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Johnson Controls A global diversified company in the building and automotive industries

February 10, 2011. Johnson Controls A global diversified company in the building and automotive industries . Megan McNamara ‘10 Gerard Marciano ‘82, ‘97. Johnson Controls is a globally diversified company in the building and automotive industries. Building Efficiency

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Johnson Controls A global diversified company in the building and automotive industries

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  1. February 10, 2011

    Johnson Controls A global diversified company in the building and automotive industries

    Megan McNamara ‘10 Gerard Marciano ‘82, ‘97
  2. Johnson Controls is a globally diversified company in the building and automotive industries Building Efficiency A leading provider of equipment, controls and services for heating, ventilating, air-conditioning , refrigeration, and security systems for buildings. Automotive Experience A global leader in automotive seating, overhead systems, door and instrument panels, and interior electronics. Power Solutions The global leader in lead-acid starter batteries, advanced lead-acid batteries for Start-Stop vehicles and Lithium-ion batteries for hybrid and electric vehicles. Johnson Controls
  3. Our success is enabled by the commitment and dedication of our 142,000 employees serving customers in more than 150 countries Johnson Controls
  4. Awards and Recognition Johnson Controls
  5. Our Businesses
  6. Automotive Experience: Consumers have enjoyed the comfort and style of our products, from single components to complete interiors Interiors Electronics Seating Seating Instrument Panels Floor Consoles Door Panels Headliners Overhead Systems Overhead Consoles Sun Visors Functional Plastics Components and Systems for Driver Information Connectivity Telematics HomeLink Compass Body Electronics Battery Monitoring Systems Complete Seat Systems Seating Components Metal Structures Mechanisms Foam & Trim Just-In-Time Manufacturing Johnson Controls
  7. Power Solutions has global leadership in the development of advanced energy storage solutions Li-Ion Hybrid Electric Vehicles Li-Ion Electric Vehicles Advanced Lead-Acid Micro Hybrid Start-Stop Vehicles Seating $299.2 million grant from the U.S. Department of Energy to build a sustainable advanced vehicle industry in America World’s first li-ion manufacturing facility in Nersac, France; 1st U.S. plant began shipping September, 2010 Mercedes Benz S-Class, BMW 7 Series, Azure Dynamics hybrid commercial vehicles Ford Transit Connect Electric launching in 2011 Volkswagen EV program Market leader for start-stop batteries Produced more than 2.6 million absorbent glass mat (AGM) lead-acid batteries 5%-12% fuel savings Johnson Controls
  8. Building EfficiencyExpertise across the building lifecycle Building Lifecycle Plan & Assess Acquire & Design Construct Operate/Maintain Strategic Consulting Portfolio Management Acquisition Services Workplace Design Optimize / Reconfigure Space HVAC Equipment HVAC Services Maintain, Repair, Replace Must use less energy Controls & Integration Required maintenance on equipment lowers cost and emissions Customers want sustainable facilities Link multiple systems to reduce consumption Green buildings affect lease rates, occupancy and sales per sq. ft. Facility Management Security & Fire Portfolio spend identifies improvement opportunities Protect assets Johnson Controls

  9. Efficiency Now at an Empire Scale Empire State Building Sustainability Program

  10. Project Summary MISSION: Develop integrated sustainability program for the Empire State Building to transform the global real estate industry by transparently demonstrating how to create a competitive advantage for building owners and tenants through profitably retrofitting existing buildings. MOTIVATION: The world needs to reduce greenhouse gases by approximately 75% by 2050, and retrofits in existing commercial buildings are a critical component of the solution. Building owners can gain competitive advantage from sustainability programs by reducing costs, providing superior environments, and capturing higher potential rents. PROGRAM SUMMARY: The program includes energy efficiency retrofits, build-out design standards, a tenant energy management program, leasing and marketing initiatives At current energy costs, ESB will cost-effectively reduce energy use by 38% and save 105,000 metric tons of CO2 over the next 15 years. The net present value of these actions is $22 million. The cornerstone of the program is energy efficiency retrofits including 8 key measures ranging from base building infrastructure improvements to tenant engagement.
  11. Historic Project at a Historic Building To create a replicable model for profitably reducing the climate impacts of buildings, our team has developed an sustainability program for the Empire State Building
  12. Program Motivation 1: Create Replicable Climate Solution The observed growing buildup of greenhouse gas concentrations in the atmosphere is causing global climatic disruption The world needs to reduce greenhouse gas emissions by ~75% by 2050 -72% -68% -64% Target 20 GtCO2e by 2050 to mitigate risk Source: Stern Review (2006), IPCC Fourth Assessment Report
  13. Program Motivation 2: Build Competitive Advantage Reduce opex and capex for owner and for tenants “The goal with ESB has been to define intelligent choices which will either save money, spend the same money more efficiently, or spend additional sums for which there is reasonable payback through savings.  Addressing these investments correctly will create a competitive advantage for ownership through lower costs and better work environment for tenants.”  - Anthony E. Malkin, Empire State Building Invest in Energy Efficiency the cheapest, cleanest, fastest energy source Improve tenant comfort and building’s marketability Demonstrate leadership, innovation to preserve ESB’s iconic reputation
  14. Innovative Approach Define theoretical minimum energy use Use comprehensive set of tools and benchmarks Guide design with whole building energy simulation modeling to capture interactive effects Evaluate financial and carbon impact through iterations Identifying Opportunities Energy & Financial Modeling Modeling Measures Creating Packages Calculate NPV, GHG savings, and $/ton-reduced for each measure. Measures grouped into packages balancing carbon and andeconomic impact: NPV Max NPV Mid NPV Neutral CO2 Max An iterative energy and financial modeling process led to the best case solution. 60+ energy efficiency ideas were narrowed to 17 implementable projects. Team estimated theoretical minimum energy use
  15. Innovative Approach:Whole-building energy simulation modeling en Shot Guide design and perform M&V with whole building energy simulation modeling to capture interactive effects
  16. Innovative Solutions:Comprehensive program of sustainability measures JCI will guarantee and deliver the largest fraction of the energy savings through near-term building improvement measures
  17. I. PROGRAM SUMMARY Innovative Solutions:Shared Responsibility for Implementation Short-term <2yr projects: Windows Radiator Insulation Building Controls Chiller Tenant Energy Mgmt Near-to-mid term <9yr projects: Variable Air Volume (VAV) Air Handler Units Tenant Energy Mgmt Near-to-long term <12yr projects: Lighting Daylighting Plug Load Efficiency Achieving all the savings requires action by 3 key partners
  18. Innovative Solutions:Financial solution for guaranteed cost savings Base Energy Spend Net Savings (Positive Cash Flow) Project Payment Benefit New Energy Spend Year 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
  19. Innovative Solutions:Near-term measures in JCI performance contract
  20. Anticipated Program Outcomes for ESB
  21. Efficiency now. Johnson Controls Site http://www.johnsoncontrols.com/publish/us/en/products/building_efficiency/HVAC_Design_Center.html ASHRAE site http://www.ashraeregion1.org/
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