SLIDE 1 M M O R R I
R R I S O S O N H E R S H F I R S H F I E L D
Consulting Engineers and Managers Washington, DC Washington, DC
SLIDE 2 M M O R R I
R R I S O S O N H E R S H F I R S H F I E L D
Consulting Engineers and Managers
SLIDE 3
Intelligent Buildings--Where are we? 2007-2010 The Migration Phase
Our industry is approaching a migration phase This phase will change the rules for the designer for the commissioning and for the technicians
SLIDE 4 Mes Messa sage ge 1 1 Int Intuit uitive Risk ive Risk An Analys alysis is INTELL INTELLIGENT IGENT BUILDINGS BUILDINGS - Life Safet Life Safety
- Intuitive risk analysis through WEB based adaptive
modeling – Real time Fire Response Plans – Standardized Building Sensory – Standardized Communication Protocols – Performance Evaluation Tools – Enhanced Human Social User Interfaces
SLIDE 5
Intelligent Buildings – Message 2 Enterprise Computing
Proprietary communication protocol will lose importance A limited number of communication and interfacing standards will dominate Turnkey solutions from one supplier Web technology will be used on operating level
SLIDE 6
SLIDE 7 PEST - INTELLIGENT BUILDINGS
- POLITICAL
- ECONOMIC
- SOCIAL
- TECHNICAL
SLIDE 8
SLIDE 9 SWOT – INTELLIGENT BUILDINGS
- STRENGTHS
- WEAKNESSES
- OPPORTUNITIES
- THREATS
SLIDE 10 What Is An Intelligent Building?
- Intelligent Building Institute
- Building that provides a productive and cost-
effective environment through optimization of its four basic elements
Structure Systems Services Management
SLIDE 11
What Is An Intelligent Building?
SLIDE 12 Intelligent Building Goal
- Optimization Via Performance
Life Safety Return On Investment Comfort Long Term Flexibility Marketability
SLIDE 13 Interoperability
The ability of diverse systems and
- rganizations to work together
SLIDE 14 INTEROPERABILITY Ability of diverse systems to work together
DCC
TRANSPONDER TRANSPONDER TRANSPONDER TRANSPONDER TRANSPONDER TRANSPONDER TRANSPONDER
ENVELOPE TEMP MONITORING CLIMATE CONTROL LIGHTING CONTROL SMOKE CONTROL ACCESS CONTROL CCTV ELEVATOR CONTROL FIRE ALARM LIFE SAFETY INTELLIGENT METERING
SLIDE 15
SLIDE 16 Political - INTELLIGENT BUILDINGS
- POLITICAL
- 2000 Canadian Government
- Technology roadmap to point the way for the
North American intelligent buildings sector
Life Safety Systems Energy Efficiency Workplace Automation Telecommunications
SLIDE 17
Political - INTELLIGENT BUILDINGS
SLIDE 18 Legislation
- The Act and Code are administered by Municipal Authorities
- Enforcement is a local responsibility
– Primarily in the hand of municipalities
Political - INTELLIGENT BUILDINGS
SLIDE 19 Objective-based Format - INTELLIGENT BUILDINGS
- BC’s 2006 Building Code is drafted in an “objective-based” format
- Consistent with the 2005 model national building codes
SLIDE 20 Objective-based Format - INTELLIGENT BUILDINGS
- Under an objective-based format Code still contains specific
technical requirements – May be prescriptive or performance-based – Redefined as “acceptable solutions” – BCBC & OBC also now includes the “why” behind Code requirements
1985
SLIDE 21 Political - INTELLIGENT BUILDINGS
- POLITICAL
- Government Leadership Required
- Intelligent Buildings require Broadband
Telecommunication – Key catalyst – Propel new products & services to buildings
SLIDE 22 Political - INTELLIGENT BUILDINGS
- POLITICAL
- Governments at all levels must put laws into
place that enhance the deployment of broadband and the use of the Internet
SLIDE 23 Political - INTELLIGENT BUILDINGS
- POLITICAL ---------------TECHNICAL
- Broadband for everyone
- Allows users to integrate and control all their
communications via the WEB
SLIDE 24 Political - INTELLIGENT BUILDINGS
- All levels of government
- Support technical innovation
SLIDE 25
Economics - INTELLIGENT BUILDINGS
ENERGY COSTS ARE RISING
$ $ $ $ $ $ $ $ $ $ $ $ $ $
SLIDE 26
Peak Hrs.- Time of Use
Economics - INTELLIGENT BUILDINGS
RETURN ON INVESTMENT
$ $ $ $ $ $ $ $ $ $ $ $ $ $
Energy Management Systems Reduce building energy costs by a quarter and energy consumption by a third
SLIDE 27 Economics – GREEN LIFE SAFETY
- LEED & LIFE SAFETY & Intelligent Buildings
- Strong synergy between an intelligent building
design and a LEED-certified design
- LEED doesn’t explicitly dictate the use of
intelligent building systems
$ $
LEADERSHIP IN ENERGY AND ENVIRONMENTAL DESIGN RATING SYSTEM
SLIDE 28 LEED - GREEN LIFE SAFETY Economics
- How key intelligent building attributes relate to LEED
– Lighting control based on occupancy – 10 LEED credits available under Energy & Atmosphere credit EAc1
$ $
LEADERSHIP IN ENERGY AND ENVIRONMENTAL DESIGN “daylighting” Canadian Green Buildings Council
SLIDE 29 LEED - INTELLIGENT BUILDINGS Economics
- How key intelligent building attributes relate to LEED
- Building Automation Systems
Used to save energy Heating/cooling setpoints based on setback schedule or
$ $
LEADERSHIP IN ENERGY AND ENVIRONMENTAL DESIGN
SLIDE 30 Social - INTELLIGENT BUILDINGS
- Social – Public Opinion “Green”
- Social Interoperability between technicians
– Fire Alarm Technicians – Information Technology Specialists – HVAC/BAS Technicians – Access Control System Technicians – CCTV Surveillance Technicians
SLIDE 31
Social Interoperability Between Technicians
SLIDE 32 Social Interoperability Between Buildings and its Users
60th Floor 50th Floor 40th Floor 30th Floor 20th Floor 10th Floor
SLIDE 33 Technical - INTELLIGENT BUILDINGS
- Demands on Fire Alarm Technicians will grow
- Coordinate
- LEARN TO Work with new teams & technologies
– Data Management – Facility Management – Asset Management
- DEAL WITH all other intelligent building systems
SLIDE 34 INTEROP INTEROPERA ERABILIT BILITY
The ability of diverse systems and
- rganizations to work together
Technical - INTELLIGENT BUILDINGS
SLIDE 35 Life Safety Information Management
- Lower Costs with Higher Quality = Good Customer Service
- Reduce Redundancy, Improve Efficiency, Enhance Integrity
- Information
Management
– Content Management – Document Management – Asset Management – Standards & Procedures Technical – INTELLIGENT BUILDINGS
SLIDE 36
IT Evolution Technical - INTELLIGENT BUILDINGS
SLIDE 37
Technical - INTELLIGENT BUILDINGS
SLIDE 38
SLIDE 39 SWOT – INTELLIGENT BUILDINGS
- STRENGTHS
- WEAKNESSES
- OPPORTUNITIES
- THREATS
SLIDE 40
Intelligent Buildings - STR STRENGTHS ENGTHS The Migration Phase
Our industry is approaching a migration phase This phase will change the rules for the designer for the commissioning and for the technicians
SLIDE 41
Intelligent Buildings - STR STRENGTHS ENGTHS The Migration Phase
The need for scalable, interoperable, flexible and open systems is spurring participants from different building technology industries to collaborate on a single platform
Learning to work together and building efficiencies
SLIDE 42 Intelligent Buildings - STR STRENGTHS ENGTHS The Migration Phase
- Technologies in the building industry are more
business driven than research oriented
- A building's degree of intelligence is likely to
depend on the extent to which there is a consensus to include various available technologies
SLIDE 43 Intelligent Buildings - STR STRENGTHS ENGTHS The Migration Phase
- Building technologies are set for further growth with
embedded intelligence leading to – Excellent comfort levels – State-of-the-art security – Optimized operational costs – Enhanced level of life safety
SLIDE 44 Intelligent Buildings - STR STRENGTHS ENGTHS The Migration Phase
- Life Safety industry could be the prominent leader
if we curtail our dependence regarding proprietary solutions
Sony Beta-max JVC VHS Sony BLUE RAY
Toshiba-backed HD-DVD
SLIDE 45 Intelligent Buildings - STR STRENGTHS ENGTHS The Migration Phase
- Life Safety industry will be the prominent leader if
we continue to curtail our dependence regarding proprietary solutions
SLIDE 46
Intelligent Buildings - Wea Weakn knes esse ses The Migration Phase Intelligent Buildings require technological
developments with the ability to curtail the prominence of proprietary solutions Proprietary solutions give an impression of being open systems when they are not
SLIDE 47 Current Problems
- The data structures for the standard protocols are similar
- However, their implementations are quite different
- So, Gateways between any two of the standard
protocols tend to be complex
Intelligent Buildings - Wea eakn knes esse ses
SLIDE 48
- Bridging more than two Data Structures can become unmanageable
Intelligent Buildings – Wea eakn knes esse ses
SLIDE 49 Intelligent Buildings – Wea eakn knes esse ses
Poor Interoperability The ability of diverse systems and
- rganizations to work together
SLIDE 50 The Web's next revolution Intelligent Buildings - Opp Oppor
tunities nities
- Intelligent Building leaders point out several
trends that are becoming apparent – The first web pages were static – Now content is becoming dynamic – View the status of your life safety systems
% per foot
reported well before activation of a normal spot detector to provide very early warning Annunciates pre- alarm condition on web appliance such as smart phone to building 1st responders
SLIDE 51 The Web's next revolution Intelligent Buildings - Opp Oppor
tunities nities
- Bandwidth is getting cheaper
– Analysts predict that in a few years, there will be enough bandwidth for a full-motion video channel that chronicles the life of every person on earth
SLIDE 52 The Web's next revolution Intelligent Buildings - Opp Oppor
tunities nities
- Storage is getting cheaper
– Removable storage media are far greater than they were a few years ago
SLIDE 53 The Web's next revolution includes Intelligent Buildings Intelligent Buildings - Opp Oppor
tunities nities
Washington, DC Washington, DC
- Enterprise computing will have a major impact on
life safety
- Integrate information from our familiar desktop PCs
with mobile smart phones & ultra thin laptops
SLIDE 54
Will the our Codes and Standards conflict with emerging technologies? Intelligent Buildings - Thr hrea eats ts
SLIDE 55
- Integration plays a key role in bringing down
- perating costs and allows us to look at the
building as one single process Intelligent Buildings - Thr hrea eats ts
SLIDE 56
- Stable and reliable communication is one
precondition for system integration
- Protocols and functions must be exactly
described Intelligent Buildings - Thr hrea eats ts
SLIDE 57
- The delimitation of responsibility at the interfaces
- Uncoordinated alterations in the subsystems
- Intolerable complications for integration
Intelligent Buildings - Thr hrea eats ts
SLIDE 58 Enter Web Analysis Services
- Perform functions that can be anything from
simple requests to complicated business processes (Accuracy ??)
- Owner’s accounting system could obtain up-to-
the-minute figures on – Verification costs – Annual Inspections – System Replacements & – Life Safety Consulting Fees $ Intelligent Buildings - Thr hrea eats ts
SLIDE 59
OPC - A New Alternative?
SLIDE 60 OPC - A New Alternative?
- OPC stands for "OLE for Process Control“
- Communication standard based on OLE/COM
technology Component Object Model
- Brings the same benefits to industrial hardware
and software that standard printer drivers brought to word processing
- OPC provides an interfacing standard for factory
automation
SLIDE 61
BACnet, EIB/KNX, LonMark, etc. – Where to Use What?
SLIDE 62 Mes Messa sage ge 1 1 Int Intuit uitive Risk ive Risk An Analys alysis is INTELL INTELLIGENT IGENT BUILDINGS BUILDINGS - Life Safet Life Safety
- Intuitive risk analysis through WEB based adaptive
modeling – Real time Fire Response Plans – Standardized Building Sensory – Standardized Communication Protocols – Performance Evaluation Tools – Enhanced Human Social User Interfaces
SLIDE 63
Intelligent Buildings – Message 2 Enterprise Computing
Proprietary communication protocol will lose importance A limited number of communication and interfacing standards will dominate Turnkey solutions from one supplier Web technology will be used on operating level
SLIDE 64 M M O R R I
R R I S O S O N H E R S H F I R S H F I E L D
Consulting Engineers and Managers