Nail-Base Insulated Panels DOE Building America Project Advisory - - PowerPoint PPT Presentation

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Nail-Base Insulated Panels DOE Building America Project Advisory - - PowerPoint PPT Presentation

Attic Retrofits Using Nail-Base Insulated Panels DOE Building America Project Advisory Group Meeting January 12, 2016 Meeting Participants Jack Armstrong Structural Insulated Panel Association Frank Baker Structural Insulated Panel


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SLIDE 1

Attic Retrofits Using Nail-Base Insulated Panels

DOE Building America Project

Advisory Group Meeting

January 12, 2016

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SLIDE 2

Meeting Participants

Jack Armstrong Structural Insulated Panel Association Frank Baker Structural Insulated Panel Association Ted Clifton Clifton View Homes; Zero Energy Home Plans Al Cobb Structural Insulated Panel Association; SIPschool Jay Crandell Ares Consulting Tom Kositsky; BJ Yeh APA – The Engineered Wood Association Brian Lieburn Dow Building Solutions Marcin Pazera Owens Corning Thomas Taylor GAF Theresa Weston DuPont Building Innovations Lena Burkett Fellow, U.S. Department of Energy Stacey Rothgeb National Renewable Energy Laboratory Dave Mallay Staff, Home Innovation Research Labs Vladimir Kochkin Staff, Home Innovation Research Labs

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SLIDE 3

Meeting Objectives

  • 1. Present an overview of the project:

purpose, goals, and objectives

  • 2. Discuss selection criteria and potential

demonstration sites.

  • 3. Present a list of technical

considerations that will be addressed by Home Innovation and the site Project Teams.

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SLIDE 4

Project Purpose

Develop and demonstrate a roof/attic energy retrofit solution using nail-base insulated panels for existing homes where traditional attic insulation approaches are not effective or feasible

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SLIDE 5

Nail-base Insulated Panels

  • Rigid foam insulation laminated to a wood

structural panel.

  • Prefabricated “retrofit panels” are installed

above the existing roof deck during re-roofing

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SLIDE 6

Example Applications

Types of attics in older homes not suitable for standard “pile-

  • n insulation” upgrades (typical location of existing insulation

is shown; insulated panels are not shown) (1) Cathedral Ceilings (2) Habitable Attics (3) Attics with equipment/storage

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SLIDE 7

Project Goals

  • 1. Install retrofit panels at two

residential demonstration sites.

  • 2. Develop the design and architectural

integration details for each sites.

  • 3. Document the energy performance,

moisture performance, affordability, and feedback from contractors and

  • ccupants.
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SLIDE 8

Establish the Advisory Group

(Objective 1, 12/15)

The role of the Advisory Group is to lend industry expertise to review the project at critical stages:

  • The study plan
  • Demonstration site selection
  • Design solutions
  • Study results and recommendations
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SLIDE 9

Select Demonstration Sites

(Objective 2, 2/16)

Select two sites

  • Advisory Group, Home Innovation, DOE

Establish Project Teams

  • Contractor
  • Panel manufacturer
  • Energy rater
  • Local code official.
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SLIDE 10

Visit and Assess the Sites

(Objective 3, 3/16)

  • Measure house leakage
  • Energy modeling
  • Moisture analysis
  • Collect utility bills
  • Develop design solutions (Project Team)
  • Review design solutions (Advisory Group)
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SLIDE 11

Observational Research

(Objective 4, before retrofits)

  • Fine tune the

retrofit designs

  • Obtain

feedback before field deployment

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SLIDE 12

Retrofit the Test Homes

(Objective 5, Spring 2016)

  • Install the retrofit panels
  • Document the process
  • Obtain feedback form the Project Teams
  • Instrument the homes for monitoring
  • Moisture content of sheathing & framing
  • T & RH indoors, outdoors, & within attics
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SLIDE 13

Prepare Case Studies

(Objective 6, Year 2)

The case studies will document results

  • Energy & moisture performance
  • Architectural details
  • Cost effectiveness
  • Occupant feedback
  • Recommendations

Building America Solution Center content

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SLIDE 14

That’s the Project Overview!

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SLIDE 15

Demonstration Sites

Selection Criteria for Discussion

  • Climate
  • House/attic type
  • Roof configuration
  • Roofing type
  • Other?
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SLIDE 16

Potential Site 1

Ann Arbor, MI

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SLIDE 17

Potential Site 2

St Simon Island, GA

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SLIDE 18

Technical Considerations

Simple Concept, Many Details

Advisory Group to review the design plans developed by Project Teams for key areas:

  • 1. Moisture control and air barriers
  • 2. Insulation value of retrofit panels
  • 3. Structural (attachment & fastening details)
  • 4. Architectural integration (at eaves, rake,

intersecting walls, dormers, skylights, chimneys, and other penetrations)

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SLIDE 19

That’s the Plan!

Questions? Suggestions? Next steps

Thank You!