Innovations in LED Lighting and Sensor Technology gy

Rodney Casteel RCDD, NTS, OSPCommScope – Technical Manager

Chair TIA Fiber Optics Tech Consortium

Copyrighted Materials

This presentation is protected by US and International i h l R d i di ib i di l d fcopyright laws. Reproduction, distribution, display, and use of

the presentation without written permission of the speaker is prohibited.

© Redwood Systems 2013

Learning Objectivesg j1. Understand current status of LEDs and their benefits2 Learn how low voltage lighting controls work in conjunction2. Learn how low voltage lighting controls work in conjunction

with LEDs3. Quantify energy savings opportunities with low voltage

lighting4. Identify additional value that low voltage lighting systems

bring to the enterprise with building intelligencebring to the enterprise with building intelligence

Overview

• Traditional vs. New Controls Technology

• A Look at LEDs and Controls Market Status

A i t d ti t L V lt Li hti• An introduction to Low Voltage Lighting

• What can you do with a sensor network

• DC Powered Lighting and Its Potential for Smart Controls and Building Intelligence

• Key Forces Driving Demand for this New Approach

Challenges with Commercial Lighting

Commercial Lighting Accounts for 35% or more of Accounts for 35% or more of

all electricity usage; with heating and cooling 50% is wasted ($25 Billion/yr.)

Existing solutions are either Too rudimentary Too expensive, complex

Li it d b AC li lt Limited by AC line voltage infrastructure

Productivity impacted by “one size fits all” lightingg g

Isn’t there a better way?

Source: 2005 Building Energy Data Book

Traditional Lighting and Controls Wiring

• Require significant design and installation time

• Zone control• Measurement difficult• Minimal intelligence• Not easily expanded• Not easily expanded,

upgraded or re-provisioned

Lighting Reinvented: A Single Platform

One system for power, control and measurement

Category CableAdapter

measurement Low cost

installation and set upset up

High-density sensor network collects data and

Engine

provides fine grain control

Easy to re-Scene Control

provision Most efficient

lighting platform h

Wall Switch

anywhere

Traditional vs. New Lighting Controls Technology

Low Voltage, Networked LightingTraditional Lighting Controls

OLD Technology NEW Technology

The Rise of LEDs

• Very long life (50,000 hrs)y g ( , )

• Lower maintenance costs

S ll h t f t i t• Small heat footprint

• Cost dropping dramatically

• Super efficient – digital light source that is uniquely dimmable and controllabledimmable and controllable

**Source: Philips Lighting

LEDs Surpass Fluorescents in Efficacy

I d t Lighting Efficiencies

Mercury Vapor

Halogen

Incandescent Lighting Efficiencies

Fluorescent

Compact Fluorescent

High Pressure

Metal Halide

0 25 50 75 100 125 150 175 200

Low Pressure Sodium

LED

0 25 50 75 100 125 150 175 200

Lumens Per Watt

LEDs Dim More Effectively than Fluorescents

LED Light Quality Closer to Natural Sunlight

• Full Spectrum - Closer to natural sunlight• High Color Rendering Index (CRI) >85 @ 4000K

Source: Lunera Lighting

LEDs Enable New Approach to Power and Control

Fluorescent LED

• Low voltage device• High voltage device Low voltage device

• Low voltage infrastructure

• Remote power conversion

g o tage de ce

• High voltage infrastructure

• Requires local ballast

• Full duplex communications

• Fine-grain sensing

• Unreliable and insecure communications

• Zone level sensing• Zone-level sensing

A Single Cost-Effective Platform to Power, Control and Measure Lighting

Redwood Systems – Solution Overview

New One-Channel Adapter

New Engine

Lighting Engine Overview

Data

Processes two-way

Power

48 combined power and communication

Ethernet for connectivity

Configurations stored in

data channels

Programmable channels: • ~34W

18 53 VDC

Mechanical

1.5U Rack Height

non-volatile memory

Compliance

US, Canada, EU,

• 18 - 53 VDC• 199 - 700mA

2200W AC in; >81% effic.

Universal voltage range 2.5”H x 17.4”W x 21.9”D

23lb / 10.5kg

Operating temp: 0 50°C

Singapore, Hong Kong, Australia

Class II equivalent

UL 60950

Universal voltage range, 108VAC – 305VAC

Power Factor: 0.95

C t t t Operating temp: 0 - 50 C

LED status indicators for every channel

IDF / i i l t

UL 60950

Title 24-2008

RoHS

Constant current

Drive up to 300ft cables

Smooth dim from 5 -100% IDF / wiring closet

installation (NOT plenum) Power Dissipation: 420W (1433 BTU/hr)

Integrated One-Channel Sensor

Sensor Platform

Passive Infrared sensor

Mechanical

“Almost invisible”: ~1.5”Passive Infrared sensor for occupancy

Light level sensor for daylighting, calibration

Almost invisible : 1.5 diameter flat disc

No Tools Required

1 25” Diameter x 3” Tall Current-voltage sensors

Ambient temperature

LED temperature (for

1.25 Diameter x 3 Tall

Compliance

US, Canada, EU, Singapore, Hong Kong, LED temperature (for

some luminaires)

Electrical

Supports one channel

Singapore, Hong Kong, Australia

Class II equivalent

UL 60950Integrated Supports one channel

@ 34W / 700mA

LED Indicator light

L ti

Title 24-2008

RoHS

Integrated

Combined Gateway and Sensor in one unit

Compatible with both 2G Low power consumption

(~100mW)

Compatible with both 2G and 3G Engines

Integrated One-Channel Sensor

RJ45 Connector to Engine

RJ45 Connector to Redwood Compatible Luminaries

Adapter Features: 1 34W Power to Fixture1. 34W Power to Fixture2. Engine Communications 3. PIR Motion4. Ambient Temperature5. Light level / Brightness

Opportunities for Smart Controls & Building Performance

MINIMIZED OPTIMIZED ENHANCEDOPERATIONAL

COSTS

Energy Efficiency

FACILITYRESOURCES

Space

PEOPLEPRODUCTIVITY

ComfortEnergy Efficiency

Maintenance

Other Building

SpaceUtilization

Traffic patterns

Comfort

Control

Ability to dogServices Re-Provisioning

yBest Work

dCase Studies

Fortune Global 500 Using Low Voltage Lighting

90.0

Customer Energy Savings • ~75% energy savings overall

70.0

80.0Before LV lighting

savings overall

• Most energy saved during peak

40 0

50.0

60.0

kWH

With LV lighting

saved during peak building usage

• More aggressive

20.0

30.0

40.0o e agg ess e

timeout policies, follow me lighting, 85% light levels

0.0

10.0

Fri Sat Sun Mon Tue Wed Thu Fri Sat Sun Mon Tue Wed

Energy Savings – Occupancy Based

Insight: shorter after-hour timeoutstimeouts

HVAC Based on Occupancy

• Moved HVAC from schedule /set point policy to occupancy based

• Enabled Fortune Global 500 company to turn off AC for 25% of time facility is normally conditioned

Energy Savings Case Study

Office and Data Center Case Studies

75% Savings 91% Savings

Fortune Global 500

75% Savings 91% Savings

R d ti i k

LEDs w/o controlsLEDs w/o controls

Reduction in peak power

Energy Savings - Daylight Harvesting

What can lighting do in a data center h i l lwhen you put it on a low voltage

network?

Reduce lighting and HVAC load with fine-grain LED control; improve PUE up to 25%; contribute LEED points

1

Know precise location where and h l i th hwhen people are moving through

the data center

!HHH

LLL

!!

One system monitors potential disruptions based on temperature, i fl h idi i lair flow, humidity, particulates

Integration with access controlIntegration with access control unlocks relevant server cabinets and turns on overhead lights

Flash lights over open doors to prevent temperature change and security breach

Setup manage and control lighting fromSetup, manage and control lighting from anywhere via network

The Power of Low-Voltage Lighting

ANSI/TIA-942 and Energy Efficient Low Voltage Lighting in Data Centersg g

TIA is leading the charge in developing cabling standards to improve

ffi i i d tenergy efficiency in data centers and adopted content that includescontent that includes energy efficient lighting in its next revision to this Standard (942-A).

Using Building Intelligence

• Sensors located at every fixture

• Information aggregated at Redwood Engine

O API f i t ti i t t li ti• Open API for integration into custom applications

Conference Room Optimization

• Integrate real-time occupancy information with your calendar system to reduce employee frustrationsystem to reduce employee frustration

• Integrated into common calendar systems employees already know

Low Voltage Applications

Data Centers Retail

• Dimming with 65,000 smooth increments of light levels

• Create dynamic and catered light spaces with f ll h d l d li ht f ll t l

• Reducing non-server energy usage

• Protect uptime from environmental threats

• Match light levels to exact full schedule and per light full range control

• Use full and comprehensive sensor knowledge to optimize space utilization, where and how long people are staying and

Match light levels to exact space/time/technician needs

• Full remote Internet management to the fixture level with networking/web g p p y g

moving through spacesstandards support

Low Voltage Applications

Commercial Buildings &

Schools & ClassroomsBuildings &

OfficesClassrooms

• Build and design rich learning environments with highly customized lighting policies

• Flexible Scheduling - On/off time by fixture, room, floor, building, time of day, automatic DST adjustment

• Reduces energy and maintenance operating expenses

• Accelerates LEED projects & meets all

• Advanced Occupancy Sensing – many sensors enables follow-me lighting policies, partial room dimming, advanced daylight harvesting and

Title 24 standard requirements

• Life safety support via sensor grid that measures “presence” during

advanced daylight harvesting, and conference room utilization, security alerts

• Demand response – save money andemergency

Demand response save money and energy with priority based lighting policies

Key Challenges Facing Facility Professionals

Source: Today’s Facility Manager 12/11y y g

How Efficiently is Space Utilized?

• Real estate is the #2 cost, second only to payroll

• Some experts are concluding that “50% of all workspace currently goes unused”

P idi k t b t $8 000 $14 000• Providing a workspace costs between $8,000 - $14,000 per year (Gartner Group)

• Eliminating 100 workspaces saves $1 million annually

• As more workers become more mobile, reducing real estate costs is a real possibility

h i d d d h ili d• But……there is not good data today on how spaces are utilized—until Redwood

Space Utilization Solution

Energy Efficiency in Building Codes Gaining Momentumg

• ASHRAE code’ l ireq’s accelerating

• Defines minimum fenergy performance

for building envelope, HVAC, power distribution, lighting, andwater heating

• Requiring measurement and verification

Potential LEED Points

Traditional lighting controls are limited to contributing

i t h

Lighting on a DC Grid can help address all

points here

pthese areas

Key Takeaways

• Traditional lighting controls are not equipped to take full advantage of LEDsg

• As the market continues to adopt LED technology it’s time to look into new technologies developed specifically for LEDs

• Today’s environment provides the Perfect Storm for intelligent• Today s environment provides the Perfect Storm for intelligent building systems and smarter lighting due to:– Rising costs of energy and new energy codes– Corporate “green” and LEED building initiatives– Need for facility professionals to do more with less

• Low voltage lighting systems provide all the control and more relative to traditional systems, but also provide building intelligence tools that create additional value for building ownersowners

Final Remarks and Questions

“There’s a way to do it be er − find it”do it be er find it

—Thomas Edison

Final Remarks and Questions

Insanity:“Doing the same thing overDoing the same thing over

and over again and expecting different results”

—Albert EinsteinAlbert Einstein

Thank YouThank YouQUESTIONS ?QUESTIONS ?