Johnson Controls International Plc · NYSE:JCI
Johnson Controls International — Optimum Energy — Investor Presentation (December 2011)
37 slides from Johnson Controls International's investor presentation, Dec 13, 2011
Slide 1: Johnson Controls – Central Plant Optimization 30
Johnson Controls – Central Plant Optimization 30 Shannon McAuliffe- Account Executive Optimum Energy December 13th, 2011 Wayne Green- Energy Engineer Optimum Energy © Optimum Energy
Slide 2: Agenda
Agenda OE Corporate Overview OE & JCI Partnership Optimization p Overview First Law: Measure Second Law: Optimize System Third Law: Continuous and Dynamic Optimization Case Studies 2
Slide 3: OE Corporate Overview
OE Corporate Overview e | Optimum 4: ARCHITECTING INTELLIGENT ENERGY SOLUTIONS —_
Slide 4: Our Expertise
Our Expertise Key Differentiators Engineering expertise and partnerships ensure b best l in class l solutions h deliver that d l d sustained energy efficiencies Cloud-based analytics and management deliver constant commissioning with real-time real time reporting, reporting trend analyses and optimi
Slide 5: Optimum Energy Overview
Optimum Energy Overview Optimum Energy operates at the intersection between network and mechanical h i l systems. t Our expertise in both disciplines makes us uniquely qualified to deliver the promise of energy efficiency. Real solutions that produce proven results. results 5
Slide 6: JCI & OE Partnership
JCI & OE Partnership _ | Optimum 4 ARCHITECTING INTELLIGENT ENERGY SOLUTIONS —_
Slide 7: The Pyramid of Optimization
The Pyramid of Optimization Operating Decisions Design Decisions
Slide 8: Systems Integration Approach to Optimization
Systems Integration Approach to Optimization Optimum MVM™ mization Engiineering Services O ti Optimum LOOP™ A li ti Application Networked Optimization Appliance Building Automation / Management System VFDs VFDs VFDs VFDs Chilled Optim Condenser Chillers Water Tower Fans Valves Sensors Meters Pumps P
Slide 9: Optimization Overview
Optimization Overview _ | Optimum 4 ARCHITECTING INTELLIGENT ENERGY SOLUTIONS —_
Slide 10: The Case for Central Plant Optimization
The Case for Central Plant Optimization Chiller plants are one of the largest energy savings opportunities NOTE: 38% is a conservative measure for HVAC. The US Department of Energy usually quotes 50%. 10
Slide 11: The 3 Laws of Optimization
The 3 Laws of Optimization ‘3 (a THE 3 LAWS OF OPTIMIZATION a) You cannot optimize what you cannot measure >) Optimize systems, not components 7) Optimization must be continuous and dynamic to maximize efficiency / at si CORE TT iH ARCHITECTING INTELLIGENT ENERGY SOLUTIONS
Slide 12: First Law: Measure
First Law: Measure _ | Optimum 4 ARCHITECTING INTELLIGENT ENERGY SOLUTIONS —_
Slide 13: Preliminary Site Assessment
Preliminary Site Assessment Completed Site Assessment Form (SAF) Collected plant data including Building size and description; area cooled Type of control system Number of chillers, description of chillers, operating schedule Total number of chillers operated at any one time Utility rates Use of ‘fr
Slide 14: Chiller Plant Efficiency Scale
Chiller Plant Efficiency Scale Legacy Chiller Plants Conventional Plants Efficient Plants Highly Efficient VSD Plants Chiller Plant Efficiency Scale – Current and Projected Average annual chilled water plant efficiency in kW/ton. Input includes: chillers, tower fans, condenser pumps, and chilled wat
Slide 15: Example of Projections During Site Financial Analysis
Example of Projections During Site Financial Analysis 54 % Efficiency Improvement 1.11 .63 Current Projected Chiller Plant Efficiency Scale – Current and Projected Average annual chilled water plant efficiency in kW/ton. Input includes: chillers, tower fans, condenser pumps, and chilled water pumpin
Slide 16: Real-time Measurement, Verification & Management
Real-time Measurement, Verification & Management OptimumMVM provides 24/7 access to efficiency performance metrics critical to benchmarking and maintaining efficient operation year after year. Web-based for 24/7 access to real- time and historical performance information. information Data presented
Slide 17: Plant Performance Overview
Plant Performance Overview Plant Overview enables building owners and operators to see essential plant components operating parameters. 17
Slide 18: Pre- & Post- Efficiency Measurements
Pre- & Post- Efficiency Measurements OptimumLOOP Month Ton-hrs Old kWh Old kW/ton Savings kW/ton Nov-09 395,395 395,241 1.00 0.66 134,280 Dec-09 259 478 259,478 331 592 331,592 1 28 1.28 0 68 0.68 155 147 155,147 Jan-10 231,408 299,829 1.30 0.78 119,330 Feb-10 242,092 309,528 1.28 0.60 164,272 Mar-1
Slide 19: Second Law: Optimize System
Second Law: Optimize System | Optimum 4 ARCHITECTING INTELLIGENT ENERGY SOLUTIONS —_
Slide 20: Building Cooling Load Profiles
Building Cooling Load Profiles 20
Slide 21: All-Variable Speed Plants
All-Variable Speed Plants 21
Slide 22: It Takes More than Variable Speed to Save
It Takes More than Variable Speed to Save Reducing energy & water use requires smart algorithms that: REDUCE: Chiller Energy vary y CHW temps,p , CHW flow,, CDW flow,, CDW temps P Pump Energy E g simultaneously System Energy Steam Energy without hunting Water Use Intelligent coordination between chi
Slide 23: Before & After - Total Plant kW/ton
Before & After - Total Plant kW/ton 23
Slide 24: Third Law: Continuous and Dynamic Optimization
Third Law: Continuous and Dynamic Optimization
Slide 25: Central Plant Optimization (CPO) 30 Powered by Optimum Energy
Central Plant Optimization™(CPO) 30 Powered by Optimum Energy Up to 60% energy savings Optimization software advises BAS A i continuous Automatic, i dj adjustments to meet real-time building loads Relational control algorithms to meet load with i h lleast possible ibl energy Works best with all VSD
Slide 26: CPO 30: Automatic, Continuous Adjustments
CPO 30: Automatic, Continuous Adjustments BAS CPO30 Building Automation System Central Plant Optimization Chiller How CPO30 works with the BAS: 1 It receives 1. i data d t about b t system t performance f and d building loads from the BAS 2. It uses patented algorithms to calculate the most energy e
Slide 27: CPO 30: Persistent Results for the Life of the Plant
CPO 30: Persistent Results for the Life of the Plant BAS CPO30 Optimum MVM Building Automation System Central Plant Optimization Measurement and Management Cloud Chiller Customer Service Sensors Desktop VSDs on pumps, cooling tower fans Customer Site Customer Service Center 27
Slide 28: Customer Facing Engineering Process
Customer Facing Engineering Process Assess Assess. Analyze Analyze. Design Design. Implement Implement. Save Save. Optimization Optimization Optimization Optimization Optimization Preliminary Assessment Analysis and Design Architecture Proposal Implementation Continuous Commissioning Conduct Present
Slide 29: Johnson Controls Central Plant Optimization 30 Powered by Optimum Energy
Johnson Controls Central Plant Optimization™ 30 Powered by Optimum Energy Optimization software advises Metasys or any other BAS 20-60% energy savings (including benefit from mechanical upgrades) Requires effective BAS Works best with all VSD plants Automatic, continuous adjustments A d to
Slide 30: Case Studies
Case Studies 4 ARCHITECTING INTELLIGENT ENERGY SOLUTIONS
Slide 31: Case Study: University of Texas at Austin
Case Study: University of Texas at Austin Situation University of Texas at Austin’s District Cooling station serving 200 buildings Energy prices tripled in less than 10 years Use less power & meet growing cooling demand Solution Replaced Cooling Station #6 with a new, all-VSD plant Installed 3 new 5
Slide 32: Case Study: Cleveland State University
Case Study: Cleveland State University Situation 3,800,000 sq. ft. campus in Cleveland, OH Requires majority of load operates from 7am to 10pm, but laboratory and student housing load is 24/7 Solution Two 2,750-ton, one 1,000-ton York chillers and two 1,000-ton Trane chillers and managed by a Metasy
Slide 33: Case Study: Aventine Complex
Case Study: Aventine Complex Situation 20-plus year old, commercial multi-use, 250,000 sq. ft. building Drive to reduce operating costs and achieve LEED Platinum certification S l i Solution Two 300-ton Turbocor chillers retrofitted with oil-less VFD centrifugal compressors and managed by an Alerton
Slide 34: Customers
Customers “OptimumHVAC IS EXCEEDING EXPECTATIONS AND THE OPERATORS LOVE IT. THIS IS THE FIRST OPTIMIZATION SYSTEM | HAVE BOUGHT THAT ACTUALLY WORKS.” — KEVIN KURETICH, PE., ASSOCIATE DIRECTOR OF PLANT OPERATIONS, UNIVERSITY OF TEXAS AT AUSTIN “Achieving an ENERGY STAR rating of 100 is unprecedented
Slide 35: THANK YOU.
THANK YOU. Engineered. Deployed. Proven. © Optimum Energy
Slide 36: www.jci.com/hvacdesign
www.jci.com/hvacdesign j / g www.jci.com/cpo THANK YOU. Engineered. Deployed. Proven. © Optimum Energy
Slide 37: Customers
Customers http://www.youtube.com/watch?v=QcfVzUj2BTg 37
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