Non-Invasive Retrofit Solutions for Enhancing the Environment of Care in Healthcare Facilities Expanding Markets and Increasing Competitiveness V-C.

Slides:



Advertisements
Similar presentations
A CASE STUDY in actual energy conservation
Advertisements

Improve Facility Operation through Commissioning-A Case Study Mingsheng Liu, Ph.D., P. E. University of Nebraska.
Intro to Enersol What is Retro-commissioning? Define Benefits of Retro-commissioning Define Retro-commissioning Process Discuss Retro-commissioning Findings.
Tom Johanson – DNV KEMA Senior Engineer Building Automation Systems.
Retrofitting Existing Buildings for Demand Response & Energy Efficiency V6.0.
Gridlogix, Inc. Case Studies XML Symposium Anaheim, CA January 27, 2004 XML Web Services Case Studies in the HVAC Industry Tim Huneycutt,
Innovative Air Distribution for Healthcare Facilities.
University of Iowa Indoor Practice Facility Outside-the-box HVAC Lincoln Pearce, PE – KJWW Engineering David Hahn – University of Iowa Chilled Water Plant.
UTPA Energy Conservation Initiatives Oscar Villarreal Director, Facilities Management David Ortega Assistant Director, Energy Manager.
Smart Devices. Smart Buildings. Smart Business The Potential for DCx Technology Enabled HVAC Operation Scot Duncan, P.E.
ENERGY CONSUMPTION: MANZANITA HALL ENERGY UPGRADES BEN COHNDANNY GARNETT AUSTIN FROGGEPAUL SAIGEON MATT DUNCAN.
Energy Saving DDC Control Strategies
Technical And Financial Benefits Of Retro-Commissioning Initiatives Society of American Military Engineers Northern Virginia Post January 6, 2011 Presented.
TAC - Intelligent Infrastructure and Energy Efficiency.
Energy Management with the use of an Intelligent Building Management System.
ZonePRO™ Modulating Thermostats July 10, Introduction Honeywell now offers an easy-to-use thermostat ideal for analog and floating control jobs.
Title Subtitle WebVision Product Overview. 2© HONEYWELL WebVision Overview: Outline Introduction - Portfolio-fit - Architecture Product.
WebStat™ Customer Sales Presentation June WebStat.
© 2010 McQuay International 1 McQuay Delivered VAV System Product Overview October 2010.
Deep retrofits: You get what you pay for Leslie Kramer, Stanford University and Jonathan Schoenfeld, kW Engineering June 17, 2014.
Utility Rebates Services and Funding to Help Build “Green” Restaurants and Hospitality Facilities Tom Coughlin Program Manager.
Static Pressure Control Loop The purpose of the static pressure control loop is to maintain an optimal static pressure in the ductwork. The control loop.
Commissioning for Sustained Building Performance Building Performance Heifer Village Little Rock, AR 09/17/10 Retrocommissioning | RCx (Existing Building.
Service Section Technical Training Dec A Standard Wireless Networking Protocol Zigbee Wireless Technology.
Phoenix Convention Center Phoenix, Arizona HVAC Re-tuning at GSA and Army Reserve Facilities: A Low-Cost Path to Energy Efficiency and Cost Savings Integrated.
Leveraging Big Data to Drive Big Changes in a Big Way Don Guckert, P.E., APPA Fellow Associate Vice President & Director of Facilities Management The University.
April, 2002Energy Audits1 April, 2002 Ryan Stroupe, Pacific Energy Center DeAnza College: ES 76 Energy Reliability and Your Organization Energy Auditing.
Name of Building(s) or Project Speaker(s) Organization(s)
Phoenix Convention Center Phoenix, Arizona Integrative Design: Deep Energy Approach Track 6: Integrated Energy Session 5: Integration of the Energy Industry.
1 Drivers for Building Life Cycle Integrations Jim Sinopoli.
VAV Box Control Loop The purpose of the VAV Box control loop is to adjust airflow through the box to maintain a space temperature. The difference between.
Background Source: Cisco Typical Building Lifecycle (Cisco, 2005) –More than 75% of Expenses occur in the Operating Period –But most of the time and focus.
Using Technology to Manage Energy Bob Schoch-Director of Business Administration Tom Schneider-Supervisor of Operations.
How Facilities Can Help Commitment by facilities director Facilities energy committee Energy officer position Include conservation commitment in: Strategic.
Kendal Energy Policy Plan Community strives to: Carbon footprint reduction Promote the use of renewable resources Pursue other measures that can enhance.
Prepared For: Prepared By: 100 Montgomery Street, Suite 600 San Francisco, CA Market Street San Francisco, CA The Benefits of Retrocommissioning.
Gilbarco Veeder-Root. Wisdom Intro Wisdom ™ IDM Wisdom is an integrated business intelligence platform that links data from all major fueling and store.
Energy Program Implementation Reducing Operational Expense by Benchmarking and Continuous Improvement Practices.
Staying Ahead of the Curve IFM Outsourcing pushes the envelope on energy savings Chris Pesek, Managing Director Integrated Facilities Management, JLL.
Wireless Pneumatic Thermostat Savings Estimates April 2010.
AstraZeneca R&D Boston Waltham Energy Reduction Initiative 2016 Green Labs Symposium.
Energy Solutions for Business Owners Presented by: [Put your name here] Welcome to... Your Logo Here.
Harness the Power of your Operating Budget to Enhance your Learning Environment MASBO Winer Conference – Jackson, MS.
Legacy Metasys® Installations
HVAC Replacement Case Study
Building Automation System
Operating Room HVAC Waste Reduction Jason Lang, MD, Seema Gandhi, MD University of California San Francisco Carbon Neutrality Initiative Fellowship Introduction.
Sean Weber Energy Engineer
Sustainability Best Practices
WIRELESS REPEATER (WPT-810-RPT) FEATURES:
Chronic Disease and Remote Patient Monitoring in the United States
Whole Building Retro-Commissioning at BU’s Photonics Center
“It isn’t easy being green” Kermit the Frog …UNTIL NOW
Energy Savings Projects
Commissioning at NYP Joseph Lorino, PE, LEED Vice President
Session 10 –roundtable – Labs and Controls Systems
By: John D. Villani, P.E., LEED AP, QCxP, CEM, GBE
FMANZ SUMMIT % OF YOUR CURRENT ENERGY USE IS PROBABLY WASTE
Retrofitting Existing Buildings for Energy Efficiency and Auto-Demand Response: Sacramento State’s California Smart Grid Center
Agenda Who is Cypress Envirosystems?
Who is Cypress Envirosystems?
The most exciting DDC control to be introduced in the last 30 years.
The Trend BMS An Introduction to BMS
Auto-Demand Response Slides
Trane Care Energy RTHD Adaptive Frequency Drive retrofit.
Cost effective migration from Metasys® N2 to BACnet
The most exciting DDC control to be introduced in the last 30 years.
Walt Dubois, PE and CHFM St. Joseph’s Hospital Phoenix, Arizona
Dynamic Chiller Optimization The Next Level of Retro-Commissioning
NASA Ames Saves Energy and Reduces Project Costs with Non-Invasive Retrofit Technologies The Wireless Pneumatic Thermostat Enables Energy Efficiency Strategies,
Presentation transcript:

Non-Invasive Retrofit Solutions for Enhancing the Environment of Care in Healthcare Facilities Expanding Markets and Increasing Competitiveness V-C

Identify joint opportunities for quick wins Today’s Objectives Introduce Cypress Envirosystems Demonstrate how Cypress’s healthcare solutions can help Trane: Expand its addressable market Increase competitiveness and grow market share Realize immediate sales Identify joint opportunities for quick wins Which opportunities? Who are the relationship champions?

Who is Cypress Envirosystems? Heritage Subsidiary of Cypress Semiconductor (NASDAQ: CY) Quality-driven processes Deep technology experience: Cypress wireless devices are in 100 million devices all around us Sister company of SunPower Leadership CEO: Harry Sim, ex-Honeywell executive (15yrs.) Executive staff: Over 100 years of facilities and energy experience Mission Modernize existing facilities Develop technologies that cost 60-80% less than existing solutions Enable retrofits that install in minutes, avoid disruption, require little or no retraining Target payback of less than 18 months Cutting Edge Silicon Valley Technology Applied to Legacy Facilities

Solutions for Improving the Patient Experience, Reducing Risk, and Increasing Productivity Typical Problems Non-Invasive Solutions Enhancing the Environment of Care Better patient experience Improve patient satisfaction surveys Records for Joint Commission Happier staff Avoid costly failures and downtime Improve O&M Save energy Pneumatic Thermostats WIRELESS PNEUMATIC THERMOSTAT “Go from Pneumatic to DDC in minutes” Laboratory Freezer Failures WIRELESS FREEZER MONITOR “Predicts and Avoids Costly Freezer Failure” Leaking Steam Traps WIRELESS STEAM TRAP MONITOR “Avoid Expensive Steam Leaks” Dial Gauges WIRELESS GAUGE READER “Remotely Read Gauges in minutes”

70% of Healthcare Facilities Still Have Pneumatic Thermostats Waste energy, more maintenance, unhappy patients/staff… No Visibility, No Night Setback, No Zone Control, No Optimal Start/Stop, No Occupancy Override… High Cost to Retrofit to DDC Market rate of $2,000 - $3,000 per zone for traditional DDC retrofit DDC Retrofits are Disruptive Open Walls, Ceiling, Exposure to Asbestos Require infection control Typical Legacy Pneumatic Thermostats Retrofitting Existing Buildings is a PAIN IN THE NECK!!

The WPT enables zone control without disrupting patients DDC retrofits require opening walls and running wire which drive up costs WPT retrofits can be done now instead of waiting years for major renovations The WPT provides benefits of DDC zone control 20-minute retrofit 80% lower cost Minimal disruption—no infection control needed Traditional DDC Retrofit is Invasive WPT Provides DDC Zone Control without Disruption Step 1 Step 2 Step 3 Step 4 Step 5 Identify pneumatic thermostat type Remove thermostat and backplate Install WPT backplate to wall Attach pneumatic pipes to WPT Hang on wall and integrate with BAS

Case Study: St. Joseph’s Hospital, Phoenix, Arizona Founded in 1895 by Sisters of Mercy, first hospital in Phoenix Part of Catholic Healthcare West 673-bed hospital, largest in Arizona Many legacy systems from several building phases spanning 60 years

80% Lower Cost, 5% of the Time vs. Conventional DDC The WPT provides the benefits of DDC without the cost, disruption or invasiveness Noninvasive retrofit means no need for infection control and no disruption to patients The WPT provides: Remote visibility and control Diagnostic information Auto calibration Wireless Pneumatic Thermostat DDC WPT Cost $80,000-$100,000 $15,000 Project time 2-3 months 3 days Infection Control Required Not Needed Disruption Significant Minimal “We were in and out of the room in seven minutes.” -John Vigh, Parker Design & Construction

St. Joseph’s Realized Benefits Payback: 18 months Patient satisfaction: Recorded fewer hot/cold calls Energy Savings: 12% energy savings Maintenance Cost Savings: Diagnostic data helped prioritize maintenance Faster troubleshooting time No calibrations “Patient satisfaction from better environmental/comfort controls had a positive effect on the patient experience.” -Walt Dubois, St. Joseph’s Hospital

The WPT provides the remote visibility needed to make maintenance easier, troubleshooting faster, and patients and staff happier Before retrofit: Legacy Pneumatic Thermostats After retrofit: Wireless Pneumatic Thermostat Operational Benefits Fewer trips to zones Faster remote troubleshooting Effective preventative maintenance and less firefighting Automatic calibration After Retrofit Patient Benefits Fewer patient/staff complaints Faster response to patient needs Improved patient comfort Focus on healing After Retrofit

The WPT Provides the Same Quantified Benefits as DDC Estimated Savings Potential $635/year (per 1000 sq-ft) Upfront Retrofit Cost: $600 (per 1000 sq-ft) Payback Period: 11 months Note: All calculations based on 300,000 sq-ft retrofit project, $0.10 per kWh electricity rate, and $80 per hour maintenance labor rate. Energy Savings 18-30% reduction in HVAC use 2500 kWh per year / 1000 sq-ft $235/year @ $0.10/kWh Maintenance Savings 3-6 hours/year per 1000 sq-ft $400/year @ $80/hour Temp Setpoint Policy Retro Commis-sioning Night/ Weekend Setback & Occupancy Override 5-10% 600 kWh $60/yr Source: DOE2 eQUEST Modeling Duct Static Pressure & Supply Air Temp Reset 2-4% 300 kWh $30/yr Source: Trane Application Note Deadband Temp Policy 3-5% 400 kWh $30/yr Source: Cypress Modeling Automatic Calibration Faster Trouble- Shooting/ On-going Commissioning Reduced Complaints/Calls 10-15% 1200 kWh/yr $115/yr Source: Case Study 5 hours/yr $400/yr Source: Case Study

The WPT’s Diagnostic Data Enable Retro and Ongoing Commissioning to Improve Maintenance Costs and Save Energy Possible Faults Diagnostic Data Alarm None Temperature ⁰F PSI (branch) Faulty Reset Velocity Controller Stuck damper Broken spring Undersized cooling capacity design Temperature ⁰F PSI (branch) Faulty Reset Velocity Controller Electric reheat and AC on VAV Box Fault Adjacent Zone Overcooling Temperature ⁰F PSI (branch) Setpoint Temp Room Temp Branch Pressure

BACnet interface with Trane Tracer Summit The WPT system can be integrated with Trane’s Tracer Summit BAS for Seamless Building Control PC with Browser PC with Browser BAS Controller BACnet interface with Trane Tracer Summit Ethernet BACnet/IP Repeater Repeater WPT WPT Green Box Controller WPT Repeater WPT Repeater WPT WPT WPT WPT Repeater WPT WPT WPT Wireless Pneumatic Thermostat (WPT) System

Examples of how the WPT Provides Zone Visibility and Control through the GBC and other Building Automations Systems Cypress Envirosystems GBC Interface Floor view of WPTs in StruxureWare Floor view of WPTs in Metasys Detailed zone view of WPTs in Metasys

Sample of Health Care, Higher Ed and Government Clients Binghamton Psychiatric Higher Education Government

Introduce Cypress Envirosystems Today’s Objectives Introduce Cypress Envirosystems Demonstrate how Cypress’s healthcare solutions can help Trane: Expand its addressable market Increase competitiveness and grow market share Realize immediate sales Identify joint opportunities for quick wins Which opportunities to pursue? Who are the relationship champions?