2014 iii 17 lonmark caillet streetlighting

8/9/2019 2014 III 17 LONMARK Caillet Streetlighting

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LonMark, the open

Smart Streetlight Platform

Save energy and enhance maintenance efficiency

on your streetlight network

Frédéric Caillet, Lumiville 30 Mai 2013


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Importance of Interoperability

• Need for flexibility and choice

– Technologies – Power line, wireless or wired

– Vendors – sole-source proprietary versus open system

– Future proof – leverage common infrastructure

• Requirements for Interoperability

– International standards-based communication protocol

– Standard Media choices – powerline, wireless, wired

– Compliance testing and verification – Industry standards (LonMark.org)

– User Interface Options – IT model of “best of breed” apps, GUI


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Importance of Interoperability

• Competitive Bid – Cost Control

– Open specifications – compliance and cooperation

– No vendor “Lock-in” – initial bid and long term service

• Reliability, Security, Serviceability – Access control limiting, tampering prevention

– Up-time, serviceability, reduce customer complaints

– Predictive maintenance: solve problems before they happen


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Smart Streetlighting Solutions

25%

energy savings

Efficient

LightingSmart

Control Network

System

Flexible on/off dimming

Built in dimming (per

pole and segment)

Extend LED life

30%energy savings

w/dimming


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25%

energy savings

Smart

Control Network

System

30%energy savings

w/dimming

50%operational costs

Remove night patrols Schedule onsite

operation

Reduce # of truck visits

Reduce # of incoming

calls

Efficient

Lighting


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25%

energy savings

Smart

Control Network

System

30%energy savings

w/dimming


>50%first smart city

applicationNew smart city apps:

Lane control (traffic)

Pollution monitoring

Weather monitoring

Efficient

Lighting


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25%

energy savings

Smart

Control Network

System

30%energy savings

w/dimming



application

Hard economic factors:

25% energy efficiency

Additional 25% operational expense savings over photocells

Reduce cost of second or third infrastructure by adding smart

city apps on top of smart streetlighting platform

Open – puts you in control of what technology you use

Open procurement process –

reduces infrastructure costs

Efficient

Lighting


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25%

energy savings

Smart

Control Network

System

30%energy savings

w/dimming



application

Significant intangible or “soft benefits”

Improved safety

Beautification, green tourism, economic benefits

Traffic and pedestrian safety

Reduction of carbon footprint

Recognition and awards for city

Efficient

Lighting


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How to Make Streetlights SmartSmart

CommunicationTransceiver

Smart SegmentControl Node

City’sOperations

Center

Enterprise Software Applications

Hybrid PLC & RF Communication and Power IP WAN

Smart StreetLight Bridge

Bridged PL Segments


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How to Make Streetlights SmartSmart

CommunicationTransceiver

Echelon SmartControl Node

City’sOperations

Center


Hybrid PLC & RF Communication and Power IP WAN

Echelon StreetLight Bridge

Bridged PL Segments

Smart ControlNode


Add intelligence to any luminaire type

Controls – On/Off, dimming

Hybrid communications

Remotely updatable software

Embedded applications processor

Standardized, interoperable data

profiles: Lamp status feedback

Runtime in hours

Life time – energy usage

Power Supply temperature Power consumption…


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The solution is proven, open and capable of supportingmany applications, which gives us the ability to deploy

streetlight controllers from multiple manufactures as well as

different light technologies over time.

“

“

- Tom Kristoffersen

Head of Section Maintenance and Operation

Agency for Urban Environment

Oslo Kommune


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Mission: The mission of LonMark International is to allow an easy integration ofsystems based on LONWORKS® networks using products from different

manufacturers and from different applications.

www.lonmark.org

Definition of Interoperability:The condition has been met as long as several products of the networkfrom the same or from different manufacturers can be integrated intothe same system without the need of using a third party gateway or a

development tool

Who is LonMark ?


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Traditionnal closed system

The user is attached for the whole life of the system!

Only one supplier High cost for jobs and upgrades of the

system

Limited extension possibilities

The number of specialists will be smaller

Interoperability with other suppliers will benon existing

Very little choice or non existing

Isolate the automation function


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Who is LONMARK ?... many members !


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Where is LONMARK ? – Americas

– China

– Denmark – France

– Germany

– Italy

– Japan

– Netherlands

– Sweden – Switzerland

– UK

ASEAN

Australia

Korea Russia

Ukraine

Spain

Austria

Adriatic

Finland

Poland

Retail

Fire detection

Home automation & white goods

HVAC

Industry

Lighting

Network management

Refrigeration

Routers

Security

Sun blinds

Systems Integration

Transport

Utilities

Elevators

BMS


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Who is LONMARK: … some numbers

400,000

Installed systems

Thousands of products

in the market

21 LONMARKaffiliate organisations

1000

Certified

LONMARK Product

>4,000 OEM

Adopted byArchitects,

Developpers,

Specifiers,…

Hundreds of

trained

integrators

100 Millions

Products

installed

>400

LONMARK members

Americas 44% Europe 28%

Asia Pacific 28% 0100

200

300

400

500

600

700

800

1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006


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Out-of-Box Interoperability

SmartCommunication

Transceiver

Smart ControlNode

City’s

OperationsCenter

Hybrid PLC & RF Communication and Power

Standardized, interoperable

LonMark profile lowers risk: Lamp status feedback Runtime hours

Power, energy consumption

Alarms

Power supply temperature

Supply voltage

Supply current Power consumption

Color change signal (LED fixtures))

Hybrid RF/PL architecture using

IEEE and ISO/IEC standards

Industry standards via LonMark

International Profiles(www.lonmark.org)

Multiple luminaire types in the

same system or segment IP WAN



http://www.lonmark.org/http://www.lonmark.org/


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LONMARK Delivers Interoperability

• LONMARK International – Non-Profit Independent Industry Association

– Established in 1994

– Over 400 members worldwide

–Proven interoperability model crossing allindustry sectors

– Certified nearly 1000 interoperable productssince 1995

• Service offerings –

Interoperability design guidelines – Product conformance testing

– Professional certification

– System Integrator Certification

• LONMARK Stamp of Approval Means Devices Will

Interoperate


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LONMARK Certifies Products, People, and

Companies

• Product Certification

– Over 500 certified products available today

– Independently tested and certified by LONMARK

• LONMARK Certified Professionals

– Over 600 professionals who install, maintain and support

LONMARK certified products

• Certified Systems Integrators

– Companies with proven field experience and competence with

LONWORKS and Open Systems utilizing LONMARK certified

products


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LONMARK Building Blocks

21

ISO/IEC 14908.1 Communications Protocol

LONMARK Object Model

LONMARK Functional Profiles

LONMARK System Definition

Building an open system platform

• Device data exchange

• Standard Network Management

• Network Variable Services

• Standard Data Types

• Standard Configuration Properties

• Function Blocks (FB)

• Standardized Device FB’s

• Standardized System FB’s

• Design, and Installation Standards

• Network Infrastructure Standards

• HMI/Installation Standards


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LONMARK Interoperability Guidelines

• Data interpretation:

– Standard representation of data types

• Standardized functional behavior of a device:

– LONM ARK profiles

– Encapsulated network interactionof defined functions

• Standardized support of smooth andtrouble-free installation:

– Self documentation of a network-orientedexternal interface

– Guidelines for Network Management


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Introducting LONMARK Profiles

23

• Characterizes key attributes of a device

– Portion of a device’s application that

performs a task

– Receives configuration and operational

data inputs

– Processes the data

– Sends operational data outputs


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Les Données et leur Type

• Variables réseaux – Un point (une donnée) avec une direction, une taille, une

résolution et une signification.

• SNVTs

– “Standard Network-Variable Types”:

– Types de donnée pour les échanges d’info.

• Propriété de Configuration – Battement de cœur, vitesse de sortie, etc …

• SCPTs – “Standard Configuration-Property Types”:

– Types de données pour paramétrer les fonctions.


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Capteurs et actionneurs

nvoXXX

Sensor Actuator

1. Measurement

2. Process

3. Send the data

3. Action

2. Process

1. Receive data

nviXXX


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nvoSwitch

Switch Lamp

1. Sensing

2. Process

3. Send the data

3. Executing

2. Process

1. Receive data

nviLamp

Binding – Logical Connection between

NVs


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LonMark Outdoor Luminary Controller Profile

Network VariablesnviEnergy

nviLampValue

nviRunHours

nvoEnvironment

nvoLampValueFb

nvoOLCStatus

Configuration PropertiescpBkupSchedule

cpDeviceOutSelection

cpDimLowLevelLight

cpEnableStatusMsg

cpLampPowercpMaxLevelVolt

cpMaxSendTime

cpMinSendTime

cpOLCLimits

cpPwrUpState

cpWarmUpTime http://types.lonmark.org

http://types.lonmark.org/http://types.lonmark.org/


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Types.lonmark.org


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Types.lonmark.org

Trouver le bloc fonctionnel de type

SFPToutdoorLuminairController


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Types.lonmark.org

Search for the SNVT_environment in the SNVT list


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Types.lonmark.org

Search for the other SNVT…


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Types.lonmark.org


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Types.lonmark.org

Autre SCPT


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Types.lonmark.org


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Node Application

Self-Documentation

• Self-Documentation describes the

hardware & software features of a

device but with a standard

• Transceiver type

• Neuron Chip type

•Network Variables

• Configuration properties

• Functional blocs


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Node Application

Self-Identification

• Format (LONMARK)

8 = certified

9 = compliant

• Manufacturer ID

00001 = Echelon

• Device Class

052A = Programmable Controller

• Device Subclass (Usage)

A = General

• Channel Type

04 = FT-10

• Model Number

03 = Version number

Each LonMark application has its own Standard Program ID (SPID) coded

with 16 hex digits – with the format FM:MM:MM:CC:CC:UU:TT:NN. TheSPID is made of the following fields:

Format Manufacturer ID Device ClassModel

NumberUsage

Channel

Type

80:00:01:05:2A:8A:04:03


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Standardized Media

Chanel Type Media Bit Rate Max Distance

TP/FT-10Twisted pair

bus or free topology78 kbps

500 meters Free Topology

2700 meters Bus topology

TP/LP-10Link Power Twisted Pair

free topology or bus78 kbps

500 mètres Free Topology

2200 mètres Bus Topology

TP/XF-1250

Twisted pair

(transformer isolated) 1.25 Mbps 130 meters

TP/XF-78Twisted pair

(Transformer isolated)78 kbps 1400 meters

PL-20 Power line5.4 kbps C-Band

3.6 kbps A-BandEnvironment Dependant

IP-10 LONWORKS over IP10 Mbps

100 MbpsDepending on the IP Network

FO-20 Fiber Optic 1.25 Mbps 30 KM

RF-10

RF-100

RF (49 MHz)

RF (433 - 472 MHz)4.88 kbps

~ 2 kilometers (Environment &

Transceiver Power Dependant)

IR Infra red 78.1 kbps 10 - 30 meters


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Interface File (.XIF)

• The .XIF file fully describes the content ofthe application to the Network Tool

– Network Variables

– Configuration Properties

– Function Blocs

–Hardware I/Os

• Can be re created (not for sure!) polling theinfo from the node through the networkinstallation tool

• Can be read with any simple text editor

– Cannot be modified – if any: errors will pop

up in the tool

• Can allow designers to see what is possiblewith this particular device before buying


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“ Smart Network Management “

Example of the usage of a XIF file:


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Data monitoring

Example of a special type of data :


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LonMark Standard for Intelligent Street Devices

• Control any luminaire type

– Low cost, smart power line ICs

– HPS, LED, Induction, LiFi, emerging technologies

• Luminaire Control

– Integrated ballasts, drivers & generators

– Outdoor lighting controllers

• Open Standard based communication technology

– ISO/IEC 14908.1 communications protocol

– ISO/IEC 14908.3 power line signaling

– 802.15.4 RF bridging of segments

– IP WAN

•Interoperable Standards – Device testing and certification

– Industry peer standards development

– Ensure customer flexibility


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Smart Lighting SegmentBehind the Panel

Smart Server

Segment Controller

Electricity Meter

(optional)


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Energy

Analytics

Asset

Management

Schedule

Management

Lifecycle

Management

Security

Management

HPS Induction LEDPlug-in Your

Product

Plug-in Your

Product

Any TCP/IP

Network

City Operations Center

PL Smart

Transceiver

RF/PL

BridgePL Smart

Transceiver

PL Smart

Transceiver

Plug Any Product into a Smart Ecosystem

Plug-in Your

Product

O S t S ifi ti


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Open System SpecificationsImplemented in Norway, Canada, France the US and more


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An Open Specification Delivers Results

Individual on/off

Individual step-lessdimming

Individual bulb statusand burn hour

monitoring

Energy consumptionper luminaire AND

segment

Wired or RF

communications

Astronomical clockbased AND sensor

based light output

Automatic faultdetection and

notification

Dynamic energysavings

Consistent light levels

Centralizedinstallation,

maintenance and

control

Seamless integrationwith existing IT

systems (billing, GIS,

maintenance, etc.)

Expandedfunctionality over time,

e.g., traffic-based light

output

Lower inventory &maintenance costs

with

Optimal lighting perneighborhood

Improved safety

Responsive tobusiness and citizen

needs (e.g.

brightening for

athletic events)

Improved citybudgeting

Improved safety

Requirements City BenefitsConsumer

BenefitsEchelon’s ControlRequirements

Your Open

Specification for a

Smart Street Lighting

Network


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More Resources

www.lonmark.org/testing

http://www.lonmark.org/training/

http://www.lonmark.org/membership/categories

LonMark Sponsor US$ 20 000 per year

LonMark Partner US$ 5 000 per yearLonMark Associate US$ 1 000 per year

LonMark Individual US$ 200 per year

http://www.lonmark.org/testinghttp://www.lonmark.org/training/http://www.lonmark.org/membership/categorieshttp://www.lonmark.org/membership/categorieshttp://www.lonmark.org/training/http://www.lonmark.org/testing


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Take advantage of an open market with the

develpment of your own LonMark lightingcontroler or your SmartCity device !

Henny Van de Bovenkamp ([email protected]), Lumiville 2013
mailto:[email protected]:[email protected]

2014 iii 17 lonmark caillet streetlighting

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