Passive House. An introduc+on to Western Technical College s wood built high performance building envelope project
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1 Passive House An introduc+on to Western Technical College s wood built high performance building envelope project
2 In accordance with the Department of Labor and Industry s statute , Subd. 11, This educa+onal offering is recognized by the Minnesota Department of Labor and Industry as sa+sfying 1.5 hours of credit toward Building Officials and Residen6al Contractors con+nuing educa+on requirements. For addi+onal con+nuing educa+on approvals, please see your credit tracking card.
3 Todays Learning Objectives Examine the history of the Passive House movement List the standards for Passive House building Iden+fy components of a Passive House envelope system Understand the importance of analysis and tes+ng Explore energy consump+on in residen+al buildings Examine the building materials of a passive house mock up Compare energy modeling to actual energy consump+on
4 What is Passive House? Heard of it? What do you already know? 1. Very lizle just heard about it today 2. Some knowledge, but have some gaps 3. Feel comfortable with the Passive House Standard 4. I know more than this Bozo, wish someone else was presen+ng
5 Passive House History 1973 oil crisis Increased transporta+on costs Residen+al hea+ng costs also soar
6 Illinois Lo-Cal House Wayne Schick s Urbana Small footprint U+lize sun s energy for hea+ng High insula+on levels Passive Solar Movement
7 Passive House Europe Darmstadt-Kranichstein House Dr. Wolfgang Feist Early 1990s 60-70% total energy savings 80-90% total hea+ng savings Passive House Ins+tute (PHI ) established 1996
8 Passive House United States Katrin Klingenberg, Urbana, Illinois in 2003 Stephan Tanner, Concordia Language Village, 2006 PHIUS 2007! Western Technical College starts 1 st project: 2012
9 Passive House Design Robust, con+nuous thermal insula+on Air Tight Moisture management High performance windows Constant (low volume) fresh air supply
10 A new standard for building Passive House R-values: Slab:39 Basement wall: 39 Walls: 58 Roof: ACH KBTU/j 2 /yr Energy/moisture analysis: WUFI passive Air exchange: Balanced using ERV/HRV MN Code Built R-values: Slab: 10 basement wall: 15 Walls: 20 Roof: 49 3 ACH KBTU/j 2 /yr Energy/moisture analysis: none Air exchange: Balanced
11 A new standard for building Passive House R-values: Slab:39 Basement wall: 39 Walls: 58 Roof: ACH KBTU/j 2 /yr Energy/moisture analysis: WUFI passive Air exchange: Balanced using ERV/HRV WI Code Built R-values: Slab: 0 basement wall: 10 Walls: 20 Roof: 39 3 ACH KBTU/j 2 /yr Energy/moisture analysis: none Air exchange: Exhaust only
12 Why Passive House Standard? Resource management Energy security Extremely low carbon footprint
13 Why Passive House Standard? Comfort Thermal performance Terrific IAQ Quiet Draj free Durability Vapor open assemblies Air +ght Tested and verified Affordability 80% total energy savings 90% Hea+ng/cooling savings
14 Western s SWiPHT Project Exis+ng Greenhouses 3 lots, requiring rezoning Chimney swijs Neighborhood near Western Technical College and UW-La Crosse
15 SWiPHT House Pre-design: Fall 2012 Design: Spring 2013 Site Prep: Fall 2013 Main Structure: Spring 2014 Finishes: Summer 2014
16 Western Technical College Goals Sustainability is one of our values Build three Passive Houses Student involvement Curriculum integra+on Broad Community Partnerships
17 Envelope Elements: Slab All envelope elements must reflect: Air +ghtness Robust thermal performance Con+nuity of both
18 Slab details, continued
19 Basement Walls Thermal layer is connected to under slab thermal layer Air +ght layer is connected to the under slab polyethylene
20 Basement Walls, continued
21 Basement walls, continued
22
23 Above grade, wood frame 2x6 interior load bearing wall Advanced Framing techniques OSB sheathing for air +ght layer (taped and sealed) Exterior balloon frame with 14 i-joists Fiber board exterior sheathing Dense pack cellulose Arguably the most challenging assembly
24 Some more wall details: air sealing strategies Priming and taping all joints Top and bozom plates receive a con+nuous bead of sealant, as do all openings and penetra+ons
25 More Wall details Founda+on/wall connec+on 14 i-joists, balloon framed-- exterior
26 Above Grade Walls, continued 14 I-joist balloon frame Dense Pack Cellulose, fiberboard and Tyvek (note the furring strips for air gap)
27 Above grade walls, continued
28 Roof System 12/12 pitch for op+mum PV 24 energy heel ¾ plywood Ice and water shield Zinc standing seam roof
29 More roof details
30 Roof Details Continued Shee+ng the A truss Peel and s+ck ice and water shield
31 Roof/wall connection OSB is also the air +ght layer for the roof system (taped and sealed) 24 of loose fill cellulose for thermal performance
32 Roof/wall connection 2x6 framing chase to run HVAC, electricity Dense packed 5/8 sheet rock to finish
33 Windows and doors Low U-values: SHGC: 55 (requires shading in summer months) Triple pane Robust weather stripping Tilt/turn Integrated installa+on Wrapped insula+on Exterior roll-down shuzers
34 Windows and doors, cont. Take advantage of southern exposure Some doors are actually large +lt/turn windows Mounted in center of wall assembly: BeZer thermal performance and comfort always within 7.2 degrees F of interior air temp.
35 Air tightness Rough-in blower door test Target: 109 CFM 50 or.3ach 50 Achieved: 117 CFM 50 or.32 ACH 50 Theater smoke and IR cameras to find leaks Tape and sealant to +ghten the envelope
36 Smoke Test/IR Ajer interior finishes are complete, the final blower door test is completed by a HERS rater
37 Durability Checks Thermal Bridge free Vapor open Tested and verified Through energy modeling WUFI: Dynamic hygrothermal modeling THERM: thermal bridge analysis
38 WUFI Analysis Hygrothermal analysis Red= temperature Green= rela+ve humidity Blue=water 2 years of weather and indoor condi+ons: dynamic modeling Durability checks assures assemblies are able to dry
39 THERM Analysis Verify thermal bridge free envelope assemblies Required when thermal bridging is a concern and/or an unproven assembly Point and linear thermal bridge guidelines
40 More Passive House Information Western s SwiPHt website: hzp:// Western s SwiPHt Blog: hzp://swiphthomes.wordpress.com/ Passive House Ins+tute United States: hzp:// PHIUSHome.html Passiv Haus Ins+tute: hzp://passiv.de/en/
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