intelligent buildings - fia · intelligent buildings now a reality (almost) building owners &...
TRANSCRIPT
AgendaLee Funnell CTP, CDCDP
ERA/IME Technical Manager
Intelligent Buildings
The Internet of Everything
Agenda
The growth of intelligence?
What is an intelligent Building?
Return on Investment
Simple Design Philosophy
What about fibre systems
Enterprise Technology through the years
1950
1950’s
1957: IBM
markets first
dot matrix
printer
KEY: Hardware Internet Storage
1960’s
1963: First
touch tone
phone
launched by
Bell
1969: ARPANET
developed by US
government
1970’s
1971: First
email is sent
1979:
Compact
discs widely
adopted
1983: AOL is
founded
1984: Apple
releases the
Macintosh
1980’s 1990’s
1991: First
web page is
created
1992: First text
message sent
1998:
Google was
founded
To
da
y
2000 - 2015
2000: IBM
introduce the
USB Flash
Drive
2007: Apple
releases first
iPhone
2008: Birth
of IoT by
Cisco
Apple launch
App Store
2014: First
year IP
Cameras
outsold
analogue
2015: SMART
POE Lighting
launched
2010: Apple
launch the iPad
The number of connected devices is increasing dramatically
Source: Cisco Internet Business Solution Group
2003 2010 2015 2020
World population
6.8bn6.3bn
7.2bn7.8bn
Connected devices 500m
12.5bn
70bn
25bn
By 2020 there will
be nearly
7 Timesmore networked
devices than
people in the world
By 2020 there
will four Billion
connected
people
4
BILLION
$4
TRILLION
25+
MILLION
25+
BILLION
50
TRILLION
Connected People Revenue Opportunity Apps Embedded & Intelligent
SystemsGBs of new Data
2020
AgendaWhat is the biggest
corporate
investment?
Intelligent buildings addresses both of these…
REAL ESTATE PEOPLE
AgendaWhat is an
intelligent
building?
“A building that integrates technology and process to create a facility that is safer, more comfortable and productive for its occupants, and more operationally efficient for its owners. Advanced technology—combined with improved processes for design, construction and operations—provide a superior indoor environment that improves occupant comfort and productivitywhile reducing energy consumption and operations staffing.”
Source: www.intelligent-building-dictionary.com
Traditional Silo approach
- Analogue cabling
- Coax cabling
- Power cabling
- Fibre optic cabling
- Dedicated cabling for other applications
Traditionally every building application
has its own isolated infrastructure
- IP Cameras
- Door access control
- Audio visual
- BMS/BAS
- Computers & networking
- Etc.
What applications
An intelligent building approach
All IP applications will run over one low
voltage RJ-45 platform
Power and control over the same data
infrastructure
Utilising flexible zone cabling design
CAPEX and OPEX savings for the
customer
IP Convergence of Workplace Services
Low Voltage AC
BACnet
Coax
PBX
IP Telephony
IP Telephony IP Cameras Building Mgmt.
Systems using
low-voltage
PoE
Smart
Lighting with
low-voltage
PoE
2005 Late 2000’s 2010 20151995
Data Network
Increasing
User
Experience
Reducing
OpEx
Over 100 million Power over Ethernet (PoE) enabled ports are shipping
annually
Cisco® 60w Universal PoE (UPOE) technology is driving the adoption of
virtual desktop infrastructure (VDI)
100W PoE is coming!
Power over HDBaseT (POH) technology, in development, can deliver up to
100w over twisted-pair cable, supporting full HD digital video, audio,
100BASE-T and control signals in television and display applications
The IEEE 802.3 4-Pair PoE Study Group is investigating a new remote
powering application that will provide superior efficiency than a 2-pair
application and expand the market for PoE systems
Agenda
Managing remote
power to devices
Power over Ethernet
(POE) Trends
Managing Network Topology
24 Port PoE Switch48 Port PoE Switch
Agenda
Overcoming
challenge of Siloed
networks
Zone cabling
recommendations
ZB
ZB
ZB
ZB
ZB
ZB
ZB
ZB
ZB
ZB
ZB
ZB
Zone Boxes
Coverage area of 12m2
Agenda
Overcoming
challenge of Siloed
networks
Deployment of
zoned cablingZB = Zone Box
ZB
ZB
LAN Cabling
HVAC Device/Controller
Access Control
Fire Alarm
Security Camera
Lighting
AgendaNew Design
Considerations
Power and control over the same data infrastructure
Utilising flexible zone cabling design
IP Telephony
IPCCTV
Wireless LAN’s (802.11af/at)
Access Control
HVAC
Building Systems (BAS)
AgendaDigital Ceiling
Internet of Things
AgendaChallenge in the
boardroom
Who will be responsible?
How much will it cost?
Who will deliver it?.
What will I give up?
Agenda
Benefits of
deploying POE
devices
Faster and Easier Installation
data cables are easy to pull, terminate and test compared to
segregated services
Simplified operation
with IP Convergence: software controls all aspects of the fixture
(power, data, control)
Robust and scalable, future proof
to enable IoT analytics
PoE is a global harmonized standard
Proven technology
for large-scale workspace IP convergence
Chris (Facility Manager)Building Infrastructure, Power, Cooling & Lighting
Sarah (ICT Manager)Networking, Applications, Voice, Cloud & the Data Centre
Mark (Security Manager)Access Control, Physical Security & Camera Surveillance
Stefan (Environmental Manager)Cradle to Cradle Lifecycles, Green Efficiency & Green Suppliers
Tom
The Money Man
(CFO)
Corporate Budget
Who Controls
What?
Facilities
New lighting system & HVAC controls ($200k)
Building Infrastructure, Power, Cooling & Lighting
ICT
Need to upgrade from Cat 5e cabling system to Category
6A ($1.2M)
Security
Migration project to IP CCTV cameras ($80k) – Fibre or
copper?
Environmental
30% minimum reduction in energy costs ($15k)
Typical
Stakeholder
Projects
ICT Plan
Leads the way!
‘Sarah starts to consider the cabling replacement, AV system,
wireless & room booking system’
Questions start coming in
Security – ‘What are IP camera’s – What cable system should I use?’
Facilities – ‘I am thinking about LED lighting – Someone mentioned something this new thing called PoE’.
Environmental – ‘What about our green message’
Sarah (ICT Manager)Networking, Applications, Voice,
Cloud & the Data Centre
Budgets-
Who Controls What?
Task Cable Type Trade Containment
LAN Cabling Cat 6A Data Engineer LAN System
Wireless LAN Cat 6A Data Engineer LAN System
Audio Visual Cat 6A Data Engineer LAN System
AV Cable Other Trade Own System
Room Booking Cat 6A Data Engineer LAN System
Cat 5e Other Trade Own System
IP CCTV Cat 6A/Fibre Data Engineer LAN System
Cat 5e Other Trade Own System
LED Lighting Cat 6A Data Engineer LAN System
Cat 5e Other Trade Own System
HVAC Cat 6A/Fibre Data Engineer LAN System
2 Pair Other Trade Own System
Access Control Cat 6A Data Engineer LAN System
2 Pair Other Trade Own System
Budgets-
Who Controls What?
Task Cable Type Trade Containment
LAN Cabling Cat 6A Data Engineer LAN System
Wireless LAN Cat 6A Data Engineer LAN System
Audio Visual Cat 6A Data Engineer LAN System
Room Booking Cat 6A Data Engineer LAN System
IP CCTV Cat 6A/Fibre Data Engineer LAN System
LED Lighting Cat 6A Data Engineer LAN System
HVAC Cat 6A/Fibre Data Engineer LAN System
Access Control Cat 6A Data Engineer LAN System
Put simply this removes six additional trades from the project
Installation
Deployment‘Chris starts to think about this…’
What other benefits are there:
Reduced installation timeframes – Only one partner
to work with
Eliminates proprietary cabling systems – shared
containment fields – reducing containment costs
Reduced labour costs & rapid deployment.
Simplified management controls
Chris (Facility Manager)
Building Infrastructure, Power,
Cooling & Lighting
Stefan needs to achieve a 30% reduction in power and improve green
efficiencies…
Higher Asset Utilisation
Reduced Cost/Energy Saving Structure
Risk Management & Control
Sustainable Business Ethics
Corporate Social Responsibility
Environmental
credits
Stefan (Environmental Manager)
Cradle to Cradle Lifecycles, Green
Efficiency & Green Suppliers
Tom
The Money Man
(CFO)
Remember
Tom...? ‘Communicating as a team…’
Separated budgets totalling $1.495M
No communication or technology discussions in
place
With communication in place
Substantial project cost reduction (CAPEX).
Large payback through OPEX
Intelligent Buildings
Copper Vs Fibre
LAN Based Systems:
Office Network
Access control
Lighting control
IP CCTV
IP Telephony
IP AV Systems
IP TV
IP Detection systems
etc…
BMS Based Systems:
Heating & ventilation
Air quality & control
Water management
etc…
AgendaPCL Panel Based
Systems…
The majority of all newly installed BMS systems still utilise a design
similar to that shown where a IP connection (R45) is routed into the PLC
(programmable logic controller) and then network cabling or application
specific cabling is used from the PLC to the actual device
Fibre links are then used to link the PLC
boards back to the main controller
device.
Which is in turn connected back to the
main telecommunications space or data
centre
AgendaBMS Systems
& Fibre Systems
AgendaIntelligent Buildings
Now a reality (almost)
Building owners & specifiers are becoming more aware of the need for
better management, access and control
Power over Ethernet is driving this change over network cabling for ease
of management and to reduce the overall cost of installation
Copper based networks (PoE) will capture a large part of this market,
but this is not affecting fibre sales – Facilities managers & electrical
engineers are reluctant to change.
More & more data will now be collected supprting a growing trend for
fibre based networks within the data centre > 75%
Agenda
The growth of intelligence
What is an intelligent Building?
Return on Investment
Simple Design Philosophy
What about fibre systems
