Reducing Energy Consumption by Innovation

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Presentation from the 2013 Atlantic Council Energy & Economic Summit expanded ministerial meeting. Presented by David Parekh, vice president, Research and Director United Technologies Research Center.

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  • PO Box 2349 White Salmon, WA 98672 509-493-4468 1331 Washington Street Vancouver, WA 98660 360-567-0950 www.newbuildings.org Energy Performance of LEED® for New Construction Buildings FINAL REPORT March 4, 2008 Prepared by: Cathy Turner, Senior Analyst Mark Frankel, Technical Director Prepared for: U.S. Green Building Council Brendan Owens 1800 Massachusetts Avenue NW, Suite 300 Washington DC 20056 Building Commissioning A Golden Opportunity for Reducing Energy Costs and Greenhouse Gas Emissions Evan Mills, Ph.D. Lawrence Berkeley National Laboratory Berkeley, CA 94720 USA Report Prepared for: California Energy Commission Public Interest Energy Research (PIER) July 21, 2009 For a downloadable version of the report and supplementary information, visit: http://cx.lbl.gov/2009-assessment.html Sponsored by the California Energy Commission, Public Interest Energy Research Program, through the U.S. Department of Energy under Contract No. DE-AC02-05CH11231.
  • Reducing Energy Consumption by Innovation

    1. 1. Reducing Energy Consumption by Innovation David Parekh Vice President, Research and Director United Technologies Research Center This document contains no technical data subject to the EAR or the ITAR.
    2. 2. Energy Challenge Buildings are the “invisible” large consumers of energy and emitters of CO2 Source: IEA “Worldwide Trends in Energy Use and Efficiency”, (2008)
    3. 3. Highly Energy Efficient Buildings Exist Technologies exist, systems must be climate- and use-adaptive Energy Retrofit 10-30% Reduction Cityfront Sheraton Chicago IL 1.2M ft2, 300 kW hr/m2 5753 HDD, 3391 CDD VS chiller, VFD fans, VFD pumps Condensing boilers & DHW LEED Design 20-50% Reduction Tulane Lavin Bernie New Orleans LA 150K ft2, 150 kW hr/m2 1513 HDD, 6910 CDD Porous radiant ceiling, humidity control, zoning, efficient lighting, shading Deutsche Post Bonn Germany 1M ft2, 75 kW hr/m2 6331 HDD, 1820 CDD No fans or ducts, slab cooling, façade preheat, night cool Very Low Energy >50% Reduction
    4. 4. Building Energy Efficiency: Problem Uncertainty, persistence and scalability-barriers to delivering energy efficiency from LBNL/DOE report from NIBS report  Energy efficient design is cumbersome  Energy performance optimization not cost effective  Delivered performance is uncertain  Performance gains/benefits do not persist  Deep gains in energy efficiency require system solutions  Information not visible and actionable for facility operator
    5. 5. Value of Integration Technology Stakeholder Value Early total solution trade-offs Plan Optimal building as system Design Reduce cost and schedule Build Reduce cost and improve functionality Safety and security Operate Building Lifecycle Technology Enables Turnkey solutions Thermal integration Design-to-service Energy savings Comfort Auto-commission and setup Real time monitoring, control, and diagnostics
    6. 6. Energy Efficient Buildings Study Recommendations 6
    7. 7. Energy Intensity 2050: Global/Local Strategic Challenge Energy Use (per capita) Turkey Stats (from TBCSD): Imported energy > 70 % Average yearly energy demand increase is around 4,6% after 1990. (for EU, this increase is 1,6%) Expected energy increase is 6,7-7,5% by 2020. Energy saving potential of buildings/construction sector is more than transportation and production reaching 8million TOE.

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