The future of hyperconnected buildings - Illumni 2014
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Presented as part of the Illumni Future of Lighting Summit 2014 (http://futureof.lighting) in collaboration with the Sydney Vivid Festival of Light, Music and Ideas. (http://www.vividsydney.com). Presentation Synopsis Today we are living in a hyper-connected data driven world. The phenomenal global rise of mobile and wearable computing is raising the bar of digital literacy and has awakened people's awareness and expectations of what can be achieved with technology. But how will this expectation match the reality of what is evolving in the built form environments we live and work in? This insightful presentation examines the status of technological progress that is occurring outside of the property industry. It then explores the concept of smart buildings that are now beginning to sense, adapt and respond to our functional, environmental and personal needs. To conclude, a number of smart lighting concepts are illustrated that illustrates how light and technology can be combined in ways that adds intelligence and provides better user experiences to a range of environments.
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The future of hyperconnected buildings - Illumni 2014
- 1. The Future of Hyperconnected Buildings Monday June 2nd Western Hotel, Sydney IIlllluummnnii FFuuttuurree ooff LLiigghhttiinngg SSuummmmiitt 22001144
- 2. 2 technology property An exploration at this intersection
- 4. what’s happening in the world of technology?
- 5. exponential computational growth 5 Source: Ray Kurzweil(www.kurzweilai.net) by 2030
- 6. 6 big networks Source: Cisco 2013-2017 Visual Networking Index 1.4 zettabytes per annum (1.4 trillion gigabytes or 41M DVDs per hour)
- 7. 7 big data 1000+ data points, 15Mb data per lap, real time analytics, predictive analysis
- 8. super computing 54.9 petaflops (a thousand trillion floating point operations per second)
- 9. nano computing 9 micro computing 1mm microprocessor, pressure sensor, memory, solar cell, wireless radio
- 10. 10 cloud computing 36% compound annual growth rate and a market size of US$200B+ per annum by 2016 Source: Gartner (February 2013) é
- 11. 11 artificial intelligence 2029 robots will be smarter than humans within 15 years – Ray Kerzweil
- 12. 2005 2013 12 mobile growth 1.8B smartphones sold in 2013
- 13. 13 the internet of things 50B devices connected to the Internet by 2020
- 14. ingestible computing 1c cost of adding a microprocessor into a pill 14
- 15. 15 3D printing 2025 McKinsey & co. predict major disruption to global economy by 3D printing Amsterdam Canal House3D Printed house China
- 16. the trends 1990 2013 Cost per M computations $527 $0.05 Declining 33% annually Cost per Gb storage $569 $0.02 Declining 38% annually Cost per 1000 Mbps bandwidth $1,245 $16 Declining 27% annually (Source: Mary Meeker @KPCB Internet trends 2014)
- 17. where are we heading with technology? ubiquity democratisation singularity?
- 18. smart buildings
- 19. 19 safer, more comfortable & productive for occupants and more operationally efficient for owners what is a smart building?
- 20. why smart buildings? Consumer expectations for technology in the home & workplace have risen. 20
- 21. 21 why smart buildings? People and organisations are looking to achieve more sustainable outcomes. social, environmental, economic social environmental economic sustainable
- 22. 22 why People are time poor and want to be efficient. People are looking for more rewarding and better experiences everywhere.
- 23. 23 buildings are traditionally ‘dumb’ & our industry siloed
- 24. Smart buildings require a holistic design approach solution design telco comms electrical mechanical fire hydraulic controls monitoring safety & security software wayfinding architecture 24
- 25. Smart buildings consider a range of user experiences 25
- 26. Smart buildings utilise a wide mix of technologies 26 Foundation Systems Data Networks Telecommunications Services Power Networks Common Building Systems Access Control Systems Audio Visual Systems Digital Signage and Wayfinding systems Distributed Antenna Systems Energy Monitoring Systems Fire Alarm and Early Warning Systems (EWIS) Hydraulic Control Systems Intercom Systems Irrigation Systems Lighting Control systems Lift Control Systems Mechanical HVAC PayTV, Free to Air and Satellite TV Systems Power Management Systems Security Alarm Systems Video Surveillance Systems Specialist Systems Systems per specialist building types e.g. Airports, Libraries, Theatres etc. Specialist Software Systems Building Management Systems Building Information Management Systems Building/Home Automation Systems Facilities Management Systems Middleware Integration Systems Property Management Systems Room/Loading Dock Booking Systems Information Systems Analytics and Predictive Analysis Systems Building Intranets Content Management Systems Mapping Systems Marketing Websites Wayfinding Systems Mobile Applications Web, IOS, Android Optimal Technology Mix Optimal Technology Mix
- 27. connect sense display analyse predict automate Smart buildings are data centric 27 DATA
- 29. power, water, gas, temperature, humidity, volume, light, moisture, flow rate, depth, movement, occupancy, geo-location, CO2, CO, smoke etc. 29 require building sensors Sense
- 31. 31 use real time reporting Analyse
- 32. use predictive analysis tools 32 NABERS Rating Forecast Predict
- 33. use building automation sequences 33 Automate
- 34. SF Public Utility Building Leading US Smart Office Building. Top 10 AIA Green Buildings. LEED Platinum 13 Level 277,000 sq feet. $146M Solar PV cells (7% of needs) Blackwater treatment plant Wind turbines Daylight harvesting Floor cooling distribution Automatic shading Automatic ventilation Lobby video screen Energy monitoring Extensive submetering Real time monitoring Building dashboards Fault detection & diagnosis Kinetic LED active screen 34
- 35. Barcelona City Aim’s to become a world reference for Smart Cities. Barcelona is working to merge urban planning, ecology, and information technology to ensure the benefits of technology reach every neighborhood and improve the lives of citizens. Smart Lighting: remote control LED street lighting. Smart Energy: Deployed more than 19,500 smart meters Smart Water: Remote irrigation control for the City’s green spaces & 77 fountains District Heating & Cooling Smart Transportation: Orthogonal bus routes Zero Emissions Mobility: Foster electric vehicle & electric charging Open Government & open data portal. 35
- 36. Rio de Janeiro Centro de Operacoes Rio is a state-of-the-art intelligent operations center, where managers monitor dozens of data feeds. Information is monitored in real time on weather traffic fire police medical services 30 state departments Private utilities Public transport Private transport CCTV cameras Drones 36
- 37. where is this leading us? ê more sensors ê more data ê better insights ê more knowledge smarter buildings smarter precincts & cities increased efficiencies more sustainable outcomes better user experiences
- 38. from bits to atoms to photons
- 40. 40 CityTouch – urban lighting management Source: Phillips CityTouch
- 41. 41 Infrastructure - light emitting highway Source: www.smarthighway.net
- 43. 43 Van Gogh bicycle path IIooTT -- PPhhiilllliippss hhuuee Source: Phillips hue
- 44. 44 Experiential - Digital light graffiti Source: Phillips CityTouch
- 45. 45 Soft stop Placemaking - Nature trail Public Art – SF Oakland Bay bridge Image: Toby Harriman Artist: Leo Villareal Film: Impossible Light
- 46. 46 Soft stop Placemaking - Nature trail Source: Jason Bruges Studio
- 47. We are living in an increasingly hyperconnected world. We are heading into a digitally literate world with high expectations. However the spaces, buildings & cities we live in, will only ever be as smart, livable and engaging as the effort we put into designing them. So lean in. Learn to embrace a new world of possibilities… Technology is not a threat. It’s an opportunity. 47