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LED Market Revenue ↓ for First Time…2015, $14,300 Mn

LED is Gradually Giving Space to OLED Lighting Panel

    LED is Gradually Giving Space to OLED Lighting Panel

 Hyunjoo Kang / Reporter / jjoo@olednet.com

Last year, the global LED market recorded its first decrease. This is analyzed to be due to aftermath of price competition.  the spread of OLED is also one of the reason.

According to recent report of LEDinside, the global LED market recorded revenue of US$ 14.32 billion in 2015. This is a 3% fall compared to 2014, and this is the first time that this market recorded a fall.

This is judged to be due to intense price competition from the oversupply. In fact, 2015 LED’s ASP (average selling price) fell by over 40% compared to 2014 due to price competition.

Along with this, OLED lighting market growth is also becoming one of the factors in LED market depression.

OLED lighting panel is more expensive, and still has technical issues. However, it is light and flexible, and technical issues are gradually improving; OLED lighting market is continuously growing. Above all, that it can create a new market that did not exist in the existing lighting sector is receiving much attention.

IDTechEx forecasts that the OLED lighting panel market will reach US$ 1.8 billion in 2025.

 

 

[Light + Building 2016] OLEDWorks Presents Diverse Lineup to Open OLED Lighting Market

Hyunjoo Kang, Reporter, OLEDNET

<OLEDWorks’ Keuka Module, Light + Building 2016>

 

OLEDWorks, an OLED panel lighting production company, is carefully opening the future lighting market with diverse future product lineup.

 

At the Light + Building 2016 (March 13-18), OLEDNET could observe OLEDWorks’ 6 types of Brite FL300 series, Brite Amber, Keuka module and others. The products showed 10,000-50,000 hours of lifetime, average efficiency of approx. 50 lm/W, CRI of 80-90, and with diverse color temperatures.

 

The OLEDWorks representative at the exhibition told OLEDNET that the company is aiming for general lighting market and the OLED lighting market will be actively open after 2-3 years earliest. OLED lighting has advantages of thickness and design freedom, and they estimated finding the killer application that can utilize these OLED merits is the key for the OLED lighting’s success.

 

[Light + Building 2016] OSRAM to Release Automotive OLED Lighting within 2-3 Months

Hyunjoo Kang, Reporter, OLEDNET

<OSRAM’s O-ring, OLED Product Applied Automotive Rear Lamp>

 

During the Lighting + Building 2016 exhibition (March 13-18) held in Frankfurt, Germany, OSRAM revealed that OLED rear lamp equipped cars will be on the road within 2-3 months.

OSRAM exhibited O-ring, OLED product applied to automotive rear lamp at this exhibition, and OLEDNET could see the fruit of OSRAM’s steady automotive lighting product development.

 

<General OLED Lighting Concept Suggested by OSRAM>

The OSRAM representative at the exhibition explained that OSRAM will continue their focus on automotive lighting and develop products but at the right moment, will enter the general lighting market. The representative added that although only the basic concept of the general lighting is present for now, further development will be carried out in future.

Light+building 2016 LGD OLED Lighting

LG Display is showcasing its latest advanced OLED light products and solutions at Light+Building 2016

[Light+Building 2016]LG Display to Showcase Cutting-edge OLED Light Products and Solutions

Hyun Joo Kang, Editor, OLEDNET140730_LGD로고_영문

LG Display announced today that it is showcasing its latest advanced OLED light products and solutions at Light+Building 2016, one of the leading global trade fairs for lighting and building services technology, in Frankfurt, Germany, from March 13th to 18th.

Eleven OLED light panels are being exhibited along with four solutions using the panels. LG Display is highlighting the key advantages of OLED light, including the design flexibility that makes it suitable for different applications and venues, as well as its supreme light quality which is closest to natural light, thereby making people feel comfortable and reducing eye fatigue.

The company is exhibiting four solutions using OLED light panels:

Flexible Solution Section

The flexible OLEDs can be used to create unique and creative decorative lighting fixtures. The creativity in design increases along with the length of the panels. The flexible OLED light panels are light-weight and unshatterable. There are applications using 200x50mm flexible panels and 406x50mm flexible panels. The main highlight in this section is an application using many 320x320mm flexible panels.

Transparent Connection Solution Section

The LG Display OLED light panel generates a floating light effect by attaching the panel to glass and providing power through metal mesh transparent conductive film. It can be applied to display cabinets, shelves, and furniture. Especially when it is applied to shelves at stores, the lack of heat preserves product quality while the lack of shadow makes them more visually appealing to customers. The simplicity of OLEDs opens up the possibilities of various designs and applications.

Mirror Solution Section

By embedding the OLEDs into mirrors, LG Display has created a solution that can have a variety of uses. It can be used as a mirror in upscale hospitality settings or as a unique display box in high-end retail stores. When other light sources are used in a mirror solution, they tend to make the mirror too thick whereas OLED keeps the mirror thin and also minimizes glare.

Module Solution Section

OLED light panels allow for easy installation in diverse settings. LG Display is introducing super-slim OLED light modules at the fair with a simple aluminum housing that connects multiple panels into each module, generating unique and sleek designs. The company is showcasing the module solutions in order to demonstrate how well OLED light can be applied to interior design and architecture. It is committed to develop other solutions in order to encourage more and more people to easily use OLED lights.

[LED/OLED EXPO 2015] Low Cost OLED Lighting Panel Production, QD Film Provides the Solution?

One of the reasons that OLED lighting is not becoming commercialized, despite its diverse advantages compared to other lightings, is its high price. The most fundamental way to reduce OLED lighting panel cost is investment in OLED lighting panel mass production line. Price reduction for components and materials is also an important factor.

 

The OLED lighting panel that is currently being mass produced has red/green/blue or yellow/blue stack structure. Also the use of tandem structure of more than 2 stacks to increase efficiency makes the process complex, lowers the yield, and increases the amount of materials used, and is becoming a key factor in increasing the production cost.

 

At LED/OLED Expo 2015, Cheorwon Plasma Research Institute (CPRI) displayed technology that produces white by applying light extracting film that contains red and green quantum dot (QD) material on blue OLED. CPRI forecasts that this technology of QD film applied blue OLED will be the solution for lowering OLED lighting panel production cost.

 

CPRI’s senior researcher Yong Hwan Yoo explained, “When QD light extracting film is applied to blue OLED, the evaporation processes are reduced compared to existing RGB or YB tandem structure OLED lighting. This could lead to production cost reduction as the yield increases and material cost decreases. If the QD purity improves, as well as blue material’s lifetime and efficiency, it is anticipated that the efficacy will match that of RGB or YB tandem OLED lighting panel.”

 

CPRI exhibited LED caps to be used for mascots at the opening/closing ceremonies of PyeongChang 2018 Winter Olympics, ultimately aiming for manufacturing them using OLED lighting panel instead of LED.

 

 

[LED/OLED EXPO 2015] O’CLESS Propels OLED Lighting Commercialization

At LED/OLED EXPO 2015 (23 – 26 June), HaeChan Design revealed that through OLED lighting specializing brand O’CLESS they are expanding into international market as well as within the domestic market in Korea.

 

HaeChan Design was established in July, 2013, and launched OLED lighting brand O’CLESS. O’CLESS is producing using the combination of LG Chem.’s OLED lighting panel, and their own designs and ideas.

 

In this exhibition, O’CLESS presented diverse lighting such as night light, portable light, stand light, mirror light, and rail connection down light. Particularly, smart system that can control down light using smartphone drew much attention from the visitors.

 

Seungchul Oh, the President of HaeChan Design, reported that they “began exporting to Japan and China following the domestic release in Korea”, and they are planning to “expand the market as a global OLED lighting specializing business once the new business establishment in Innovation City Chungbuk is completed”. Regarding the price issue, which is OLED lighting market’s biggest obstacle, Oh viewed future of OLED lighting market in a positive light: “P company’s night light is being sold for 200,000-300,000 KRW (200-300 USD) but even with application of OLED and Retinispora wood, O’CLESS’ product has competitive edge with approx. 100,000 KRW (100 USD). Although panel’s price is essential as design and practicality are more important in the lighting industry, application creation appropriate for the high cost of OLED is more important. OLED panel price has already fell considerably and will continue to do so and therefore can compete against LED or other lightings in terms of price.”

 

In February this year, HaeChan Design installed approximately 1,000 OLED desk lamps with LG Chem.’s OLED lighting panels in Seoul National University’s library. They also set up booths in 2014 LED/OLED Application & Technology Show and 2015 Kyunghyang Housing Fair, focusing on O’CLESS marketing.

 

O'CLESS Booth, LED/OLED EXPO 2015

O’CLESS Booth, LED/OLED EXPO 2015

100x100mm OLED Lighting Panel Production Cost, US$ 2.5 Also Possible

As environmental issues are becoming a global concern, countries around the world are introducing environmental policies. Lighting occupies approximately 1,900,000,000 tonnes of global annual carbon dioxide emissions, and is becoming a big environmental regulation issue. Also as it takes up 25% of global power consumption it is an important area for energy reduction. Restriction regarding incandescent light, which used to be the main lighting, started and with active regulation on fluorescent light expected to begin, next generation lighting market is forecast to grow considerably.

At present, LED is in spotlight as the next generation lighting, rapidly expanding the market with its high efficiency and lifetime, replacing incandescent and fluorescent light. OLED does not contain harmful materials or light, and as lighting with high energy efficiency, it is receiving much attention as the most suitable next generation light for environmental and energy reducing policies. However, due to the steep price compared to LED, the market is growing more slowly than estimated.

According to UBI Research’s OLED Lighting Annual Report, published today (14th May), if 100mmx100mm is mass produced using equipment size of 1270mmx1270mm, OLED lighting panel production cost is analyzed to fall to US$ 5 or lower from 3rd year of mass production, and US$ 2.5 from 10th year (when 1 min tack time/single stack). This price is higher than US$ 1 – 3 of incandescent and fluorescent lights but much lower than approximately US$ 10 of LED lamp for interior lighting (60~70lm/W). Additionally, OLED lighting panel is currently being mass produced with superior efficiency and lifetime compared to incandescent and fluorescent lighting, and being developed with efficiency equal to LED. Considering these factors, if active mass production investments by OLED lighting panel companies take place, the market share within the lighting sector is estimated to rapidly increase.

OLED Lighting Annual Report forecast that in the early stages of mass production OLED lighting will form market focusing on areas where OLED lighting’s merits can be utilized in areas such as automotive, medical use, cosmetics, and exhibitions and not through main lighting. However, once mass production competitiveness is achieved, it is expected to quickly expand in main lighting market. Additionally, lighting market with high added value could be created through differentiation using flexible and transparent, and forecast the market to grow to show US$ 2,800,000,000 by 2020, and occupy approximately 10% of the total lighting market.graph

LG Chem. announces new OLED lighting product milestones

LG Chem announced today that it achieved two important milestones in the development of OLED lighting products with the start of manufacturing of the 320 x 320 mm OLED light panel, the world’s largest available in the market, and the completion of the research and development phase for a new plastic-based OLED light panel.

The 320x320mm OLED light panel is 0.88mm thick panel and has an efficiency of 60lm/W, CRI over 90, and has output levels of 800lm with a nominal input (8.5V 1,600mA). The panel’s output can reach 1,200lm which is similar to a common 60-75 Watt incandescent lamp. This is significant because it marks first time that OLEDs can be considered as an energy-efficient / human-friendly light source available for general purpose use.

With LG Chem having begun mass producing the 320x320mm panels in January, the panels can be ordered at $680USD per panel, with a lower negotiated price for bulk orders.

150128_LG 화학, 새로운 OLED 조명 제품 목표 발표1

 

LG Chem has also completed development of a truly flexible plastic-based OLED light panel and engineering samples are now available. LG Chem’s current bendable OLED panels (F6BA40, F6BA30) are thin-glass based that provides a limited bending radius of 75mm. The new flexible OLED panel has vastly increased the bending radius flexibility to 30mm because of the adoption of a plastic substrate for the panel, which also eliminates the danger of the panel shattering when excessive force is applied.

The main challenge of converting from a glass substrate to plastic was to maintain the performance levels of efficiency, luminance, and CRI. LG Chem has overcome this challenge by adopting its expertise in barrier and encapsulation technology.

The specifications of the LG Chem’s new plastic-based OLED light panel are 60lm/W efficiency, 75lm brightness, 3,000K in color temperature, and CRI over 85. Engineering samples are available at $250USD per panel. The mass production of the flexible panel is scheduled to begin in July 2015. The price will be adjusted accordingly once mass production starts.

150128_LG 화학, 새로운 OLED 조명 제품 목표 발표2150128_LG 화학, 새로운 OLED 조명 제품 목표 발표3

Medical Lighting, will it make a breakthrough for the OLED lighting market?

The sizable growth for OLED lighting is expected in the medical lighting market.

At Lighting Japan 2015, Synqroa Corp. introduced Lucuria, the OLED lamp used for dental practice equipment, under the presentation title “Dental-free shadow lamps development and marketing by OLED lighting source”.

The presenter Mitsuhiro Koyama, Vice President Synqroa Corp., said that “OLED lighting is more appropriate than LED or halogen lamp for the medical purposes thanks to its properties including shadow-less, good color rendering and color temperature, and no blue risk. He also speculated “The competent lighting in the medical lighting industry is more about providing the optimal environment for doctors and patients than the price competitiveness.”

Synqroa estimated that the potential for the OLED lighting panel is about six million units with expected annual demand of about 350 thousand units for maintenance assuming that each hospital will use three units (five OLED panels per unit) in about 400 thousand dentists in the world as of 2013. In addition, they also analyzed the OLED lighting panel will take about 12 million units (25% of entire demand) among the demands for the lighting panels applied in operating rooms, patient’s rooms, NICU, etc.

Likewise, the expansion of OLED lighting market is expected to gain momentum if the OLED lighting panel is employed more actively in the medical lighting market equipped with merits of improving health care environments and protecting doctors’ and patients’ eyes.

150120_의료용 조명, OLED lighting 시장의 돌파구 되나1

 

<Comparison of properties for each lighting, Source: Synqroa>

Description: Compared to the LED lighting, the OLED lighting barely emits the ultraviolet rays or blue lights which are harmful to the eyes but enables visibility closest to the natural sunlight free of shadow.

150120_의료용 조명, OLED lighting 시장의 돌파구 되나2

<Synqroa’s OLED lamp for Dental Equipment, Source: Synqroa>