E3 E3T Energy Efficiency Emerging Technologies E3T ComTAG BPA - - PowerPoint PPT Presentation

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E3 E3T Energy Efficiency Emerging Technologies E3T ComTAG BPA - - PowerPoint PPT Presentation

E3 E3T Energy Efficiency Emerging Technologies E3T ComTAG BPA E3T Commercial Buildings Emerging Technology Technical Advisory Group February 27, 2014 Meeting 1 Commercial Sector Emerging Technologies The subject of many recent


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E3 E3T

Energy Efficiency Emerging Technologies

E3T ComTAG

BPA E3T Commercial Buildings Emerging Technology Technical Advisory Group February 27, 2014 Meeting

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Energy Efficiency Emerging Technologies

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Energy Efficiency Emerging Technologies

  • The subject of many recent

studies and events

  • The focus of state, local,

and national agencies

  • More widely adoptable as

ZNE-verified

  • The top search term on

NEEA’s Conduit website

Commercial Sector Emerging Technologies

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ComTAG Members

ACEEE Kwatra Sameer Senior Analyst BC Hydro Rehmanji Irfan Commercial Tech Innovation Manager California Institute for Energy and the Environment Johnson Karl Research Coordinator California Lighting Technology Center PapamichaelKonstantinos Co-Director E Source Stein Jay Executive Vice President Ecova Calwell Chris Senior Research Fellow Electric Power Research Institute Siddiqui Omar Director of Energy Efficiency Lawrence Berkeley National Lab Selkowitz Steve Leader of Window & Envelope Materials Group McDonough Innovation Atienza Jose Director, Senior Designer McDonough Innovation Johnson Dave Partner, Managing Director McKinstry Traube Caroline Energy Engineer National Renewable Energy Laboratory Livingood Bill National Renewable Energy Laboratory Pless Shanti Energy Efficiency Research Engineer New Buildings Institute Higgins Cathy Research Director

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ComTAG Members

Northwest Energy Efficiency Alliance Curry Rob

  • Sr. Project Manager

Northwest Energy Efficiency Alliance Jennings John Senior Product Manager Northwest Energy Efficiency Alliance Rehley Mark Ops Manager, Emerging Tech NYSERDA Savio Peter Program Mgr, Policy, Strategic Planning & Mkt Dev Oregon BEST Brickman Johanna Director of Collaborative Innovation Pacific Northwest National Laboratory Zhang Jian Senior Research Engineer PECI Strecker Cindy Sacramento Municipal Utility District Friedrich Michele Project Manager Seattle City Light Warren Phoebe Energy Management Engineer Supervisor Seattle Integrated Design Lab Pena Rob Building Performance Consultant Sera Architects Turpin Kate Integrated Design Specialist Southern California Edison CTAC Delaney Paul Emerging Technologies Asset Manager Southface Pullen Jean Principal Engineer for Resource Efficiency

  • U. of Oregon, Energy Studies in Buildings

Lab Brown G.Z. (Charlie) Director

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Meeting Agenda

9:10 Welcome Rob Penney 9:20 Agenda review, logistics Karen Janowitz 9:30 Goals of today’s meeting Karen 9:35 BPA E3T framework Jack Callahan, Allie Robbins Mace 9:50 TAG process Karen 9:55 Ranking and scoring examples Karen 10:05 Review ComTAG scope Rob 10:10 Technologies & strategies Rob 11:40 Technology bundling Rob 11:50 Ranking review Karen 11:55 Wrap-up Rob and Karen

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ComTAG Members Schedule

February 27 Initial meeting March 4 Begin rating March 7 Rating surveys due April 2 Presentation #1 April 4 Presentation #1 scoring surveys due April 16 Presentation #2 April 18 Presentation #2 scoring surveys due April 24 Final meeting and scoring result discussion May TBD Follow-up meeting

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Communications

  • Listserv: tag-commercial@listserv.energy.wsu.edu
  • Rob Penney, Technical Lead

360-956-2053

  • Karen Janowitz, Communications Lead

360-956-2096

  • http://E3TNW.org
  • The ComTAG Portal

http://e3tnw.org/TAGPortal/2014CommercialBldgTAG.aspx

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E3TNW.org

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Commercial Building Technical Advisory Group E3T Framework Overview 2/27/2014

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E3T Framework

TAGs

Stage Gate

Scan

Screen Assess

New Measure Documentation Stage Gate Stage Gate

Collaboration Lab & Field Tests Program Design

E3TNW database Program and Market Adoption Savings & Cost benefits Recommendations

Activities Results

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BPA E3T Emerging Technology Scope

An emerging technology (ET) is an innovative technology or solution, not in common use, which promises a quantifiable increase in efficiency of electric energy end-use consumption or distribution within a consumer’s facility.

 Electric end-uses only  Energy savings performance features are identifiable and technically sound.  Energy Efficiency - Potential to provide quantifiable, reliable, and cost effective electric energy savings for end-use consumers in the Northwest region.  Emerging Technology (starting to appear, arise, occur, or develop)  Not yet assessed for nor included in BPA programs or measures

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 Emerging – Degree to which this technology is newly developing and currently ready for attention in the Northwest (could be proven elsewhere, but have little market penetration or trial in the NW)  Energy Efficiency – Degree to which this technology has potential to provide quantifiable, reliable, and cost effective electric energy savings for end-users in the Northwest  Customer Need – Degree to which this technology is a clear and distinct solution to a customer need Technically Sound – Degree to which this technology is expected to deliver its intended performance Ease of Implementation – Ease with which BPA or a utility could implement support for this technology

TAG Ranking Criteria

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TAG Scorecard

Topic Question Score (1-5 scale): Technology Readiness How ready are the products(s) and providers to scale up for widespread use in the Pacific Northwest? Benefits How great are the non-energy advantages for the end user for adopting this technology? Ease of Adoption How easy is it for the end user to change to the proposed technology? Energy Savings How significant and reliable are the energy savings per unit? Value Proposition Considering all costs and all benefits, how good of a buy is this technology for the owner?

This scorecard is filled out by TAG members to evaluate the measure for priority consideration.

On a scale from 1 – 5 (1-Poor, 2-OK, 3-Good, 4- Better, 5-Best), rate the measure from the perspective of the consumer:

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Energy Efficiency Scorecard

Topic Question Score Energy Savings How predictable and measurable are the energy savings? (considering BPA/RTF approval) Cost Effectiveness Is this a cost-effective resource? (Investment meets BPA’s cost- effective test and portfolio requirements) Implementation Does BPA have the tools? (BPA and its stakeholders can design and implement a cost-effective delivery program.) Regional Potential How broadly does this apply to quickly scale up to regional savings? Current Opportunity To what extent is this a timely opportunity considering technology readiness and current BPA situation?

Composite (Total _______ / 5 = ______)

This scorecard is filled out by Energy Efficiency staff members to evaluate the measure for priority consideration.

On a scale from 1 – 5 (1-Poor, 2-OK, 3-Good, 4- Better, 5-Best), rate the measure from the perspective of BPA Energy Efficiency:

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BPA Commercial Program Context

Commercial program elements:

  • Robust lighting program
  • Targeted grocery refrigeration program
  • Comprehensive custom projects
  • Deemed measure offerings
  • HVAC
  • Commercial kitchens
  • Refrigeration
  • Plug loads
  • Other misc measures
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Where are programs headed?

  • Harder-to-reach markets and savings
  • Fewer deemed/prescriptive opportunities
  • Improved codes and standards
  • Need to look beyond traditional “deemed”

measure pool

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What do we hope to get out of the TAG?

  • Insight into new high opportunity measures and strategies
  • Deemed, custom, any type!
  • Technologies for emerging tech research and future

programs.

  • Building the pipeline for future program development:
  • Measures, strategies
  • Past TAG successes:
  • Advanced rooftop unit controller
  • LED measure expansion
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  • Understand TAG process, and its significance within

the E3T framework

  • Review schedule
  • Discuss technologies & strategies (ETs)
  • Add ETs not on list, if appropriate
  • Begin the ranking process

Meeting Goals

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Ranking Example – Data Center TAG

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Scoring Example – Data Center TAG

SCORES

Server Virtualization Solid State Drives (Flash Memory) High Efficency UPS Equipment for a Data Center Power Management for IT Equipment Storage Area Network (SAN) and Network Core Consolidation

Legend

ENERGY SAVINGS

4.1 3.0 2.9 3.2 1.9

1st place NON-ENERGY

4.1 4.2 2.4 2.0 2.1

2nd place READINESS

4.3 3.6 3.9 3.3 1.9

3rd place ADOPTION EASE

4.3 2.9 2.9 2.9 3.1

VALUE

3.9 3.1 3.0 3.2 1.7

TOTAL 4.1 3.4 3.0 2.9 2.1

SCORES

Server Virtualization Solid State Drives (Flash Memory) High Efficency UPS Equipment for a Data Center Power Management for IT Equipment Storage Area Network (SAN) and Network Core Consolidation

ENERGY SAVINGS

1 3 4 2 5

NON-ENERGY

2 1 3 5 4

READINESS

1 3 2 4 5

ADOPTION EASE

1 4 5 3 2

VALUE

1 3 4 2 5

TOTAL 1 2 3 4 5

IT Equipment and Power Management

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Scoring

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Topics:

  • Building envelope
  • Plug loads
  • Daylighting (not lighting

controls)

  • Natural ventilation
  • Water heating
  • Bundling technologies to

support ZNE, LEED, Living Building Challenge, etc.

  • Integrated design

Building Types:

  • Small commercial
  • Small retail
  • Offices
  • Multi-family

ComTAG Scope

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Ranking Criteria

  • Emerging – Degree to which this technology is newly developing and

currently ready for attention in the Northwest (could be proven elsewhere, but have little market penetration or trial in the NW)

  • Energy Efficiency – Degree to which this technology has potential to

provide quantifiable, reliable, and cost effective electric energy savings for end-users in the Northwest

  • Customer Need – Degree to which this technology is a clear and distinct

solution to a customer need

  • Technically Sound – Degree to which this technology is expected to

deliver its intended performance

  • Ease of Implementation – Ease with which BPA or a utility could

implement support for this technology

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Example of Ranking Survey

2013 E3T IT TAG Ranking

Air-Side Economizer for Data Centers - 119 Using 100% outside air cooling capability in a data center to provide free cooling in an application where outside air would otherwise be provided only to satisfy minimum ventilation requirements. Click here for technology info. Answer Options Response Percent Response Count 0- I do not support this technology 0.0% 1- I support this technology with significant reservations 8.3% 1 2- I mildly support this technology 0.0% 3- I support this technology 16.7% 2 4- I strongly support this technology 33.3% 4 5- My support for this technology is enthusiastic and unqualified 41.7% 5 Your comments are welcome 7 answered question 12 skipped question

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ComTAG

THANK YOU! We so appreciate your participation!

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