Johnson Controls A global diversified company in the building and automotive industries February 10,...
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Transcript of Johnson Controls A global diversified company in the building and automotive industries February 10,...
Johnson Controls A global diversified company in the building and automotive industries
February 10, 2011
Megan McNamara ‘10 Gerard Marciano ‘82, ‘97
Johnson Controls is a globally diversified company in the building and automotive industries
Johnson Controls2
Automotive Experience
A global leader in automotive
seating, overhead systems,
door and instrument panels,
and interior electronics.
Building Efficiency
A leading provider of
equipment, controls and
services for heating, ventilating,
air-conditioning , refrigeration,
and security systems for
buildings.
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.
Our success is enabled by the commitment and dedication of our 142,000 employees serving customers in more than 150 countries
Johnson Controls3
Awards and Recognition
Johnson Controls4
Automotive Experience: Consumers have enjoyed the comfort and style of our products, from single components to complete interiors
Johnson Controls6
Interiors ElectronicsSeatingSeating
Instrument Panels
Floor Consoles
Door Panels
Headliners
Overhead Systems
Overhead Consoles
Sun Visors
Functional Plastics
Complete Seat Systems
Seating Components
Metal Structures
Mechanisms
Foam & Trim
Just-In-Time Manufacturing
Components and Systems for
Driver Information
Connectivity
Telematics
HomeLink
Compass
Body Electronics
Battery Monitoring Systems
Power Solutions has global leadership in the development of advanced energy storage solutions
Johnson Controls7
$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
Market leader for start-stop batteries
Produced more than 2.6 million absorbent glass mat (AGM) lead-acid batteries
5%-12% fuel savings
Ford Transit Connect Electric launching in 2011
Volkswagen EV program
SeatingAdvanced Lead-Acid Micro Hybrid Start-Stop Vehicles
Li-Ion Hybrid Electric Vehicles
Li-Ion Electric Vehicles
Building EfficiencyExpertise across the building lifecycle
Johnson Controls8
Building Lifecycle
Plan & Assess Acquire & Design Construct Operate/Maintain
Strategic Consulting
Portfolio Management
Customers want sustainable facilities
Acquisition Services
Workplace Design
Optimize / Reconfigure Space
HVAC Equipment
Controls & Integration
Security & Fire
HVAC Services
Maintain, Repair, Replace
Facility ManagementGreen buildings affect lease rates, occupancy
and sales per sq. ft.
Must use less energy
Link multiple systems to reduce consumption
Protect assets
Required maintenance on equipment lowers cost and emissions
Portfolio spend identifies improvement
opportunities
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: 1.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. 2.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.
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
Recognized throughout the world
3.8 million visitors per year
102 stories and 2.8 million square feet
CO2 emissions of 24,000 tons per yr
$11 million in annual energy costs
Peak office building demand of 9.5 MW
88 kBtu per SF per yr for the office building
Program Motivation 1: Create Replicable Climate Solution
The observed growing buildup of greenhouse gas concentrations in the atmosphere is causing global climatic disruption
Source: Stern Review (2006), IPCC Fourth Assessment Report
Target 20 GtCO2e by 2050 to mitigate risk
2008 2030 20500
20
40
60
80
100
5562
85
Bu
sin
ess
As
Usu
al
Em
issi
on
s (G
tCO
2e
/yr)
-64%
-68%
The world needs to reduce greenhouse gas emissions by ~75% by 2050
-72%
Program Motivation 2: Build Competitive Advantage
“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
Demonstrate leadership, innovation to preserve ESB’s iconic reputation
Improve tenant comfort and building’s
marketability
Reduce opex and capex for owner and
for tenants
Invest in Energy Efficiency the cheapest, cleanest, fastest energy source
Innovative Approach
Identifying Opportunities
Modeling Measures
• 60+ energy efficiency ideas were narrowed to 17 implementable projects.
• Team estimated theoretical minimum energy use
• Calculate NPV, GHG savings, and $/ton-reduced for each measure.
• Measures grouped into packages balancing carbon and and economic impact:
• NPV Max• NPV Mid• NPV Neutral• CO2 Max
Creating PackagesEnergy & Financial
Modeling
• An iterative energy and financial modeling process led to the best case solution.
• 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
Innovative Approach:Whole-building energy simulation modeling
Guide design and perform M&V with whole building energy simulation modeling to capture interactive effects
en Shot
Innovative Solutions:Comprehensive program of sustainability measures
Building Automation
Chiller Retrofit
Radiator Insulation
Windows Tenant Energy Management
Power Generation
VAV AHU’s
Tenant Day/Lighting,
Plugs
Green Cleaning and Pest Control
Recycled Content
Carpeting
Low-Emitting Covering Materials
Build-out Design
Standards
JCI will guarantee and deliver the largest fraction of the energy savings through near-
term building improvement measures
JCI 51%
ESB 26%
Tenants 24%
Accountability for Energy
Cost Savings
Adjusted Base-line
JCI ESB Tenant Sustainability Program De-
sign Case
$0
$2
$4
$6
$8
$10
$12
$11.4M
$7.2M
19% Savings
10% Savings
9% Savings
38% Annual Energy Cost Savingsonce fully implemented
An
nu
al E
ne
rgy
Sp
en
d (
$M
/ye
ar
)I. PROGRAM SUMMARYInnovative Solutions:
Shared Responsibility for Implementation
Achieving all the savings requires action by 3 key partners
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
Innovative Solutions:Financial solution for guaranteed cost savings
Johnson Controls is responsible for design, construction, cost, and overall delivery of desired benefits to the owners
Performance contract includes 5 projects:• guaranteed maximum cost of $18.5 million• guaranteed annual energy cost savings of $2.1 million per year
Benefits of performance contract model• Unambiguous accountability and performance• Is flexible to address unique working conditions; • Provides transparency through open book GMP contracting
Net Savings (Positive Cash Flow)BaseEnergySpend
New Energy SpendBenefi
t
Year 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
Project Payment
Innovative Solutions:Near-term measures in JCI performance contract
$0
$2
$4
$6
$8
$10
$12
$11.4M
$9.3M
3%2%
8%
6%0.2%
19% Annual Energy Cost Savingsonce fully implemented
Ann
ual E
nerg
y S
pend
( $
M/y
ear
)
Anticipated Program Outcomes for ESB
$22M NPV over 15 years
$4.4M/yr opex savings
$4.6M capex Savings
38% Energy & GHG reduction
Reduced tenant utility bills
Fewer tenant comfort complaints
90 Energy Star rating
12 energy points for LEED-EBOM rating
3 Green Globes rating
Decreased vacancy
Increased rent