Intelligent Buildings and the Internet of Things Summit/170502_DC... · Page 1 Intelligent...
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Page 1 Intelligent Buildings and the Internet of Things Filling in the Missing Link Michael Welzel [email protected] ?
Transcript of Intelligent Buildings and the Internet of Things Summit/170502_DC... · Page 1 Intelligent...
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Intelligent Buildings and the Internet of Things
Filling in the Missing Link
Michael Welzel
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Who are we ?
Founded in 1991
Based in Auckland
Operating in New Zealand & International
More than 1000 Installations
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Some of our Partners Tridium
Integration Platform
SkySparkAdvanced Building Analytics
OptergyEnergy & Facility Management
Delta ControlsBuilding Automation - HVAC
Philips DynaliteLighting Control Solutions
JanitzaMonitoring & Targeting
LoRaWANIoT Networks
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What we do Integrated Building Automation
Advanced Building Analytics
Energy & Facility Management
Monitoring & Targeting
IPMVP M&V Reports (CMVP)
NABERS NZ Ratings
Smart Metering
Wireless Networks and Sensors
Lighting Controls
Access Control & CCTV
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Solutions for Smart Cities Commercial & Office Buildings
Apartment Buildings
Airports
Education Campuses & Schools
Health Care / Hospitals
Large Retail Spaces
Hospitality
Data Centres
Farms
Industrial
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Some key clientsOffice Buildings Precinct Properties Ltd.
AMP
Zurich Building
Mason Brothers
Commercial Bay
…..
Spark Nationwide
Vodafone
125 Queen Street
Britomart
and much more ……
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PrecinctPrecinct is one of the largest owners of premium inner-city business space in Auckland and Wellington.
Direct Control provide:
Portfolio Integration
Energy Management
Advanced Analytics
BMS & HVAC Control
Energy, Water Monitoring
Smart Metering
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Spark NZSpark NZ is a New Zealand-wide communications service provider
Direct Control provide nationwide:
Integration Platform
HVAC Control
Energy Monitoring
Power Monitoring
Smart Metering
Data Centre Power Management
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Spark NZ nationwide HVAC, Energy Monitoring, Power
Management, Lighting Controls, Facility Management, CCTV and Access Control.
Tridium as Integration Platform
More than 30 sites
3 major data centres
More than 250,000 Data Pointswhich are not IoT devices
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IoT Internet of Things ? There are many graphics like this
Showing all kind of devices communicating with applications, platforms or frameworks
IoT is not new,it’s just another name for things we already have done in the past
How is this all communicating ?
Let’s go back in time ……
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History of wireless
Guglielmo Marconiwas “sparking” messages
Karl Ferdinand Braun
Heinrich Rudolf Hertz
All this happenedjust 120 years ago
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Mobiles & M2M
Marty Cooper made the first mobile call 1973
Changed from keypad to touch.Nokia did not believe it !
Cellular modems with SIM cards (GPRS/3G/4G/….)
And the phones startedto burn sometimes
All this happened inthe last 50 years
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Tubes and Sandy Bridges
First tubes about 1900. Still good for analog music amplifiers
1950 the Transistor came and TTL, CMOS as integrated circuits in the late 60th
Microprocessors showed up like the 4004 and 8008 in 1972
And something like Sandy-Bridge with 1.16 billion Transistors until today
More or less the last 70 years
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LPWAN – Low Power WAN
High Integration with millions of transistors
Low Power going downto Pico ampere in sleep
Made for Smart-Metering and Sensors
All this happened inthe last 3-5 years
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LPWAN NetworksTraditional network structures versus LPWAN like LoRa and SigFox.
LPWAN (Low Power WAN)
Long range
Small data packages
Long battery life time
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So what about IoT ? Something new had to come
It was not anymore the “Host” it became a “Cloud”
Where do all the data go if we have a blue sky ?
Connected devices became the “Internet of Things”
IoT was born and we started to create IoT Clouds
How do we fill the missing link ?
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http://directcontrol.co.nz/index.php/en/lora-wan-iot
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Buildings & Systems
All have Revenue- & Water-Meter
Most of the Premium andA-grade Buildings haveBuilding Automation
Some have NABERSNZ ratings
Mid-tier (B,C & D-grade) in NZ/AUSlagging significantly in implementing Building-Management retrofits
C/D-grade B-gradePremium &
A-grade
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C/D-grade B-gradeA-grade
LoRa Gateway up to 15 km Radius
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LoRa Gateway
Mounted on / off
Mobile Towers
Public or Private
Networks possible
Requires Internet Connection
Different gateways available,
also for in house as pico-cells
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LoRa Multi-Sensor
Pulse Totaliser S0
Power Monitoring
Analog input ( 0-10V)
Water leak sensor input
Moisture sensor input
Distance sensor input
And more ……..
Battery status
10 years battery life-time
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LoRa ModBus Converter
Power and Energy
Up to 32 channel power meter
Energy Management
Check Meters for
Apartment Buildings
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LoRa Pulse Sensor
Water Meter
with Pulse Output
Consumption and flow
Register for leak detection
Burst alarm
Temper alarm
Sensor temperature
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LoRa Modularis Sensor
Water Meter
with Modularis Module
Consumption and flow
Register for leak detection
Burst alarm
Temper alarm
Temperatur
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LoRa Room Sensor
Temperature
Light sensor
Humidity
Motion (PIR)
CO2
Battery status
10 years battery life-time
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LoRa Room Sensor
Temperature
Light sensor
Humidity
Acceleration
PIR motion sensor (optional)
Battery status
10 years battery life-time
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Just the Beginning
More sensors, converters and acutators will be available dueto the AS923 Standard
New applications will come for different fields
It’s like the beginning of the internet on a complete different level
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Asia Pacific LoRa Standard
AS923 PlanNZ and AUS on 915-928 MHzJoinFreq 923.2 / 923.4
Created a huge marketfor sensor suppliers
W-MBus 923MHz was never developed by suppliers
They rather changed directly to LPWAN
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AS923 Channel Plan
NZ and AUS 915-928 MHz
practical the same
( used is only 920-928)
Created a huge market
for sensor suppliers
Not like for
W-Mbus 923MHz
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Smart Agriculture
Industry 4.0
Remote Industries
Smart Metering
Logistics & Tracking
Connected Building & Facility management
Street Lighting
Smart Parking
Traffic & Wastemanagement
Wearables & mHealth
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LPWAN networks
Public Networks
Network Provider
Private Networks
with LoRa WAN
for local and isolated
connectivity
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Low Power WAN
Low Power & Long Range
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A simple problem
• How do I monitor a dry contact and create an alarm within a range of kilometers and a battery life-time of 10 years with practically no costs ?
Source : Ericsson Mobility Report July 2016
In 2021 there will be 28 billion connected devices over half of which will beInternet of Things based devices
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2015 2016
320thmember
MWC 2015 All membersMeeting 2015
All membersMeeting 2015
MWC 2016
The LoRa AllianceThe fastest growing alliance
in the tech world
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Public & private networks Network scalability Location without GPS Datarate up to 5.5 kbps
Low deployment costs Licence-free spectrum
(ISM band) Open standard
10+ years battery life Low power consumtion Adaptative data rate Connectivity profiles
5-15 km range Deep indoor Star network Bidirectionnality
Coverage Lifetime Cost Usage
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Contact
Michael Welzel
Phone +64 9 300 4300
Email [email protected]
www.directcontrol.co.nz
THANK YOU FOR YOURATTENTION !
QUESTIONS ?
