEDs, incandescent lights emit a disproportionate amount of red, orange, and yellow light hiding the subtle blues and violets found in works by Monet and van Gogh.

Yaham lighting has been the premier light source specified by the museum industry for over a decade due to its unmatched ability to render the true and natural colors in art of all types and periods. The yaham light source starts with an unparalleled replication of the natural daylight and additionally removes UV and IR light. The painting's true beauty is displayed the way the artist intended with minimal damage. Additionally, yaham is continuously dimmable allowing the curator to adjust both the light level and color balance.

Beauty is in the eye of the beholder, and without proper lighting, true beauty is hidden like the fall colors of a leaf. yaham has been counted on for over a decade to illuminate the world's most prized collections and each fall we are reminded of the beauty yaham has brought back to the world and continues to preserve.


Rochester, New York, 14624. yaham provides an unparalleled replication of natural daylight. Use of yaham in many of the world's top museums including the van Gogh, Musee d'Orsay, MoMA, and Guggenheim Museum is testament to its unmatched color quality and safety. yaham also has eight times the life and twice the efficiency of standard incandescent sources, is dimmable, and is a fraction of the cost of LED sources.

its global production base for several products

Japan's Quantum Lighting Products Limited will team up with Future Lighting Solutions, a division of Future Electronics to develop an led floodlights retrofit for E26-base incandescent light bulbs.

In this cooperation, Future Lighting Solutions will provide engineering assistance, such as input on LED board layout, thermal management, consultation on board assembly on the production line, as well as inventory management services to ensure that Quantum receives LEDs from selected color, flux and forward voltage bins for consistent appearance and performance.

In addition, the retrofits utilize LUXEON Rebel LEDs, are being marketed through Japanese retail stores under the country's well-known Elpa brand, and are available in four cool and warm white models designed to replace 40W and 60W bulbs.

Each 4W or 5.5W retrofit bulb contains three or five LUXEON Rebel led high bay light, lasts up to 40,000 hours, and consumes 1/10 the energy of its incandescent counterpart.PT Panasonic Gobel Indonesia (PGI), cooperation by Japanese electronics manufacturer Panasonic Corporation and the Gobel corporate family, has discussed how to develop its industry in Indonesia.Panasonic had made Indonesia its global production base for several products, including batteries and LED lamps. New lithium coin battery factory in Indonesia is expected to start operation in November.

you can read more:http://wiondow.blogspot.com/2013/09/which-will-prove-disadvantage-due-to.html

It displays high definition video content

Mitsubishi Electric Corporation has completed installation of a 1,513-inch Diamond Vision large-scale display system, which instead of the previous CRT screens installed in 1996, and becomes the second largest display at a Japanese boat racecourse and the largest in the Kyushu area.

It displays high-definition video content, incorporates high-luminance LEDs aligned vertically and horizontally in a 15-millimeter dot pitch and the latest digital screen controllers.


The display system faces the main stand across the racing surface, and will flexibly display a variety of programs such as dynamic live race videos, contestant profiles, odds, order of arrival and other gaming information.

Kaneka will only produce OLEDs on glass using vapor deposition

With the development of this new chip, the　company will further develop a series of LED driver LSIs that support applications for displays with high picture quality across a wide range of sizes.

Kaneka is also showing some new OLED lamp prototypes (shown above and below). The "Light Object" above uses three separate lamps which you can arrange in various ways. Each lamp has its own battery (lasts for an hour) and the base is the charger. In the desk lamp (shown below) the base acts as a dimmer and an on/off switch - which you can simply control by touching.


Kaneka aims to achieve ¥20 billion in sales within five years and ¥100 billion   in sales within 10 years. The company also announced that they acquired the OLED lighting business of Tohuko Device. Kaneka will only produce OLEDs on glass using vapor deposition and does not have any plans to print OLEDs.