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leduca'on.org Reconstructing the Business of Light: A Sweeping Response to LEDs Deborah Gottesman P.ENG., MBA, LC, Assoc.IALD 416 520 4480 [email protected] www.gottesman.ca Designers Light Forum Tuesday March 28 2017 leduca'on.org Credit(s) earned on completion of this course will be reported to AIA CES for AIA members. Certificates of Completion for both AIA members and non-AIA members are available upon request. This course is registered with AIA CES for continuing professional education. As such, it does not include content that may be deemed or construed to be an approval or endorsement by the AIA of any material of construction or any method or manner of handling, using, distributing, or dealing in any material or product. ________________________________ Questions related to specific materials, methods, and services will be addressed at the conclusion of this presentation. leduca'on.org Learning Objectives 1. To grasp the challenges of working with progressive LED technology. 2. To be inspired to turn the challenges into opportunities to raise the bar of design. 3. To appreciate the value and benefits of leveraging available technology. 4. To understand the changing paradigm of the lighting business, from manufacturing through design to installation, to improve design and construction processes. At the end of the this course, participants will be able: : leduca'on.org Legacy Technology leduca'on.org CRI 50-69 Poor 70-80 Better 80-100 Best Legacy Technology Color Fidelity leduca'on.org Legacy Technology 36W Long CFL Color Fidelity

Reconstructing the Business of Light by Deborah Gottesman

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Reconstructing the Business of Light: A Sweeping Response to LEDs

Deborah GottesmanP.ENG., MBA, LC, Assoc.IALD

416 520 [email protected]

Designers Light Forum Tuesday March 28 2017

leduca'on.org-

Credit(s) earned on completion of this course will be reported to AIA CES for AIA members. Certificates of Completion for both AIA members and non-AIA members are available upon request.

This course is registered with AIA CES for continuing professional education. As such, it does not include content that may be deemed or construed to be an

approval or endorsement by the AIA of any material of construction or any method or manner of handling, using, distributing, or dealing in any material or product. ________________________________ Questions related to specific materials, methods, and services will be addressed at the conclusion of this presentation.

leduca'on.org-

Learning Objectives

1. To grasp the challenges of working with progressive LED technology.

2. To be inspired to turn the challenges into opportunities to raise the bar of design.

3. To appreciate the value and benefits of leveraging available technology.

4. To understand the changing paradigm of the lighting business, from manufacturing through design to installation, to improve design and construction processes.

At the end of the this course, participants will be able: :

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Legacy Technology

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CRI50-69Poor

70-80Better

80-100Best

Legacy Technology

Color Fidelity

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Legacy Technology

36W Long CFL

Color Fidelity

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Legacy Technology

Correlated Color Temperature 4100K

Luminous Efficacy 81 lm/W

Color Rendering Index 82

Color Fidelity

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Useful Life / Group Relamp

Life

Legacy Technology

Life To 50% Failures (Nom)

Life To 50% FailuresPreheat (Nom)

15000h

20000h

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Legacy Technology

Options

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Legacy Technology

Photography: Cody Storm Cooper

Options Modification & Custom

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Controls

Legacy Technology

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! Hierarchy! Materials & Finishes! Shadows & Contrast! Sparkle & glare! Special Effects

! Flexibility! Standards, Guidelines, Regulations, Codes

! Task! Occupants! Light Levels! Budget

Legacy Technology

LIGHTING CONCEPT

Design Process

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! Hierarchy! Materials & Finishes! Shadows & Contrast! Sparkle & glare! Special Effects

! Flexibility! Standards, Guidelines, Regulations, Codes

! Task! Occupants! Light Levels! Budget

Legacy Technology

LIGHTING CONCEPT

CONSTRUCTION DWGS (DD/WD)

!  Technology!  Quantity

Design Process

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! Hierarchy! Materials & Finishes! Shadows & Contrast! Sparkle & glare! Special Effects

! Flexibility! Standards, Guidelines, Regulations, Codes

! Task! Occupants! Light Levels! Budget

Legacy Technology

LIGHTING CONCEPT

CONTRACT ADMIN

CONSTRUCTION DWGS (DD/WD)

!  Compliance!  Aiming & Setup

Design Process

!  Technology!  Quantity

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Legacy Technology

LIGHTING CONCEPT

CONTRACT ADMIN

CONSTRUCTION DWGS (DD/WD)

Design Process

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Legacy Technology

Electrical Mechanical Structural

Building Env Landscape Arch LEED/Code Cons

Lighting Consultant

Electrical Contractor

Electrical Distributor

Client / Owner

General Contractor

Manuf. Agent

Manuf.

Design Team Construction Team

Stakeholders

The Public

Architect Int. Des.

“The Project”

Contract Administration

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Legacy Technology

Electrical Contractor

Electrical Distributor $ $

Manuf.

Electrical Distributor $ $

Electrical Distributor $ $

Manuf. Agent

Manuf.

Manuf. Agent

Manuf.

Manuf. Agent

Manuf. Electrical

Distributor $ $

Manuf.

Tender Period

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-Deepak Chopra

“Every great change is preceded by chaos.”

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LED Technology

Colour

hue

colorless

metameric

ablaze

bleached

fresh

warm

bold

medium

dark

metamerism

neutral

cold

psychedelic

festive

glowing

harsh

iridescent

value

light

brash

tertiary

secondary

vibrant

colorful

vivid

washed-out

faded

bright

fluorescent

watery

deep

loud

cool

monochrome

showy

muted

flamboyant

neutral

pastel

high key

restrained

pure

dappled

tint

rich

sepia

soft

tinged

tone

chroma

saturated

achromatic

shade

spectrum

overtone

prismatic

keyed

transparent

grayscale

earth tone

analogous

contrast

gamut

complementary

cool

discordance

triadic

polychromatic

afterimage leduca'on.org-

LED Technology

Fidelity Index 0< Rf <100

Higher may be better, but not necessarily.

Colour

Source: https://www.energy.gov/sites/prod/files/2016/04/f30/tm-30_fact-sheet.pdf

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LED Technology

Gamut Index Average Level of Saturation

Rg ~60 – 140, with Rf > 60

Colour

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LED Technology

Vector Graphics Colour

Source: https://www.energy.gov/eere/ssl/downloads/evaluating-color-rendition-using-ies-tm-30-15

desaturated original enhanced

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LED Technology

Colour

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LED Technology

Vector Graphics Colour

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LED Technology

Warm Dim & Tunable White Colour

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LED Technology

Options

Legacy Technology Troffers

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LED Technology

Options

Today’s ”troffer”?

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LED Technology

Options

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LED Technology

Options

Image courtesy of Quadrangle Architects Ltd. leduca'on.org-

LED Technology

Options

Image courtesy of Quadrangle Architects Ltd.

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LED Technology

Options

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A B

C D

Case Study: Residential Corridors

LED Technology

Options

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A B

C D

Darker walls

Less punch on floor to demarcate elevators

Washes wall to ceiling

Less punch on floor to demarcate elevators

Washes wall to ceiling

Case Study: Residential Corridors

LED Technology

Options

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Case Study John St. Roundhouse (Public)

LED Technology

Options

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LED Technology

Case Study: HQ Ontario Assn of Architects

Lounge Conf. Mtg.

Options

Image courtesy of David Fujiwara Architect

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LED Technology

Case Study: HQ Ontario Assn of ArchitectsOptions

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LED Technology

Case Study: HQ Ontario Assn of ArchitectsOptions

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LED Technology

Case Study: HQ Ontario Assn of ArchitectsOptions

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LED Technology

180 lux 350 lux 270 lux Floor work plane work plane

Case Study: HQ Ontario Assn of ArchitectsOptions

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LED Technology

Case Study: Swipe DesignOptions

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LED Technology

Options

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LED Technology

HALOGEN for reference Options

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LED Technology

LED Options

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LED Technology

LED Warm Dim Options

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LED Technology

Interior Designer’s Rendering Existing

Options Case Study: Residential Corridors

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LED Technology

Interior Designer’s Rendering Existing

Options Case Study: Residential Corridors

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LED Technology

Options Case Study: Residential Corridors

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LED Technology

Interior Designer’s Rendering Preliminary Lighting Rendering

Options Case Study: Residential Corridors

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LED Technology

Options Case Study: Residential Corridors

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LED Technology

Options Case Study: Residential Corridors

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LED Technology

Options Case Study: Residential Corridors

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LED Technology

Options Case Study: Residential Corridors

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LED Technology

Case Study: Residential Corridors

60fc @ 2.5’AFF ~ 28fc @ floor

Options

Interior Designer’s Rendering Off-site mockup leduca'on.org-

LED Technology

Case Study: Residential Corridors

uniformity 1 : 1.5 Up to 6’ AFF

Dims from 10 - 340 lux on floor 80 lux preferred (50 lux V)

Options

Interior Designer’s Rendering Off-site mockup

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LED Technology

60fc @ 2.5’AFF ~ 28fc @ floor

Life Definition: L70 of 50,000 hours

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LED Technology

60fc @ 2.5’AFF ~ 28fc @ floor

What is LED’s USEFUL LIFE? Life

How long can it provide adequate light?

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LED Technology

Codes

ASHRAE, NECCB… Daylighted area

SOURCE: ASHRAE90.1-2010 Figure 3.1 Computing the daylight area under skylights.

Controls

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LED Technology

Controls

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LED Technology

80 Pages

Regular updates

Controls

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“Twice before over the past 50 years, information technology radically reshaped competition and strategy; we now stand at the brink of a third transformation.”

November 2011

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LED Technology

• Est. 20B devices today

• 96% of Business will be using IoT by 2020

• Great potential for Lighting devices

IoT: The Internet of Things Controls

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LED Technology

https://www.digitallumens.com/products/lightrules/

IoT: The Internet of Things Controls

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LED Technology

IoT: The Internet of Things Controls

https://www.digitallumens.com/products/lightrules/ leduca'on.org-

LED Technology

Image courtesy of Hammerschlag + Joffe

IoT: The Internet of Things Controls

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LED Technology

http://yorkdale.com/centre-info/parking/#parking_map

IoT: The Internet of Things Controls

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LED Technology

Case Study: Residential Corridors

Interior Designer’s Rendering Off-site mockup

Controls

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LED Technology

Case Study: Residential CorridorsControls

L85 is 50,000 hrs L projected 100,000 hrs leduca'on.org-

LED Technology

Case Study: Residential CorridorsControls

20%

Leverage Useful Life

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LED Technology

Case Study: Residential Corridors

20%

30%

?

Leverage Useful Life

Controls

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LED Technology

Case Study: Residential CorridorsControls

Standard Output (½ watts)

Tuned to 11 fc init, 8fc EOL

With controls

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LED Technology

Case Study: Residential CorridorsControls

(½ watts)

NPV > $600,000IRR ~ 37%

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LED Technology

Case Study: Yonge Sheppard Centre (Retail)

Interiors & rendering: GH+A

Architect: Quadrangle Architects Ltd.

Process

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LED Technology

Case Study: Yonge Sheppard Centre (Retail)Process

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LED Technology

Case Study: Yonge Sheppard Centre (Retail)Process

2 x 26W

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LED Technology

2 x 26W

Module A

Module A Module A

Module A

Module A

(Module B)

(Module B)

SHOP DRAWING

Shop Drawings Process

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LED Technology

Shop Drawings Process

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LED Technology

Architect: Quadrangle Architects Ltd.

Process Case Study: Yonge Sheppard Centre (Retail)

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LED Technology

SHO

P D

RAW

ING

SHOP DRAWING

Shop Drawings Process

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LED Technology

Shop Drawings Process

SHOP DRAWING

leduca'on.org-

! Hierarchy! Materials & Finishes! Shadows & Contrast! Sparkle & glare! Special Effects

! Flexibility! Standards, Guidelines, Regulations, Codes

! Task! Occupants! Light Levels! Budget

LIGHTING CONCEPT

CONTRACT ADMIN

CONSTRUCTION DWGS (DD/WD)

!  Compliance!  Aiming & Setup

!  Technology!  Quantity

LED Technology

ARCH. CONCEPT

! Daylighting! Budget

Design Process

MOCK UP & SAMPLES

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LED Technology

Project Timeline

LIGHTING CONCEPT

CONTRACT ADMINCONSTRUCTION DWGSARCH. CONC.

Traditional Design Process

Preferred Design Process

Effo

rt &

Effe

ct

Integrated Design Process Concept by Patrick MacLeamy HOK

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Legacy Technology

LIGHTING CONCEPT

CONTRACT ADMIN

CONSTRUCTION DWGS (DD/WD)

Design Process

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LIGHTING CONCEPT

CONTRACT ADMIN

CONSTRUCTION DWGS (DD/WD)

LED Technology

ARCH. CONCEPT

Design Process

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Electrical Mechanical Structural

Building Env Landscape Arch LEED/Code Cons

Lighting Consultant

Electrical Contractor

Electrical Distributor

Client / Owner

General Contractor

Manuf. Agent

Manuf.

Design Team Construction Team

LED Technology Stakeholders

The Public

Architect Int. Des.

“The Project”

leduca'on.org-

Architect Int. Des.

Electrical Mechanical Structural

Building Env Landscape Arch LEED/Code Cons

Lighting Consultant

Electrical Contractor

Electrical Distributor

Client / Owner

General Contractor

Manuf. Agent

Manuf.

Design Team Construction Team

LED Technology Stakeholders

The Public “The Project”

leduca'on.org-

Electrical Contractor

Manuf.

Electrical Distributor $ $

Electrical Distributor

Manuf. Agent

Manuf.

Manuf. Agent

Manuf.

Electrical Distributor

Manuf.

LED Technology

$ $ Electrical Distributor

Manuf. Agent

Manuf.

$ $

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“What about competition?”

-clients

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Case Study John St. Roundhouse (Public)

LED Technology

Options

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LED Technology

Case Study: Yonge Sheppard Centre (Retail)Process

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https://www.youtube.com/watch?v=XSR0Xady02o

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This concludes The American Institute of Architects Continuing Education Systems Course

Image Credits: Colour – Gamut Index, Vector Graphics: Xicato

LED Options-The new troffer? Pinnacle Architectural Lighting

LED Options Axis Lighting

LED Options-OAA HQ case study Beta Calco

leduca'on.org-

Reconstructing the Business of Light: A Sweeping Response to LEDs

Deborah GottesmanP.ENG., MBA, LC, Assoc.IALD

416 520 [email protected]

Designers Light Forum Tuesday March 28 2017

Questions?

Reconstructing the Business of Light: A Sweeping Response to LEDs

LEDs have changed the paradigm of the lighting industry. We must reconstruct our approach to suit.

Colour metrics are more accurate and complex.

There is a wide range of suppliers so we must work harder to obtain colour consistency across a project.

We can now even prescribe what colour we want our white to be.

Instead of lamp life, consider useful life. Leveraging controls can reduce replacement costs.

LED luminaires have allowed for unprecedented freedom in design.

The performance of LED luminaires depends on many things, such as: light engine, driver, and optics.

There is a wide variety of configurations to achieve luminaire performance.

Modifications and custom are less difficult and more affordable.

Mock ups and reviewing samples are strongly recommended.

The process to specify and design with LED luminaires has added steps.

LED drivers are inherently dimmable.

Wireless controls are reliable and inexpensive.

It is critical to coordinate the lighting controls luminaire by luminaire.

Integrating technology can provide many experiential advantages, but adds layers of design and coordination.

Aesthetically similar luminaires can have very different performance. It is often difficult to find equals.

Competition is still possible with a single name specification.

Lighting design is now part of creating the experience!