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Using Technology to Create Sustainable Green Buildings

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Using Technology to Create Sustainable Green Buildings. Jim Sinopoli Principal Smart Buildings Contributing Editor AutomatedBuildings.com. Ken Sinclair, Editor/Owner – PowerPoint PPT presentation

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Title: Using Technology to Create Sustainable Green Buildings


1
Using Technology to Create Sustainable Green
Buildings
  • Jim Sinopoli Principal Smart Buildings
    Contributing Editor AutomatedBuildings.com
  • Ken Sinclair, Editor/Owner
  • Online Industry Magazine www.AutomatedBuildings.co
    m

2
Using Technology to Create Sustainable Green
Buildings
  • We and International Exposition, the producer of
    AHR Expo 2008, welcome you to Chicago.
  • It has been a stormy year of politics, economics
    and radical changes that cries for more change
    and reinvention of almost everything.
  • Our buildings must be green while presenting a
    financial blue bottom line of sustainable
    connected real estate.
  • Our existing stock of large buildings inNorth
    America, which uses 50 more energy than they
    should, presents a huge opportunity.

3
Who are we and why are we here?
  • My name Ken Sinclair, Editor/Owner
  • My 10th year doing these sessions.
  • Jim Sinopoli, Principal, Smart Buildings
  • Contributing Editor AutomatedBuildings.com

4
Building Automation Sustainability
  • Whether you view the word Building as a noun or
    a verb the real goal we must achieve is
    Sustainability.
  • Reinvention of our Building Automation BA
    Industry is necessary.
  • For us to start Building Sustainability with
    Automation we must understand the opportunity
    upon us in smart grid and the Energy Independence
    and Security Act of 2007.

5
Buildings on the Grid
  • For Smart Grid to be effective, it must include
    deep integration with consuming systems such as
    controlled systems of HVAC and lighting in
    buildings.

6
You need to understand GridWise
  • 1100 1200  GridWise and the Nations Carbon
    Footprint  GWAC
  • 130-230pm B2G - Building to Grid - and the Next
    Frontier for BACnet  Tuesday, January 27
  • The second B2G (Building-to-Grid) Summit will
    explore opportunities for HVAC/BAS industry from
    the work underway to develop a smart electric
    grid (Smart Grid). Date Wednesday January 28,
    2009 Time Noon - 500, with networking reception
    from 500 - 600 pm

7
As well as Energy Economics and Evolving Energy
Standards
  • 130 230 Energy Economics in your
    Buildings Dave Branson, Compliance Services
    Group, Inc. and Ken
  • 930 1030 Green Buildings, BIM and Evolving
    Energy Standards Dave Branson and Ken
  • 1100 1200 Building to Grid Enabling
    Buildings to Trade Their Energy Toby
    Considine, Systems Specialist, UNC and Ken

8
  • a full day educational seminar, and the focus
    will be on Advanced Integrated Lighting Controls
  • January 27, 2009 900AM TuesdayBuilding
    Intelligence Tour at AHR Expo 2009
  • New developments in technologies, products, and
    systems combined with advancements in control
    strategies and greater potential for integration
    and cross-optimization with building systems make
    lighting controls more practical and effective
    than ever before.

9
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10
The new measured variable Carbon
11
Jim Sinopoli Principal, Smart Buildings
  • Author of Smart Buildings available on line
    atwww.bn.com
  • An International Smart Buildings Consultant
  • Is going to tell us about
  • - 22billion Carbon free City
  • - Dynamic Towers Dubai
  • - Googles Floating Cloud Data Center

12
MASDAR
  • Funded by Mubadala Development Company
  • Designed by Foster Partners
  • Powered entirely on solar energy and other
    renewable energy sources
  • Zero-carbon, zero-waste ecology
  • Abu Dhabi Future Energy Company (ADFEC)
  • Projected to cost US22 billion
  • Started in 2006, eight year construction
    schedule.
  • First phase 2009
  • 2.3 sq mi
  • 50,000 people
  • 1,500 businesses

13
MASDAR
  • Masdar Institute of Science and Technology (MIST)
  • Automobiles will be banned within the city
  • Public mass transit and personal rapid transit
    systems
  • City will be walled, to keep out the hot desert
    wind
  • Narrow, shaded streets that will also funnel
    breezes
  • Partners include through the Clean Tech Fund, GE,
    BP, Royal Dutch Shell, Mitsubishi, Rolls-Royce,
    Total S.A., Mitsui and Fiat

14
MASDAR
  • Power Sources
  • 40 to 60 megawatt solar power plant, built by the
    German firm Conergy (construction activity)
  • Larger facility and additional photovoltaic
    modules will be placed on rooftops to provide
    supplemental solar energy totaling 130 megawatts
  • Wind farms will be established outside the city's
    perimeter capable of producing up to 20 megawatts
  • Geothermal power
  • Hydrogen power plant
  • The city will not produce enough energy to power
    itself at night
  • Import gas-fired power from Abu Dhabis grid
  • Carbon accounting by exporting excess solar power
    to the grid during the day

15
MASDAR
  • Water
  • Solar-powered desalination plant
  • 60 percent lower water needs than similarly sized
    communities
  • 80 percent of the water used will be recycled
  • Attempt to reduce waste to zero
  • Biological waste will be used to create
    nutrient-rich soil and fertilizer
  • Waste incineration as an additional power source
  • Recycle

16
MASDAR SYSTEMS
  • Building operation
  • Electrical generation and distribution
  • Electrical energy meters
  • Water meters
  • Mechanical systems
  • Public health systems
  • Lighting control system
  • Automated shading system
  • Automated atrium roof lights
  • Vertical transportation
  • Public address system
  • Digital signage system
  • Sun tracking system
  • Irrigation system
  • Water features
  • Information portal system
  • Freight tracking RFID system
  • Personnel RFID system
  • MASDAR RFID tracking system
  • Life Safety and Security
  • Seismic monitoring
  • Structural anti-corrosion monitoring
  • Fire detection/alarm system
  • Fire Suppression systems
  • Intruder detection system
  • Closed circuit television system
  • Access control system
  • Emergency lighting system
  • Oxygen depletion monitoring system
  • Refrigerant leak detection system
  • Water leak detection system
  • Disabled refuge telephone system
  • Fire fighters telephone system
  • Smoke extract system
  • Fire pump
  • Sump pumps
  • Transportation

17
MASDAR SYSTEMS INTEGRATION
18
DYNAMIC TOWER
  • 80 floors, 1,380 feet tall,
  • First 20 floors will be an offices
  • Floors 21 to 35 will be a luxury hotel
  • Floor 36 through 70 will be residential
    apartments
  • Top 10 floors will be luxury villas
  • Constantly changing shape of the tower
  • Rotation takes up to 3 hours
  • Power from photovoltaic solar cells and 79 wind
    turbines
  • Only part of the tower built on site will be the
    skinny center core.
  • Each floor will be prefabricated.
  • Require 600 people in the assembly facility and
    80 technicians on the construction site.

19
DYNAMIC TOWER
  • Construction schedule 18 months
  • Photovoltaic cells placed on the roof of each
    rotating floor - 20 of each roof will be exposed
    to the sun
  • Bosch Rexroth of Bosch Group, World leader of
    drive and control system is in charge of the
    engineering and manufacturing of all systems
    related to the
  • Mechanics of the revolving floors and interface
    between the floor (Plumbing, Electricity, etc) as
    well as the computerized control system.

20
DYNAMIC TOWER
  • Draw electricity from a circular "third rail" in
    the core
  • Water supply and sewer consist of local tanks for
    each unit like a mobile home or RV.
  • Kitchen/bathrooms within the core to avoid any
    issues with plumbing connectivity
  • Pipes will connect to the core via attachments
    similar to the ones used by military aircraft for
    in-flight refueling.
  • Create enough energy to power to the entire tower

21
Googles Floating Data Center
  • Uses the ocean to provide power and cooling
  • Container-based data center (crane-removable
    modules)
  • Computers inside standard shipping containers to
    make them more portable
  • Quickly displaced and in service
  • Modularization also makes maintenance simpler
  • Located 3 to 7 miles from shore, in 500 to 700
    feet of water.
  • 40 megawatt data centers
  • Dont require real estate or property taxes.
  • Pelamis Wave Energy Converter units (roughly one
    unit per megawatt)
  • Wave farms
  • A side-view concept drawing taken from Google's
    patent filing for a "water-based data center," a
    floating facility that would be powered by
    wave-generated electricity. 

22
Googles Floating Data Center
  • Data center containers could be stacked two or
    more high, so that each data barge could hold 12
    or more containers.
  • Undersea cables
  • Google partnering with five other companies in
    building an undersea communications cable across
    the Pacific, which could provide high-speed
    connectivity to new Google data centers in Asia.
  • Signaling mechanisms such as strobe lights,
    flags, and horns to alert other ships of the
    existence and location of its data centers.
  • Questions about jurisdiction and which laws would
    govern
  • US territorial waters extend 12 nautical miles
    other nation from 3 to 200 miles

23
Chicago AHR Expo Surpasses 2008 New York Show
  • Over 1,900 exhibiting companies will display
    products across 395,000 square feet of space at
    Chicagos McCormick Place.
  • A wealth of new products and technologies for
    the first time, as well as attend 70 educational
    sessions and workshops presented by the
    industrys leading trade associations on a
    variety of topics ranging from achieving
    sustainability and energy reduction to best
    practices and the latest trends and techniques
    in the HVAC/R industry.

24
2009 AHR Expo Innovation Award Winner
25
BUILDING AUTOMATION Honorable Mentions 2009
  • American Auto-MatrixProduct BBC-SD (BACnet
    Building Controller Small Display)
  • Company Delta ControlsProduct Delta Controls
    Touchscreen - HMI, BACnet Operator Display
  • Company Lynxspring, Inc.Product JENEsys snap!
    energy management system
  • Company FieldServer TechnologiesProduct
    ProtoCessor OEM industrial protocol module
  • Company Reliable Controls CorporationProduct
    SMART-Space Controller

26
Building Automation Showcase
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