Organische Leuchtdioden – Eine Lichtquelle der Zukunft€¦ · 3 . Volker van Elsbergen Research...

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Volker van Elsbergen Philips Research, Microsystems & Devices April 14, 2015 Organische Leuchtdioden – Eine Lichtquelle der Zukunft ZUKUNFT LICHT, Lippstadt

Transcript of Organische Leuchtdioden – Eine Lichtquelle der Zukunft€¦ · 3 . Volker van Elsbergen Research...

Volker van Elsbergen Research – MSD – OLED ZUKUNFT LICHT 2015 1

Volker van Elsbergen Philips Research, Microsystems & Devices April 14, 2015

Organische Leuchtdioden – Eine Lichtquelle der Zukunft ZUKUNFT LICHT, Lippstadt

Volker van Elsbergen Research – MSD – OLED ZUKUNFT LICHT 2015 2

Introduction to OLED technology

Today’s OLED lighting status

The future of OLED lighting

Conclusions

OLED Installation, Deutsche Bank, Berlin office

(www.lumiblade.com)

Outline

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Introduction to OLED technology

− Why OLEDs?

− The OLED attributes

− OLED technology in a nut shell

Today’s OLED lighting status

The future of OLED lighting

Conclusions

OLED Installation, Deutsche Bank, Berlin office

(www.lumiblade.com)

Outline

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OLEDs are flat light

OLEDs are flat and directly emit light over the complete surface. The effect is a large area of homogenous light.

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• Thin • Light weight • Bendable • Flexible • Freedom in 2D • All colors • High quality light • Diffuse light • Dimmable • Reflective

OLED attributes

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OLED principle

Glass substrate

ITO

Organic layers

Metal contact

V

Light

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OLED principle

Anode Organic Cathode

Wvac

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OLED principle

Anode HTL EML ETL Cathode

Wvac

x

x

Substrate

Matrix:Green Matrix:Red

HTL p-HIL ITO

ETL Matrix:Blue

Al n-EIL

0,0 0,1 0,2 0,3 0,4 0,5 0,6 0,7 0,80,0

0,1

0,2

0,3

0,4

0,5

0,6

0,7

0,8

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Commercial OLED device build-up

RGB, YB concepts

V, I 1,000 cd/m² 50 cd/A, 31 lm/W 10,000 hr L70

2xV, I 2,000 cd/m² 100 cd/A, 31 lm/W 10,000 hr L70

Stacking High brightness Long lifetime

- +

-

+

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movement substrate

evaporators

Side view

movement

Top view

substrate

Vacuum Thermal Evaporation (VTE)

• In-line tools with integrated cleaning line and encapsulation

• Substrate size: Gen2.5 = 40x50 cm² • Typical organic layer thickness: 10-100 nm • Organic layer stack: several 10 organic layers • Up to 4 organic materials within each layer

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Introduction to OLED technology

Today’s OLED lighting status

− Today’s OLED differentiators

− From decorative to functional

The future of OLED lighting

Conclusions

OLED Installation, Deutsche Bank, Berlin office

(www.lumiblade.com)

Outline

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High volume / cost sensitive / multiple segments – General lighting (illumination) – Decorative lighting (luminance) – Automotive lighting – Special lighting

Lifetime & reliability – Use life > 10,000 hr

• 70% initial brightness (L70) • C10 (time to 10% devices failed)

– Shelf life > 5 year

Efficacy – Depends on market segment – Minimal 30 lm/W

Color – CRI > 80 for illumination – All colors for luminance

Professional Lighting

Decorative

Automotive

Lighting market

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Tipping point triggers

Price Super thin form

Uniform, diffused

Diverse shapes

Lumen output Lifetime Energy

efficiency Flexibility See-through

€ $

¥

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The “Exclusive” phase

Price Super thin form

Uniform, diffused

Diverse shapes

Lumen output Lifetime Energy

efficiency Flexibility See-through

Too high Unique and superior to other technology Minimal Minimally better

than conventional Limited availability

Large custom lighting installations

- Showcase structure, luxury environment, exclusiveness appeal

- Impressive design enabled by OLED thin profile

Innovative lighting systems

- Lighting controls entertainment - Distinct decoration for high-end retail,

hospitality, and office space with high-tech, innovative look to enhance ambience

Driven by high-price, artistic installations

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Jason Bruges Studio Aston Martin: engulfing the One-77

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LivingSculpture 3D Module System

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LivingShapes Interactive Wall W Hotel in Taipei

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The “Early adopter” phase

Price Super thin form

Uniform, diffused

Diverse shapes

Lumen output Lifetime Energy

efficiency Flexibility See-through

High Unique and superior to other technology Good Acceptable Limited availability

Large custom lighting installations

Innovative lighting systems

Architectural luminaires – high-end

- Suspended luminaires, large chandeliers

- Unique, creative design unlike any other luminaire based on previous technology The market is

at this point today

Driven by high-end, differentiated look

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Birot pixelate

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The “Early adopter” phase Driven by high-end, differentiated look

Price Super thin form

Uniform, diffused

Diverse shapes

Lumen output Lifetime Energy

efficiency Flexibility See-through

High Unique and superior to other technology Good Challenged only by

LED Limited availability

Large custom lighting installations

Innovative lighting systems

Architectural luminaires – high-end

Functional luminaires – high-end

Signage – Emergency lighting

- Suspended luminaires, desk lamps, free floor standing,

- Exit signage in office, retail, hospitality, and residential

- Pleasant light quality, differentiated look

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Philips Thinair luminaire

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Philips OLED panel FL300 Brite

Parameter Value

Voltage (V) 20

Power consumption (W) 7.4

Luminous flux (lm) 300

Efficacy (lm/W) 40-50

L70 (hr) >10,000

Luminance (cd/m2) 8,300

CRI 80

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Audi Forum OLED luminaires

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Introduction to OLED technology

Today’s OLED lighting status

The future of OLED lighting

− Performance, size, shape, cost

− Flexibility

− Transparency

Conclusions OLED Installation,

Deutsche Bank, Berlin office (www.lumiblade.com)

Outline

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Current and future

Price Super thin form

Uniform, diffused

Diverse shapes

Lumen output Lifetime Energy

efficiency Flexibility See-through

High Unique and superior to other technology Good Acceptable Limited availability

€ $

¥

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Shape and form: 3D

OLEDs on flexible substrates OLEDs on curved substrates

PEN

glass

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Transparent OLED

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Transparent OLED Smart Forvision – Letting the sun thru the roof

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Conclusions

OLED lighting market is transitioning through a point of inflection and will grow rapidly

OLED panels are reaching the desired performance levels for functional lighting applications

OLED panels can be manufactured with high quality, high throughput, and good yield

Cost will determine eventual market size

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