Advanced Materials and Methods for Luminaires 2013 DOE Solid-State Lighting Manufacturing R&D Workshop

Brad Koerner, Philips Lighting, 06-June-2013

4 BASELINE TRENDS

200 LUMENS PER WATT

LIGHTING EMBEDDED INTO MASS-CUSTOMIZED ARCHITECTURAL SYSTEMS

architecture as socket

LIGHT PROCESSED AS A MATERIAL

light becomes a material

deep-green sustainability

LOW EMBODIED-ENERGY CONTENT BIO MATERIALS DESIGN FOR REUSE

Next evolution of luminaire innovation?

ARCHITECTURE AS SOCKET

IMAGE: LEO VILLAREAL

ARCHITECTURE AS SOCKET: Example Project

LIGHTING BECOMES A MATERIAL

How do we create surfaces of light?

How do we integrate lighting into architectural ceiling and wall systems?

Cut it?

Bend it?

Mold it?

Stamp it?

Glue it?

Leah Buechley MIT Media Lab

Layered material systems?

DEEP GREEN SUSTAINABILITY

Zumtobel Rupert Kopp Product Design

Studio Aisslinger

Draexlmaier

DEEP GREEN SUSTAINABILITY

START OF LIFE END OF LIFE

200 lumens/watt !

bobcat doesn’t care!

Does “deep-green” sustainability lead to radical

cost reductions?

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Electrons to lumens?

Another L-Prize?

Most lumens per least mass?

Brad Koerner Director of Experience Design Philips Lighting

www.lucept.com brad.koerner@philips.com

THANK YOU!