NH USGBC Green Eggs: Passivhaus 2014-01-08

NH USGBC PASSIVHAUS

“WE ARE AS GODS AND MIGHT AS WELL GET GOOD AT IT”!

!

!

WHOLE EARTH CATALOG!1968

BRIGHTBUILT BARN: 2008

HARBORVIEW TOWNHOUSES

OUR FIRST CERTIFIED PASSIVHAUS

RANCH REVIVAL: AIA MAINE MERIT AWARD 2012

THE PASSIVE HOUSE BUILDING ENERGY STANDARD

“A rigorous, voluntary building energy standard focusing on the highest

energy efficiency and quality of life at low operating cost.”

PASSIV HAUS INSTITUT

PASSIVHAUS PROJECT OF THE YEAR, 2011

STRAW BALE BIOHAUS

SOLAR DECATHALON WINNER, 2007

SOLAR DECATHALON WINNER, 2009

SOLAR DECATHALON 2ND PLACE, 2009

G•O LOGIC, BELFAST ME

We’re here:

390 ppm

THE HISTORY OF SUPERINSULATEDHOUSES IN NORTH AMERICA

Martin HolladaySenior editor, GreenBuildingAdvisor.com

British Columbia Building Envelope CouncilVancouver, British ColumbiaSeptember 22, 2010

©MARTIN HOLLADAY, GREENBUILDINGADVISOR.COM

1973: THE OPEC OIL EMBARGO

� The OPEC oil embargo caused the price of oil to rise from $3.56 a barrel in October 1973 to $11.65 in January 1974.

� President Nixon declared that the U.S. will achieve energy independence by 1980.


1976: THE LO-CAL HOUSE

� In 1976, Wayne Schick at the University of Illinois at Urbana-Champaign developed a design for a superinsulated house that he �� -��


1976: THE LO-CAL HOUSE

� Long axis of the house is oriented east-west.

� Double 2x4 walls (R-30)� R-33 ceiling� Triple-glazed windows� An air-to-air heat

exchanger


1977: SASKATCHEWAN CONSERVATION HOUSE

� R-40 walls� R-60 ceiling� Triple-glazed windows� Heat-recovery ventilation� Drainwaterheat exchanger� 0.8 ac/h @ 50 pascals


1979: THE WHITE HOUSE GETS SOLAR THERMAL

� On June 20, 1979, Jimmy Carter inaugurated the newly installed solar hot water system on the White House roof.


EVERYTHING IS IN PLACE

�So, in 1985, everything is in place: �The research has been done;�There are books and magazines that

provide superinsulation details;�Builders can buy low-e windows, HRVs,

and blower doors.�So what happened?


DROPPING THE BALL

� The price of oil dropped from $32 per barrel in 1982 to $11 in 1986.

� In the U.S., President Reagan slashed funding for a variety of energy-efficiency programs established by Jimmy Carter.


IGNORED AND FORGOTTEN

�They were hippies and Canadians.


1996: FEIST FOUNDS PASSIVHAUS INSTITUT

Dr. Wolfgang Feist:�� the first Passivhaus prototype started in 1990. At the time we knew about other similar buildings �buildings made by William Schurcliff and Harold Orr � and we relied on these ��


FIRST PASSIVHAUS: DARMSTADT, GERMANY 1990

FIRST US PASSIVHAUS: URBANA, IL 2003

2kW = 80% REDUCTION

!

NET-ZERO LIFE

LOW ENERGY LIFE

REAL LIFE

HOW MUCH HEAT CAN YOUR VENTILATION AIR MOVE?

1 WATT / SF !

(3.41 BTU / HOUR / SF)

PEAK HEATING LOAD

≤ 15 kWH / m2 / year!(≤ 4.75 kBTU / square foot / year)

SPACE HEATING ENERGY

2,000 SF HOUSE = !60 GALLONS / YEAR

≤ 120 kWH / M2 / year!(≤ 38 kBTU / square foot / year)

TOTAL SOURCE ENERGY USE

TOTAL SOURCE ENERGY USE

AT THE POWERPLANT

2,000 SF HOUSE = !500 GALLONS!

OR!20,500 kWH

10% BETTER?!20% BETTER?!40% BETTER?

0.6 ACH50!!

AIR CHANGES PER HOUR AT 50 PASCALS (~ A 20 MPH WIND)

BUILDING SHELL AIR TIGHTNESS

LEED-H PLATINUM!NET-POSITIVE (better than Net-Zero!)!!

78 kWH / square meter / year!148 kWH / square meter / year!0.8 ACH50

HEATER

ENERGY BALANCE

33%

33%

33%

PASSIVE!SOLAR

INTERNAL!GAINS

1,500 WATTS = 5,100 BTU / HOUR

1,500 SF PASSIVHAUS HEATING LOAD

(3) $50 = $150

750 W!+!

750 W!+!

750 W

THE PHPP

PHPP 2007, Verification WAL-PHPP-20110121-JT.xlsx

Passive House Verification

Photo or Drawing

Building: wallace residenceLocation and Climate: stuart, VA

Street Address: 127 Rye Cove CreekCity, State, Zip: Stuart, VA

Country: USABuilding Type: Residential

Home Owner(s) / Client(s): David & Liisa WallaceStreet Address:City, State, Zip:

Architect: Kaplan Thompson ArchitectsStreet: 424 Fore Street

City, State, Zip: Portland, ME 04101

Mechanical System:Street Address:City, State, Zip:

Year of Construction: 2010

Number of Dwelling Units: 1 Interior Temperature: 68.0 °F

Gross Enclosed Volume Ve: 43831 ft3 Internal Heat Gains: 0.7 BTU/hr.ft2

Number of Occupants: 8.0

Energy Demands with Reference to the Treated Floor Area

Treated Floor Area: 3020 ft2

Applied: Monthly Method PH Certificate: Fulfilled?

Specific Space Heat Demand: 4.44 kBTU/(ft²yr) 4.75 kBTU/(ft²yr) Yes

Pressurization Test Result: 0.60 ACH50 0.6 ACH50 Yes

Specific Primary Energy Demand(DHW, Heating, Cooling, Auxiliary and Household Electricity): 26.7 kBTU/(ft²yr) 38.0 kBTU/(ft²yr) Yes

Specific Primary Energy Demand(DHW, Heating and Auxiliary Electricity): 10.6 kBTU/(ft²yr)

Specific Primary Energy DemandEnergy Conservation by Solar Electricity: 35.2 kBTU/(ft²yr)

Heating Load: 5.72 BTU/(ft2hr)Frequency of Overheating: % over 77.0 °F

Specific Useful Cooling Energy Demand: 1.39 kBTU/(ft²yr) 4.75 kBTU/(ft²yr) Yes

Cooling Load: 1.74 BTU/(ft2hr)

We confirm that the values given herein have been Issued on:determined following the PHPP methodology and basedon the characteristic values of the building. The calculations signed: with PHPP are attached to this application.

Passive House PlanningR - V A L U E S O F E N V E L O P E A S S E M B L I E S

Wedge Shaped Envelope Assemblies andBuilding: wallace residence Still Air Spaces -> Secondary Calculation to the Right

Assembly Building Assembly Description

1 Exterior walls (bed room wing)

Surface Film Resistance, R Interior: 0.74 (hr.ft2.F/BTU)

Exterior: 0.23

ResistivityR per inch



Thickness [in]

1. gypsum board 0.910 0.500

2. plywood backer 1.470 0.500

3. cellulose 3.470 2x8 1.280 1.375

4. cellulose 3.470 2x8 1.280 steel column 0.003 5.000

5. cellulose 3.470 2x8 1.280 a hollow column 1.375

6. osb 1.390 1/4" steel 5"x5" 0.500

7. eps 4.130 at 8'0" OC 5.500

8. osb 1.390 0.500

Percentage of Mat'l 2 Percentage of Mat'l 3 Total Width

15.0% 0.3% 15.3 in

R-Value: 41.3 (hr.ft2.F/BTU)

The U-value calculation error is possibly over 10 %. Thermal bridge calculation? U-Value: 0.0242 (BTU/hr.ft2.F)


2 slab


Exterior: 0.00




Thickness [in]

1. hardwood flooring 0.870 0.750

2. plywood 1.470 0.750

3. 2x2 sleepers

4. concrete 0.070 5.000

5. eps 4.130 6.000

6.

7.

8.Percentage of Mat'l 2 Percentage of Mat'l 3 Total Width

12.5 in


U-Value: 0.0359 (BTU/hr.ft2.F)


3 roof


Exterior: 0.23




Thickness [in]

1. Earth 0.250 18.000

2. Rigid EPS Topping 4.130 4.000

3. Concrete Topping 0.070 3.000

4. LiteDeck EPS form 4.130 Concrete Beam 0.070 4.000

5. LiteDeck EPS 4.130 2.000

6. Cellulose 3.470 7.000

7. gypsum board 0.910 0.500

8.

Percentage of Mat'l 2 Percentage of Mat'l 3 Total Width

25.0% 38.5 in


U-Value: 0.0163 (BTU/hr.ft2.F)

Primary Material(Enter from interior to exterior)

Secondary Material(optional)

Tertiary Material (optional)







Passive House PlanningH E A T L O S S E S V I A T H E G R O U N D

Ground Characteristics Climate DataThermal Resistance R per inch 0.07 (hr.ft2F/BTU.in) Av. Indoor Temp. Winter Ti 68.0 °F

Thermal Conductivity k 1.156 (BTU/hr.ft.F) Av. Indoor Temp. Summer Ti 77.0 °F

Heat Capacity ρc 2.0 MJ/(m³K) Average Ground Surface Temperature Tg,ave 57.3 °F

Periodic Penetration Depth δ 10.39 ft Amplitude of Tg,ave Tg,^ 52.0 °F

Length of the Heating Period n 6.7 monthsHeating Degree Days - Exterior Gt 0.9 °F.day/yr

Building Data Floor Slab R-Value Rf 34.3 (hr.ft2.F/BTU)

Floor Slab Area, Gross A 3709 ft² Thermal Bridges at Floor Slab ΨB*l 0.00 BTU/hr.F

Floor Slab Perimeter, Gross P 333.0 ft Floor Slab R-Value incl. TB Rf' 34.300 (hr.ft2.F/BTU)

Charact. Dimension of Floor Slab B' 22.27 ft Eq. Thickness Floor dt 475.7 in

Floor Slab Type (select only one)Heated Basement or Underground Floor Slab Unheated basement

x Slab on Grade Suspended Floor

For Basement or Underground Floor SlabBasement Depth z ft R-Value Belowground Wall RwB (hr.ft2.F/BTU)

Additionally for Unheated Basements Height Aboveground Wall h ft

Air Change Unheated Basement n h-1 R-Value Aboveground Wall RW (hr.ft2.F/BTU)

Basement Volume V ft³ R-Value Basement Floor Slab RfB (hr.ft2.F/BTU)

For Perimeter Insulation for Slab on Grade For Suspended FloorPerimeter Insulation Width/Depth D 20.00 in R-Value Crawl Space RCrawl (hr.ft2.F/BTU)

Perimeter Insulation Thickness dn 2.00 in Height of Crawl Space Wall h ft

Perimeter Insulation Resistance R per inch 5.72 hr.ft2F/BTU.in R-Value Crawl Space Wall RW (hr.ft2.F/BTU)Area of Ventilation Openings εP ft²

Location of the Perimeter Insulation horizontal x Wind Velocity at 33 ft Height v 8.9 mph

(check only one field) vertical Wind Shield factor fW 0.05 -

Additional Thermal Bridge Heat Losses at Perimeter Steady-State Fraction ΨP,stat*l 0.00 BTU/hr.F

Phase Shift β months Harmonic Fraction ΨP,harm*l 0.000 BTU/hr.F

Groundwater CorrectionDepth of the Groundwater Table zW 3.0 ft Transm. Belowground El. (w/o Ground) Lreg 30.09 BTU/hr.FGroundwater Flow Rate qW 0.16 ft/d Relative Insulation Standard dt/B' 1.77962082 -

Relative Groundwater Depth zW/B' 0.13468988 -Groundwater Correction Factor GW 1.03613404 - Relative Groundwater Velocity l/B' 0.12152613 -

Basement or Underground Floor SlabEq. Thickness Floor Slab dt in Phase Shift β months

R-Value Floor Slab Rbf (hr.ft2.F/BTU) Exterior Periodic Transmittance Lpe BTU/hr.F

Eq. Thickness Basement Wall dw in

R-Value Wall Rbw (hr.ft2.F/BTU)Steady-State Transmittance LS BTU/hr.F

Unheated BasementSteady-State Transmittance LS BTU/hr.F Phase Shift β months

Exterior Periodic Transmittance Lpe BTU/hr.F

Slab on GradeThermal Resistance R0 43.108 (hr.ft2.F/BTU) Phase Shift β 1.40 months

Eq. Ins. Thickness Perimeter Ins. d' 156.7 in Exterior Periodic Transmittance Lpe 8.92 BTU/hr.F

Perimeter Insulation Correction ΔΨ -887.662 (hr.ft2F/BTU.in)Steady-State Transmittance LS 24.45 BTU/hr.F

Suspended Floor Above a Ventilated Crawl Space (at max. 0.5 m Below Ground)Eq. Ins. Thickness Crawl Space dg in Phase Shift β months

R-Value Crawl Space Floor Slab Rg (hr.ft2.F/BTU) Exterior Periodic Transmittance Lpe BTU/hr.F

R-Value Crawl Space Wall & Vent. RX (hr.ft2.F/BTU)

Steady-State Transmittance LS BTU/hr.F

Interim ResultsPhase Shift β 1.40 months Steady-State Heat Flow Φstat 939.6 BTU/hr

Steady-State Transmittance LS 24.45 BTU/hr.F Periodic Heat Flow Φharm 265.2 BTU/hr

Exterior Periodic Transmittance Lpe 8.92 BTU/hr.F Heat Losses During Heating Period Qtot 5913.4 kBTU

Ground Reduction Factor for "Annual Heat Demand" Sheet 0.47

Monthly Average Ground Temperatures for Monthly MethodMonth 1 2 3 4 5 6 7 8 9 10 11 12 Average ValueWinter 54.9 53.5 53.7 55.3 58.1 61.1 63.7 65.1 64.9 63.3 60.5 57.5 59.3 °FSummer 56.6 55.2 55.4 57.0 59.8 62.8 65.4 66.8 66.6 65.0 62.2 59.2 61.0 °F

Design Ground Temperature for Heat Load Sheet 53.5 °F for Cooling Load Sheet 66.8 °F

Passive House PlanningH E A T L O S S E S V I A T H E G R O U N D

Ground Characteristics Climate DataThermal Resistance R per inch 0.07 (hr.ft2F/BTU.in) Av. Indoor Temp. Winter Ti 68.0 °F

Thermal Conductivity k 1.156 (BTU/hr.ft.F) Av. Indoor Temp. Summer Ti 77.0 °F

Heat Capacity ρc 2.0 MJ/(m³K) Average Ground Surface Temperature Tg,ave 57.3 °F

Periodic Penetration Depth δ 10.39 ft Amplitude of Tg,ave Tg,^ 52.0 °F

Length of the Heating Period n 6.7 monthsHeating Degree Days - Exterior Gt 0.9 °F.day/yr

Building Data Floor Slab R-Value Rf 34.3 (hr.ft2.F/BTU)

Floor Slab Area, Gross A 3709 ft² Thermal Bridges at Floor Slab ΨB*l 0.00 BTU/hr.F

Floor Slab Perimeter, Gross P 333.0 ft Floor Slab R-Value incl. TB Rf' 34.300 (hr.ft2.F/BTU)

Charact. Dimension of Floor Slab B' 22.27 ft Eq. Thickness Floor dt 475.7 in

Floor Slab Type (select only one)Heated Basement or Underground Floor Slab Unheated basement

x Slab on Grade Suspended Floor

For Basement or Underground Floor SlabBasement Depth z ft R-Value Belowground Wall RwB (hr.ft2.F/BTU)

Additionally for Unheated Basements Height Aboveground Wall h ft

Air Change Unheated Basement n h-1 R-Value Aboveground Wall RW (hr.ft2.F/BTU)

Basement Volume V ft³ R-Value Basement Floor Slab RfB (hr.ft2.F/BTU)

For Perimeter Insulation for Slab on Grade For Suspended FloorPerimeter Insulation Width/Depth D 20.00 in R-Value Crawl Space RCrawl (hr.ft2.F/BTU)

Perimeter Insulation Thickness dn 2.00 in Height of Crawl Space Wall h ft

Perimeter Insulation Resistance R per inch 5.72 hr.ft2F/BTU.in R-Value Crawl Space Wall RW (hr.ft2.F/BTU)Area of Ventilation Openings εP ft²

Location of the Perimeter Insulation horizontal x Wind Velocity at 33 ft Height v 8.9 mph

(check only one field) vertical Wind Shield factor fW 0.05 -

Additional Thermal Bridge Heat Losses at Perimeter Steady-State Fraction ΨP,stat*l 0.00 BTU/hr.F

Phase Shift β months Harmonic Fraction ΨP,harm*l 0.000 BTU/hr.F

Groundwater CorrectionDepth of the Groundwater Table zW 3.0 ft Transm. Belowground El. (w/o Ground) Lreg 30.09 BTU/hr.FGroundwater Flow Rate qW 0.16 ft/d Relative Insulation Standard dt/B' 1.77962082 -

Relative Groundwater Depth zW/B' 0.13468988 -Groundwater Correction Factor GW 1.03613404 - Relative Groundwater Velocity l/B' 0.12152613 -

Basement or Underground Floor SlabEq. Thickness Floor Slab dt in Phase Shift β months

R-Value Floor Slab Rbf (hr.ft2.F/BTU) Exterior Periodic Transmittance Lpe BTU/hr.F

Eq. Thickness Basement Wall dw in

R-Value Wall Rbw (hr.ft2.F/BTU)Steady-State Transmittance LS BTU/hr.F

Unheated BasementSteady-State Transmittance LS BTU/hr.F Phase Shift β months

Exterior Periodic Transmittance Lpe BTU/hr.F

Slab on GradeThermal Resistance R0 43.108 (hr.ft2.F/BTU) Phase Shift β 1.40 months

Eq. Ins. Thickness Perimeter Ins. d' 156.7 in Exterior Periodic Transmittance Lpe 8.92 BTU/hr.F

Perimeter Insulation Correction ΔΨ -887.662 (hr.ft2F/BTU.in)Steady-State Transmittance LS 24.45 BTU/hr.F

Suspended Floor Above a Ventilated Crawl Space (at max. 0.5 m Below Ground)Eq. Ins. Thickness Crawl Space dg in Phase Shift β months

R-Value Crawl Space Floor Slab Rg (hr.ft2.F/BTU) Exterior Periodic Transmittance Lpe BTU/hr.F

R-Value Crawl Space Wall & Vent. RX (hr.ft2.F/BTU)

Steady-State Transmittance LS BTU/hr.F

Interim ResultsPhase Shift β 1.40 months Steady-State Heat Flow Φstat 939.6 BTU/hr

Steady-State Transmittance LS 24.45 BTU/hr.F Periodic Heat Flow Φharm 265.2 BTU/hr

Exterior Periodic Transmittance Lpe 8.92 BTU/hr.F Heat Losses During Heating Period Qtot 5913.4 kBTU

Ground Reduction Factor for "Annual Heat Demand" Sheet 0.47

Monthly Average Ground Temperatures for Monthly MethodMonth 1 2 3 4 5 6 7 8 9 10 11 12 Average ValueWinter 54.9 53.5 53.7 55.3 58.1 61.1 63.7 65.1 64.9 63.3 60.5 57.5 59.3 °FSummer 56.6 55.2 55.4 57.0 59.8 62.8 65.4 66.8 66.6 65.0 62.2 59.2 61.0 °F

Design Ground Temperature for Heat Load Sheet 53.5 °F for Cooling Load Sheet 66.8 °F

PHPP DASHBOARD

BUILDING ELEMENTS PEAK LOAD 82,329 BTU / HOUR (EQUIP SIZING)

PEAK LOAD PER UNIT 5,881

VENTILATION PRIMARY ENERGY 31.68 kBTU / SF / YEAR (TOTAL DAMAGE)

EXHAUST ONLY SITE ENERGY 4.57 kBTU / SF / YEAR (LOCAL DAMAGE)

X HRV OR ERV 90 % EFFICIENT PV TO BE NET-ZERO 76.95 KWPV PANELS NEEDED 335 4,182 SF OF PV

AIR TIGHTNESS ANNUAL HEATING 4.70 kBTU / SF / YEAR (TOTAL HEATING)

0.60 ACH50: ANNUAL COOLING kBTU / SF / YEAR (TOTAL COOLING)

R- VALUES WINDOW ENERGY 8,689 KBTU / YEAR (ENERGY + OR -)

44 WALLS TYPE: WALLS: FROM DASHBOARD

80 ROOF TYPE: ROOF: FROM DASHBOARD

25 SUSPENDED FLOORS TYPE: RAISED FLOOR: FROM DASHBOARD

20 BASEMENT WALLS TYPE: BASEMENT WALLS: FROM DASHBOARD HEAT GAINS20 SLABS TYPE: SLAB: FROM DASHBOARD SOLAR GAINS: 35%

PEOPLE, LIGHTS & APPLIANCES: 28%WINDOWS & DOORS MECHANICAL HEATING: 37%

WINDOWSSHGC: 0.55

GLASS 7.69 U-VALUE: 0.13FRAME 5.88 U-VALUE: 0.17 HEAT LOSSTOTAL 5.87 U-VALUE: 0.17 BUILDING SHELL: 48%

SOLID DOORS WINDOWS: 29%5.00 U-VALUE: 0.20 VENTILATION & AIR LEAKS: 23%

GLAZED DOORSGLASS SHGC: 0.55GLASS 7.69 U-VALUE: 0.13FRAME 5.88 U-VALUE: 0.17TOTAL 5.87 U-VALUE: 0.17 SHELL LOSSES

GLAZING % OF TFA WALLS: 42%6% SOUTH: ROOF: 12%7% NORTH: SUSPENDED FLOORS: 30%7% EAST: BASEMENT WALLS & SLAB: 16%7% WEST:

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0%# 2%# 4%# 6%# 8%#

SOUTH:

NORTH:

EAST:

WEST:

BUILDING SHELL:,

48%

WINDOWS:, 29%

VENTILATION & AIR LEAKS:,

23%

SOLAR GAINS:,

35%

PEOPLE, LIGHTS & APPLIANCES:, 28% MECHANI

CAL HEATING:,

37%

WALLS:, 42%

ROOF:, 12%

SUSPENDED

FLOORS:, 30%

BASEMENT WALLS & SLAB:,

16%

THICK WALLS

WALL-11424 fore st., portland, me 04101207-842-2888 fax:842-2828

BLUEBERRY COMMONS, GAWRON TURGEON ARCHITECTS

Drawing: 2 x 4 EXISTING

Scale:

Date: DEC 5, 2012

2x4 STUD WALLconstruction layers, outside to inside

SIDING15# BUILDING PAPER1X BOARD SHEATHING2X4 BEARING STUD WALLNO INSULATIONPINE BOARDS

DIRECTION OF DRYING

OUTSIDE INSIDE

NO VAPOR RETARDER

NO AIR BARRIER

SCALE: 1 1/2"= 1'-0"1 2X4 Existing

1 1/2" = 1'-0"

MAINE CABIN WALL

R-31830

INSULATED CABIN WALL



Drawing: 2 x 4 EXISTING

Scale:

Date: DEC 5, 2012


SIDING15# BUILDING PAPER1X BOARD SHEATHING2X4 BEARING STUD WALLFIBERGLASS BATTSPINE BOARDS

DIRECTION OF DRYING

OUTSIDE INSIDE

NO VAPOR RETARDER

NO AIR BARRIER

SCALE: 1 1/2"= 1'-0"1 2X4 Existing

1 1/2" = 1'-0"

R-12

R-1

3

1938

TYPICAL RESIDENTIAL WALL



Drawing: 2 x 6 CODE

Scale:

Date: DEC 5, 2012


SIDINGPLASTIC WRBOSB2X6 BEARING STUD WALLFIBERGLASS BATTSPOLY CLASS I VAPOR RETARDERGWB, PAINTED

NO DRYING DIRECTION!

OUTSIDE INSIDE

VAPOR RETARDER BOTH SIDES!

NO AIR BARRIER!

SCALE: 1 1/2"= 1'-0"1 2X6 Code

1 1/2" = 1'-0"

R-17.7

R-1

9

1978

TYPICAL COMMERCIAL WALL



Drawing: STEEL STUD CODE

Scale:

Date: DEC 5, 2012

STEEL STUD WALLconstruction layers, outside to inside

NON-COMBUSTIBLE SIDINGPLASTIC WRBEXTERIOR GYP SHEATHINGSTEEL STUDSFIBERGLASS BATTSPOLY CLASS I VAPOR RETARDERGWB, PAINTED

LOCATION OF AIR BARRIER

LOCATION OF VAPOR RETARDER

OUTSIDE INSIDE

DIRECTION OF DRYING

SCALE: 1 1/2"= 1'-0"1 STEEL STUD WALL

1 1/2" = 1'-0"

R-7.4

R-1

9

1930

ARCHITECT DREAM WALL



Drawing: CURTAIN WALL

Scale:

Date: DEC 5, 2012

CURTAIN WALLconstruction layers, outside to inside

DOUBLE GLAZED, ARGON FILLED GLAZING(R-4)

LOCATION OF AIR BARRIER

LOCATION OF VAPOR RETARDER

OUTSIDE INSIDE

NO DRYING DIRECTION

SCALE: 1 1/2"= 1'-0"1 CURTAIN WALL

1 1/2" = 1'-0"

R-4FOREVER

R-43

2x6 WALL WITH 4” POLY-ISO

10” THICK WALL

DOUBLE STUD (2) 2x4 WALL

R-44

12” THICK WALL

VERY GOOD WINDOWS

R-8

R-9.515˚ F 68˚ F

R-3.8

R-2.2

COLD!

(R-5.5 TRIPLE)

F R A M E T Y P E A C C O R D I N G T O C E R T I F I C A T I O Nfor glazings, go to row: 2

Type Uf-Value Rf-Value Frame Dimensions Thermal Bridge Thermal Bridge

Assembly#

Frame Frame Frame Width - Left Width - Right Width - Below Width - Above ΨSpacer ΨInstallation

BTU/hr.ft2.F hr.ft2.F/BTU in in in in BTU/hr.ft.°F BTU/hr.ft.°F1 optiwin, 3wood/0.6 0.13 8.00 5.280 5.280 5.280 5.280 0.020 0.0232 optiwin, 3wood/0.5 0.13 7.75 5.280 5.280 5.280 5.280 0.020 0.0233 optiwin, 2wood/0.6 0.17 5.99 5.280 5.280 5.280 5.280 0.020 0.0234 optiwin, 2wood/0.5 0.17 5.99 5.280 5.280 5.280 5.280 0.020 0.0235 Frostkorken6789

101112 Metal, no thermal break, varnish 0.97 1.03 3.63 3.63 3.63 3.63 0.026 0.02913 Metal, no thermal break 0.79 1.26 3.63 3.63 3.63 3.63 0.026 0.02914 Metal, with thermal break 0.42 2.37 3.63 3.63 3.63 3.63 0.026 0.02915 Vinyl Casement, Stainless Steel Spacer 0.38 2.63 3.63 3.63 3.63 3.63 0.026 0.02916 Clad Wood Casement, Wide Sash, Warm Edge 0.45 2.22 3.63 3.63 3.63 3.63 0.020 0.02917 Clad Wood Casement, Narrow Sash, Warm Edge 0.45 2.22 2.63 2.63 2.63 2.63 0.020 0.02918 Clad Wood Fixed (Low Profile), Warm Edge 0.45 2.22 1.63 1.63 1.63 1.63 0.020 0.02919 Insulated Wood Casement (ie. German), Warm Edge 0.13 7.69 4.78 4.78 4.78 4.78 0.020 0.02920 Insulated Fiberglass Casement, Warm Edge 0.28 3.61 2.73 2.73 2.73 2.73 0.020 0.02921 Insulated Fiberglass Fixed (Low Profile), Warm Edge 0.30 3.35 1.72 1.72 1.72 1.72 0.020 0.02922

PHPP 2007, Window WAL-PHPP-20110121-JT.xlsx

Window Rough Openings Installed Glazing Frame SHGC U-Value R-Value Window Frame Dimensions Installation Ψ-Value Results

Description Qty Window Unit # Deviation from North

Angle of Inclination from the

Horizontal

Orientation x in Area in the Areas worksheet #

Select glazing from the WinType

worksheet#

Select window from the WinType

worksheet#

Perpen-dicular

RadiationGlazing Frames Glazing Frames Width - Left Width -

RightWidth - Below

Width - Above

Left1/0

Right1/0

Sill1/0

Head1/0 ΨSpacer ΨInstallation

Window Area

Glazing Area

U-ValueWindow

R-ValueWindow

Degrees Degrees Select: Select: Select: - BTU/hr.ft2.F BTU/hr.ft2.F hr.ft2.F/BTU hr.ft2.F/BTU in in in in BTU/hr.ft.°F BTU/hr.ft.°F ft2 ft2 BTU/hr.ft2.F hr.ft2.F/BTUn1win1b 1 1 315 90 West 3 ft 6 in x 7 ft 6 in 1 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 26.3 17.3 0.14 6.9n2win1c 1 2 10 90 North 3 ft 9 1/4 in x 3 ft 1 in 3 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 11.6 6.4 0.17 6.1n2win1b 1 3 10 90 North 3 ft 9 1/4 in x 5 ft 1 in 3 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 19.2 12.2 0.15 6.7e2win1a 1 4 100 90 East 2 ft 5 in x 5 ft 1 in 5 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 0 1 1 0.020 0.023 12.3 6.5 0.16 6.4e2door1c 1 5 100 90 East 3 ft 7 in x 8 ft in 5 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 28.7 19.2 0.14 7.0e2win1.2c 1 6 100 90 East 3 ft 7 in x 2 ft 4 1/2 in 5 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 8.5 4.0 0.18 5.6e2win2.1b 1 7 100 90 East 3 ft 5/8 in x 6 ft 1 in 5 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 18.6 11.3 0.15 6.5e2win2.2b 1 8 100 90 East 3 ft 5/8 in x 2 ft 11 3/4 in 5 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 9.1 4.6 0.17 5.8s1win1.1c 1 9 180 90 South 4 ft 7 5/8 in x 6 ft 1 in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 28.2 19.5 0.14 7.1s1win1.2c 1 10 180 90 South 4 ft 7 5/8 in x 3 ft 7 in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 0 1 1 0.020 0.023 16.6 10.2 0.15 6.7s1win2.1d 1 11 180 90 South 4 ft 3/4 in x 6 ft 1 in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 0 1 1 0.020 0.023 24.7 16.6 0.14 7.2s1win2.2d 1 12 180 90 South 4 ft 3/4 in x 3 ft 8 1/2 in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 0 1 1 0.020 0.023 15.1 9.0 0.15 6.6s1win3.1b 1 13 180 90 South 4 ft 3/4 in x 6 ft 1 in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 24.7 16.6 0.14 6.9s1win3.2b 1 14 180 90 South 4 ft 3/4 in x 3 ft 10 in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 15.6 9.4 0.16 6.4s1win4c 0 15 180 90 South 4 ft in x 2 ft 2 in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 0.0 0.0s1win5b 0 16 180 90 South 4 ft in x 2 ft 2 in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 0.0 0.0s1door1c 1 17 180 90 South 12 ft in x 8 ft in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 1 1 1 0.020 0.023 96.0 79.2 0.12 8.1s1win6.2c 0 18 180 90 South 5 ft in x 2 ft in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 0.0 0.0s1door1b 0 19 180 90 South 5 ft in x 8 ft in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 0.0 0.0s1win7.2b 0 20 180 90 South 5 ft in x 2 ft 2 in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 0.0 0.0e3win1c 1 21 95 90 East 2 ft 7 in x 5 ft 7 in 6 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 14.4 8.0 0.16 6.2e3win1d 1 22 95 90 East 4 ft 3 in x 5 ft 7 in 6 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 0 1 1 0.020 0.023 23.7 15.9 0.14 7.2e3win1b 1 23 95 90 East 2 ft 7 in x 5 ft 7 in 6 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 14.4 8.0 0.16 6.2e3win2c 1 24 95 90 East 4 ft 1 in x 5 ft 7 in 6 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 22.8 15.1 0.15 6.9e3door1b 1 25 95 90 East 3 ft 5 in x 8 ft 1/2 in 6 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 0 1 1 0.020 0.023 27.5 18.2 0.14 7.3e3door2c 1 26 95 90 East 3 ft 5 in x 8 ft 1/2 in 6 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 27.5 18.2 0.14 6.9e3win3b 1 27 95 90 East 4 ft 1 in x 5 ft 7 in 6 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 22.8 15.1 0.15 6.9e3win4c 1 28 95 90 East 4 ft 1 in x 5 ft 7 in 6 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 22.8 15.1 0.15 6.9e3door3d 0 29 95 90 East 4 ft in x 7 ft 10 in 6 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 0 1 1 0.020 0.023 0.0 0.0

Width Height

ft in ft inoptiwin, 2wood/0.5n 1a wall (storage, wetroom)

n 2 wall (dining room)


e 2 wall (dining room)





e 3 wall (bedroom wing)












s 1 wall (dining room)








optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

n1win1b (sidelight)n2win1cn2win1be2 win1ae2door2.1c

e2win2.2ce2win3.1be2win3.2bs1win1.1cs1win1.2cs1win2.1ds1win2.2ds1win3.1bs1win3.2bs1win4c GONEs1win5b GONEs1door1a

s1win6.2c GONEs1door1b GONEs1win7.2b GONEe3win1ce3win1de3win1be3win2ce3door1b

e3door2c

e3win3be3win4ce3door3d GONE s 1 wall (dining room) optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

PHPP 2007, Window WAL-PHPP-20110121-JT.xlsx

Window Rough Openings Installed Glazing Frame SHGC U-Value R-Value Window Frame Dimensions Installation Ψ-Value Results

Description Qty Window Unit # Deviation from North

Angle of Inclination from the

Horizontal

Orientation x in Area in the Areas worksheet #

Select glazing from the WinType

worksheet#

Select window from the WinType

worksheet#

Perpen-dicular

RadiationGlazing Frames Glazing Frames Width - Left Width -

RightWidth - Below

Width - Above

Left1/0

Right1/0

Sill1/0

Head1/0 ΨSpacer ΨInstallation

Window Area

Glazing Area

U-ValueWindow

R-ValueWindow

Degrees Degrees Select: Select: Select: - BTU/hr.ft2.F BTU/hr.ft2.F hr.ft2.F/BTU hr.ft2.F/BTU in in in in BTU/hr.ft.°F BTU/hr.ft.°F ft2 ft2 BTU/hr.ft2.F hr.ft2.F/BTUn1win1b 1 1 315 90 West 3 ft 6 in x 7 ft 6 in 1 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 26.3 17.3 0.14 6.9n2win1c 1 2 10 90 North 3 ft 9 1/4 in x 3 ft 1 in 3 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 11.6 6.4 0.17 6.1n2win1b 1 3 10 90 North 3 ft 9 1/4 in x 5 ft 1 in 3 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 19.2 12.2 0.15 6.7e2win1a 1 4 100 90 East 2 ft 5 in x 5 ft 1 in 5 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 0 1 1 0.020 0.023 12.3 6.5 0.16 6.4e2door1c 1 5 100 90 East 3 ft 7 in x 8 ft in 5 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 28.7 19.2 0.14 7.0e2win1.2c 1 6 100 90 East 3 ft 7 in x 2 ft 4 1/2 in 5 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 8.5 4.0 0.18 5.6e2win2.1b 1 7 100 90 East 3 ft 5/8 in x 6 ft 1 in 5 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 18.6 11.3 0.15 6.5e2win2.2b 1 8 100 90 East 3 ft 5/8 in x 2 ft 11 3/4 in 5 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 9.1 4.6 0.17 5.8s1win1.1c 1 9 180 90 South 4 ft 7 5/8 in x 6 ft 1 in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 28.2 19.5 0.14 7.1s1win1.2c 1 10 180 90 South 4 ft 7 5/8 in x 3 ft 7 in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 0 1 1 0.020 0.023 16.6 10.2 0.15 6.7s1win2.1d 1 11 180 90 South 4 ft 3/4 in x 6 ft 1 in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 0 1 1 0.020 0.023 24.7 16.6 0.14 7.2s1win2.2d 1 12 180 90 South 4 ft 3/4 in x 3 ft 8 1/2 in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 0 1 1 0.020 0.023 15.1 9.0 0.15 6.6s1win3.1b 1 13 180 90 South 4 ft 3/4 in x 6 ft 1 in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 24.7 16.6 0.14 6.9s1win3.2b 1 14 180 90 South 4 ft 3/4 in x 3 ft 10 in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 15.6 9.4 0.16 6.4s1win4c 0 15 180 90 South 4 ft in x 2 ft 2 in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 0.0 0.0s1win5b 0 16 180 90 South 4 ft in x 2 ft 2 in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 0.0 0.0s1door1c 1 17 180 90 South 12 ft in x 8 ft in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 1 1 1 0.020 0.023 96.0 79.2 0.12 8.1s1win6.2c 0 18 180 90 South 5 ft in x 2 ft in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 0.0 0.0s1door1b 0 19 180 90 South 5 ft in x 8 ft in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 0.0 0.0s1win7.2b 0 20 180 90 South 5 ft in x 2 ft 2 in 7 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 0.0 0.0e3win1c 1 21 95 90 East 2 ft 7 in x 5 ft 7 in 6 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 14.4 8.0 0.16 6.2e3win1d 1 22 95 90 East 4 ft 3 in x 5 ft 7 in 6 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 0 1 1 0.020 0.023 23.7 15.9 0.14 7.2e3win1b 1 23 95 90 East 2 ft 7 in x 5 ft 7 in 6 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 14.4 8.0 0.16 6.2e3win2c 1 24 95 90 East 4 ft 1 in x 5 ft 7 in 6 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 22.8 15.1 0.15 6.9e3door1b 1 25 95 90 East 3 ft 5 in x 8 ft 1/2 in 6 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 0 1 1 0.020 0.023 27.5 18.2 0.14 7.3e3door2c 1 26 95 90 East 3 ft 5 in x 8 ft 1/2 in 6 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 27.5 18.2 0.14 6.9e3win3b 1 27 95 90 East 4 ft 1 in x 5 ft 7 in 6 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 1 0 1 1 0.020 0.023 22.8 15.1 0.15 6.9e3win4c 1 28 95 90 East 4 ft 1 in x 5 ft 7 in 6 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 1 1 1 0.020 0.023 22.8 15.1 0.15 6.9e3door3d 0 29 95 90 East 4 ft in x 7 ft 10 in 6 4 4 0.53 0.09 0.17 10.8 6.0 5.3 5.3 5.3 5.3 0 0 1 1 0.020 0.023 0.0 0.0

Width Height

ft in ft inoptiwin, 2wood/0.5n 1a wall (storage, wetroom)




























optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

n1win1b (sidelight)n2win1cn2win1be2 win1ae2door2.1c

e2win2.2ce2win3.1be2win3.2bs1win1.1cs1win1.2cs1win2.1ds1win2.2ds1win3.1bs1win3.2bs1win4c GONEs1win5b GONEs1door1a

s1win6.2c GONEs1door1b GONEs1win7.2b GONEe3win1ce3win1de3win1be3win2ce3door1b

e3door2c

e3win3be3win4ce3door3d GONE s 1 wall (dining room) optiwin, 2wood/0.5

optiwin, 2wood/0.5

optiwin, 2wood/0.5

78 kWH / square meter / year

MAXIMUM CONDUCTANCE:!0.01 W/mK!or!0.0058 BTU / hr•ft•F

THERMAL BRIDGE FREE DESIGN

CONDUCTANCE OF STEEL:!29 BTU / hr•ft•F

5,000x PASSIVHAUS LIMIT

5,000x BETTER?

PASSIVHAUS CASE STUDIES

SINGLE FAMILY CUSTOM HOME

EARTHSHIP FARMSTEAD

NET-ZERO!PASSIVHAUS!

LEED PLATINUM!SHEEP ON THE ROOF

WAL05/09/2011

5/9/11, 3:42 PM: DESIGN:_ACTIVE CLIENTS:WAL-Wallace VA:WAL-04 ARCHICAD:WAL-01 MODEL:WAL-HOUSE:WAL_H-20110503-ConDocs.pln

Project: Drawing: BUILDING CONSTRUCTION DIAGRAMS

Revised:Date: May 9, 2011424 fore st., portland, me 04101207-842-2888 fax:842-2828

Wallace ResidenceDavid and Liisa Wallace127 Rye Cove CreekStuart, VA A-0.1Revised:

Drawn by: JB / JJTScale:BUILDING PERMIT DRAWINGS

GABION RETAININGWALLS. VERIFY W/OWNER / ARCHITECT.

PLANTING/EARTHBETWEEN GABIONWALLS

ENTRY HARDSCAPE

GRAVEL DRIVEWAY

WATER CISTERN FORROOF RUNOFF.

TO BE USED FORSITE WATERING

CIP CONC. WALL W/STONE VENEER(SEE STRUCT.)

HARDSCAPE

HERB GARDENBY OWNER

PIZZA OVENBY OWNER

GABION RETAININGWALLS. VERIFY W/OWNER / ARCHITECT.

PLANTING/EARTHBETWEEN GABIONWALLS

SITE RETAINING WALLS

MEMBRANE ROOF

STANDING SEAMMETAL ROOF

FLASHED ROOFEDGE

18" +/- SOD ROOF

9" +/- SEDUMROOF EDGE

18" +/- SOD ROOF

9" +/- SEDUMROOF EDGE



FLASHED ROOFEDGE

EXPOSEDWOOD BEAM

CONCRETE DECK

CONCRETE DECK

CONCRETE DECK

EXPOSED WOOD BEAMS

EXTERIOR EXPOSED WOOD BEAM(SEE STRUCT.)

ROUND STEELCOLUMN

(SEE STRUCT.)

CONCRETE DECK

STONE VENEER

FRAMED WALL

ROOF MONITORWALLS

STONEON CURVED,

FRAMED WALL

DOOR

MASONRYONFRAMEDWALL

MASONRYONFRAMEDWALL

STONE VENEER

FRAMED WALL

WINDOW

FRENCH DOOR

LIFT-SLIDE DOOR

ROOFMONITOR

ON ROOFFRAMING

CONCRETEWALL

FRAMEDWALL

FRAMEDWALL

BOND-OUT FORGARAGE SLAB

CONCRETE REAR WALL

CONCRETE FOOTING

CONCRETE FOOTING

RETAINING WALLAGAINST EARTH

CMU STONE LEDGE

THICKENEDSLAB FOOTINGS

COLUMN SUPPORTS

CONC. REAR WALL

CONCWALL

ROOTCELLAR

TURNED-D

OWN SLAB EDGE F

OOTING

CONCRETE FOOTING

CONC. BATHROOMWALL

10 Landscape

9 Landscape

8 Roof

7 Roof

6 Roof Structure

5 Roof Structure

4 Ambient Walls & Windows

3 Ambient Walls & Windows

2 Foundation & Retaining Walls

1 Foundation & Retaining Walls

EVEN # VIEWS

ODD # VIEWS

VIEW KEY

WAL05/09/2011


Project: Drawing: BUILDING SECTIONS




A

B

C

D

E

F

G

H

J

K

L

M

N

P

Q

ASSEMBLY NOTESSod Roof: ~R-61Green Roof System (See Specs), On 4" Termite Treated EPSInsulation, On Fluid-Applied Waterproof Layer, On 13" Lite-DeckComposite Slab (See Struct.), On 8" Avg. Dense PackCellulose Insulation, w/ 1x Strapping @ 12" O.C. See InteriorFinish Schedule for Finish Materials.

Metal Roof @ Framing: ~R-32Standing Seam Metal Roof, On Slip Sheet, On 5/8" Ply., On 1xWood Sleepers @ 24" O.C., On 2x Perpendicular WoodSleepers @ 24" O.C., On 15# Asphalt Felt (ASTM D226), OnStructural Insulated Panel (See Struct.), On Glulam Beams (SeeStruct.). See Interior Finish Schedule for Finish Materials.

Metal Roof @ Eave: ~R-32Standing Seam Metal Roof, On Slip Sheet, On 5/8" Ply., On 1xWood Sleepers @ 24" O.C., On 2x Perpendicular WoodSleepers @ 24" O.C., On 15# Asphalt Felt (ASTM D226),OnStructural Insulated Panel (See Struct.), w/ T&G Cedar Soffit.

Roof @ Entry: ~R-32Membrane Roof (TPO per Specs.), On Separation Layer(Sarnafil or Equiv.), On Structural Insulated Panel (See Struct.)w/ 1x strapping @ 12" O.C. See Interior Finish Schedule forFinish Materials.

Exterior Wall @ Ambient Condition: ~R-32Wood Siding, On 1x Wood Strapping Rainscreen, On Air Barrier,On 3.5" Nailbase (See Struct.), On 1/2" "Zip System WallSheathing" w/ Taped Seams, On 2x8 Stud Wall @ 24" o.c. w/Full-Depth Dense-Packed Cellulose (See Struct.), On 1/2"Plywood Sheathing, On GWB. See Interior Finish Schedule forFinish Materials.

Exterior Wall @ Ambient Condition w/ Stone Veneer: ~R-326"-8" Stone Veneer (TBD) w/ Sandstone Cap, On StoneAnchors Attached To Face Of Nailbase, On Breathable, Free-Draining Stone Masonry Underlayment w/ Associated WeepHoles, On 3.5" Nailbase, On 1/2" "Zip System Wall Sheathing"w/ Taped Seams, On 2x8 Stud Wall @ 24" o.c. w/ Full-DepthDense-Packed Cellulose (See Struct.), On 1/2" PlywoodSheathing, On GWB. See Interior Finish Schedule for FinishMaterials.

Exterior Wall @ Sub-grade Condition: ~R-19Free Draining Backfill w/ 3 Lengths Drain Tiles, On DrainageBoard, On Waterproof Layer, On 2" 1# Density Termite TreatedEPS Rigid Insulation, On CIP Reinf. Conc. Wall (See Struct.),On 2" EPS Rigid Insulation, On 1x Or 2x Furring Strips As NotedIn Plans For Plumbing, On 1/2" Plywood Sheathing, On GWB.See Interior Finish Schedule for Finish Materials.

Exterior Wall @ Garage (Between Garage and ConditionedSpace): ~R-32Type "X" Gypsum Wall Board (GWB) w/ taped seams, On AirBarrier, On 3.5" Nailbase (See Struct.), On 1/2" "Zip SystemWall Sheathing" w/ Taped Seams, On 2x8 Stud Wall @ 24" o.c.w/ Full-Depth Dense-Packed Cellulose (See Struct.), On 1/2"Plywood Sheathing, On GWB. See Interior Finish Schedule forFinish Materials.

Exterior Wall @ Root Cellar:Free Draining Backfill, On Waterproof Layer, On CIP ReinforcedConcrete Wall (See Struct.)(No Insulation Necessary).

Exterior Gabion Walls @ Parking & Master Bedroom:Design and Detailing TBD.

Exterior Low Landscape Walls:6"-8" Stone Veneer (TBD) w/ Sandstone Cap, On StoneAnchors, On Reinforced CMU Wall (See Struct.)

Interior Slab on Grade: ~R-28Finished Floor Material (See Interior Finish Schedule), On 2Layers 3/4" Plywood Subfloor, On 4" Reinforced Concrete Slab(See Struct.), On 6 mil. Min. Poly Vapor Barrier, On 6" RigidTermite Treated EPS Insulation, On 6" Gravel Fill (No Fines).

Garage Slab on Grade:Reinforced Concrete Slab (See Struct.), On 6 mil. Min. PolyVapor Barrier taped & sealed, On 6" Gravel Fill (No Fines).

Exterior Wall @ Skylight: ~R-32Wood Siding, On Breathable Wood Siding Underlayment, On 2"Rigid EPS Insulation, On 1/2" "Zip System Wall Sheathing" w/Taped Seams, On 2x6 Stud Wall @ 24" o.c. w/ Dense PackCellulose Insulation, On 2" Rigid EPS Insulation (R-34 min.), On1x Strapping, On GWB. See Interior Finish Schedule for FinishMaterials.

Exposed Interior Slab on Grade: ~R-28Sealed 4" Reinforced Concrete Slab (See Struct.), On 6 mil.Min. Poly Vapor Barrier taped & sealed, On 6" Rigid TermiteTreated EPS Insulation, On 6" Gravel Fill (No Fines).

B

M

F

E

F

C

3.1

2A-4.2

1A-4.2

VARIES

108'-6"

109'-6 3/4"

RED LINE DENOTES PROPOSEDAIR TIGHT BARRIER BOUNDARY AIR BARRIER:

TAPED SIP PANEL

AIR BARRIER

AIR BARRIER:TAPED VAPORBARRIER

AIR BARRIER:FACE OF CASTCONCRETE DINING ROOM

MAIN LEVEL100'-0"

3.B

B

M

C

A

F

E

G

5A-4.1

108'-2 3/8"

RED LINE DENOTES PROPOSEDAIR TIGHT BARRIER BOUNDARY

ORANGE LINE DENOTESAIR-TIGHT SEPARATION/INDEPENDENT VENTILATIONSYSTEM

AIR BARRIER:TAPED SIP PANEL

AIR BARRIER:FACE OF CONC.


AIR BARRIER:FACE OF CAST

CONCRETE

KITCHEN DINING ROOM LIVING ROOMPANTRYSTORAGE

SOD ROOF

MAIN LEVEL100'-0"

MAIN LEVEL100'-0"

Q

2.A

A

B

AD

M

F

PP

4A-4.1

108'-2 3/8"

113'-1 3/4"

117'-2"

6'-0"

R 9'-4 3/4"



AIR BARRIER:FACE OF CONCRETE

AIR BARRIER:FACE OF TAPEDOSB SHEATHING


AIR BARRIER:FACE OF CONCRETE

PROVIDE BEVEL AT INSIDE CORNERSTO ALLOW BETTER DRAINAGE

RADIUSED PLASTER CEILING@ LIGHT MONITOR

CONCEALED DUCTED HEAT PUMPINDOOR UNITW/ CONCEALED ACCESS PANELV.I.F ACTUAL LOCATION

FLUSH PLASTER @WINDOW HEAD

HALLWAYMASTER BEDROOM ENTRYCLOSETPANTRYMASTERBATHROOM

SOD ROOF SOD ROOFSOD ROOF

SIM.

T.O. PLATE

T.O. PLATE

MAIN LEVEL100'-0"

2.B

2A-4.1

2.4

A

MF

E

B

G

2A-4.1

1A-4.1

3A-4.1

108'-2 3/8"

5 5/

8"

7 5/

8"

11 1

/8"



AIR BARRIER:FACE OF CONC.DECK (LITEDECK)

AIR BARRIER:FACE OF FRAMEDWALL SHEATHING


AIR BARRIER:FACE OF TAPEDOSB SHEATHING

CRICKET

4" TERMITE TREATEDEPS RIGID INSULATION

CMU STONE LEDGE

STEEL "C" CHANNEL@ AMBIENT WALL CONDITION

STEEL "W" SECTION@ MID-SPAN BEARING(SEE STRUCT.)

CONC. CURB W/ WATER STOP

FOOTING FORSTONE LEDGE

SLATTED WOOD SUNSHADEVERIFY W/ ARCHITECT.

BEDROOMHALLWAYCLOSET

SOD ROOF

CELLULOSE INSUL

CONC

. WAL

L

EPS

EPS

EPS

MAIN LEVEL100'-0"

2.1

SOD ROOF

2X8

2.2

1'-5

3/8

"

CAST CURB W/ WATER STOP,2X FRAMED WALL ABOVE

WATERSTOP

LITE-DECK CONCRETE ROOF

EPS

SCALE: 1/4" = 1'-0"3 SECTION: DINING ROOM (LOW)0 2' 4' 8'

SCALE: 1/4" = 1'-0"2 SECTION: LIVING AREA LENGTH0 2' 4' 8'

SCALE: 1/4" = 1'-0"1 SECTION: LONG HALLWAY0 2' 4' 8'

SCALE: 1/4" = 1'-0"4 SECTION: BEDROOM0 2' 4' 8'

WAL05/09/2011


Project: Drawing: WALL SECTIONS




99'-9 3/4"+100'-0"

+98'-11 3/4"

T.O. FIN. FLR.

T.O. CONC. FOOTING

T.O. CONC. SLAB

M

36" M

AX

.

PERIMETER DRAIN TO DAYLIGHT (SEE SPECS)FREE DRAINING GRAVEL (NO FINES)

FILTER FABRIC

TERMITE TREATEDRIGID EPS INSULATION(SEE SPECS)

COMPACTEDSTRUCTURALFILLPROVIDE CAPILLARY

BREAK BETW. WALLAND FOOTING, TYP.

A

B

C

D

E

F

G

H

J

K

L

M

N

P

Q

ASSEMBLY NOTESSod Roof: ~R-61Green Roof System (See Specs), On 4" Termite Treated EPSInsulation, On Fluid-Applied Waterproof Layer, On 13" Lite-DeckComposite Slab (See Struct.), On 8" Avg. Dense PackCellulose Insulation, w/ 1x Strapping @ 12" O.C. See InteriorFinish Schedule for Finish Materials.

Metal Roof @ Framing: ~R-32Standing Seam Metal Roof, On Slip Sheet, On 5/8" Ply., On 1xWood Sleepers @ 24" O.C., On 2x Perpendicular WoodSleepers @ 24" O.C., On 15# Asphalt Felt (ASTM D226), OnStructural Insulated Panel (See Struct.), On Glulam Beams (SeeStruct.). See Interior Finish Schedule for Finish Materials.

Metal Roof @ Eave: ~R-32Standing Seam Metal Roof, On Slip Sheet, On 5/8" Ply., On 1xWood Sleepers @ 24" O.C., On 2x Perpendicular WoodSleepers @ 24" O.C., On 15# Asphalt Felt (ASTM D226),OnStructural Insulated Panel (See Struct.), w/ T&G Cedar Soffit.

Roof @ Entry: ~R-32Membrane Roof (Sarnafil TPO or Equiv.), On Separation Layer(Sarnafil or Equiv.), On Structural Insulated Panel (See Struct.)w/ 1x strapping @ 12" O.C. See Interior Finish Schedule forFinish Materials.

Exterior Wall @ Ambient Condition: ~R-32Wood Siding, On 1x Wood Strapping Rainscreen, On Air Barrier,On 3.5" Nailbase (See Struct.), On 1/2" "Zip System WallSheathing" w/ Taped Seams, On 2x8 Stud Wall @ 24" o.c. w/Full-Depth Dense-Packed Cellulose (See Struct.), On 1/2"Plywood Sheathing, On GWB. See Interior Finish Schedule forFinish Materials.

Exterior Wall @ Ambient Condition w/ Stone Veneer: ~R-326"-8" Stone Veneer (TBD) w/ Sandstone Cap, On StoneAnchors Attached To Face Of Nailbase, On Breathable, Free-Draining Stone Masonry Underlayment w/ Associated WeepHoles, On 3.5" Nailbase, On 1/2" "Zip System Wall Sheathing"w/ Taped Seams, On 2x8 Stud Wall @ 24" o.c. w/ Full-DepthDense-Packed Cellulose (See Struct.), On 1/2" PlywoodSheathing, On GWB. See Interior Finish Schedule for FinishMaterials.

Exterior Wall @ Sub-grade Condition: ~R-19Free Draining Backfill w/ 3 Lengths Drain Tiles, On DrainageBoard, On Waterproof Layer, On 2" 1# Density Termite TreatedEPS Rigid Insulation, On CIP Reinf. Conc. Wall (See Struct.),On 2" EPS Rigid Insulation, On 1x Or 2x Furring Strips As NotedIn Plans For Plumbing, On 1/2" Plywood Sheathing, On GWB.See Interior Finish Schedule for Finish Materials.

Exterior Wall @ Garage (Between Garage and ConditionedSpace): ~R-32Type "X" Gypsum Wall Board (GWB) w/ taped seams, On AirBarrier, On 3.5" Nailbase (See Struct.), On 1/2" "Zip SystemWall Sheathing" w/ Taped Seams, On 2x8 Stud Wall @ 24" o.c.w/ Full-Depth Dense-Packed Cellulose (See Struct.), On 1/2"Plywood Sheathing, On GWB. See Interior Finish Schedule forFinish Materials.

Exterior Wall @ Root Cellar:Free Draining Backfill, On Waterproof Layer, On CIP ReinforcedConcrete Wall (See Struct.)(No Insulation Necessary).

Exterior Gabion Walls @ Parking & Master Bedroom:Design and Detailing TBD.

Exterior Low Landscape Walls:6"-8" Stone Veneer (TBD) w/ Sandstone Cap, On StoneAnchors, On Reinforced CMU Wall (See Struct.)

Interior Slab on Grade: ~R-28Finished Floor Material (See Interior Finish Schedule), On 2Layers 3/4" Plywood Subfloor, On 4" Reinforced Concrete Slab(See Struct.), On 6 mil. Min. Poly Vapor Barrier, On 6" RigidTermite Treated EPS Insulation, On 6" Gravel Fill (No Fines).

Garage Slab on Grade:Reinforced Concrete Slab (See Struct.), On 6 mil. Min. PolyVapor Barrier taped & sealed, On 6" Gravel Fill (No Fines).

Exterior Wall @ Skylight: ~R-32Wood Siding, On Breathable Wood Siding Underlayment, On 2"Rigid EPS Insulation, On 1/2" "Zip System Wall Sheathing" w/Taped Seams, On 2x6 Stud Wall @ 24" o.c. w/ Dense PackCellulose Insulation, On 2" Rigid EPS Insulation (R-34 min.), On1x Strapping, On GWB. See Interior Finish Schedule for FinishMaterials.

Exposed Interior Slab on Grade: ~R-28Sealed 4" Reinforced Concrete Slab (See Struct.), On 6 mil.Min. Poly Vapor Barrier taped & sealed, On 6" Rigid TermiteTreated EPS Insulation, On 6" Gravel Fill (No Fines).

3A-4.2

108'-10 1/4"

108'-2 3/8"

112'-3 1/2"

VARIES

FOAM CRICKET

STEEL "W" SECTION

WATERPROOF LAYER(SEE SPECS)

18" EARTH ROOF - SOIL ANDNATIVE VEGETATION TO BLENDW/ SURROUNDINGS. (SEE SPECS.)

WATERPROOF LAYER (SEE SPECS)

VERT. FURRINGSTRIPS

METAL FLASHING W/DRIP EDGE

1X STAPPING & INSULWEBTO HOLD CELLULOSEINSULATION & ATTACH GWB.

4" TERMITE TREATED EPS RIGIDINSULATION

2" EPS INSULATION

LITE-DECK CONC. & FOAMCOMPOSITE SLABDENSE-PACK CELLULOSEINSULATION

CONCRETE CRICKET

PROTECTION BOARD

PLYWOOD TO BECONTINUOUS PASTSTEEL BEAM, V.I.F.

CAST-INWATERSTOP

LINE OF LITE-DECK FORM BEYOND

SIM.

2.2

P

A6" CAST CURB W/ WATER STOP,

2X6 FRAMED WALL ABOVE

WALL SET-OUTSHOULD BE 1/4" PAST

STEEL FLANGE TOALLOW ANY VARIANCEOF STEEL PLACEMENT

VARIES

112'-3 1/2"

117'-2"

STEEL "C" SECTION (SEE STRUCT.)



METAL FLASHING W/DRIP EDGE


4" TERMITE TREATED EPS RIGIDINSULATION

LITE-DECK CONC. & FOAMCOMPOSITE SLAB

DENSE-PACK CELLULOSEINSULATION

PROTECTION BOARD

P.T. FILLET

FOAM CRICKET

WALL JAMB BEYOND

WALL JAMB BEYOND

RADIUS PLASTER CEILINGTO CREATE

FLUSH WINDOW INTERSECTION

STEEL "L" SECTION (SEE STRUCT.)

P

A

6" CAST CURB W/ WATER STOP,2X6 FRAMED WALL ABOVE

108'-3 3/4"

108'-8 1/2"

18" EARTH ROOF - SOIL ANDNATIVE VEGETATION TO BLENDW/ SURROUNDINGS.

PROPRIETARY DRAINAGE LAYER(SEE SPECS)

WATER-PROOF LAYER(SEE SPECS)LITE-DECK FOAM/CONC.COMPOSITE SLAB

GWB. CEILING


GWB., ON PLYWOOD,ON 1X P.T. FURRING STRIPS,ON 2" EPS INSULATION

FILTER FABRIC

T.O. CONC. WALL

2.1

B.O. FIN. CLG.

SOD ROOF

G

A

#DrgID#LayID

FREE DRAINING FILL(SEE SPECS)DRAIN TILES

SLOPED TO DRAIN.DRAIN TO DAYLIGHT

(TYP.)


PROPRIETARYDRAINAGE LAYER

(SEE SPECS)

3A-4.2

112'-6"

VARIES

AIR BARRIER LAPPEDAND SEALED OVER


FOAM CRICKET


2" TERMITE TREATEDEPS INSULATION

18" EARTH ROOF - SOIL ANDNATIVE VEGETATION TO BLEND

W/ SURROUNDINGS.


4" TERMITE TREATEDEPS RIGID INSULATION



SIP OR FRAMINGV.I.F.

GWB., ON PLYWOOD,ON 1X P.T. FURRING STRIPS,ON 2" EPS INSULATION

GWB., ON PLYWOOD,ON 2X FRAMING W/INSULATION

ERV VENTINGMUST BE COORD. W/STRUCTURE

ERVVERIFY LOCATION

W/ ARCHITECT

3.B

A

6" CAST CURB W/ WATER STOP,2X6 FRAMED WALL ABOVE

P.T. FILLET

SCALE: 3/4" = 1'-0"1 Earth Wall0 1' 2' 3'

SCALE: 3/4" = 1'-0"3 Skylight Cricket0 1' 2' 3' SCALE: 3/4" = 1'-0"4 Skylight Window

0 1' 2' 3'

SCALE: 3/4" = 1'-0"5 Roof Intersection @ Kitchen0 1' 2' 3'

97'-7"

99'-9 3/4"

102'-6"

+100'-0"

FREE DRAINING FILL (SEE SPECS)

STONE CAPGWB. ON PLYWOOD

AIR BARRIER

T.O. FIN. FLR.

T.O. CONC. FOOTING

2X8

WAL

L

T.O. CONC. SLAB

CMU FOOTING

GRA

DE B

EAM

CONC SLAB

STO

NE V

ENEE

R

F

M

2A-5.1

PERF. PERIMETER DRAIN TO DAYLIGHT(SEE SPECS)FREE DRAINING GRAVEL (NO FINES)FILTER FABRIC

CMU STONE LEDGE

PAVER

SCALE: 3/4" = 1'-0"2 Bedroom Wall0 1' 2' 3'

1A-5.1

6A-4.2

3'-0"4"

109'-8 3/4"

111'-6 1/2"

111'-10"

18" EARTH ROOF - SOIL ANDNATIVE VEGETATION TO BLEND

W/ SURROUNDINGS.


VERT. FURRINGSTRIPS

1X STAPPING & INSULWEBTO HOLD CELLULOSE

INSULATION & ATTACH GWB.

2x8 CEDAR SLATS

2" OD. GALV. STEEL PIPEBRACKET (DOTTED)

COPPER PIPE CAP. RECESS 1/2" IN TO FACE OF SLAT

TERMITE TREATEDEPS RIGID INSULATION

STEEL "C" CHANNEL(SEE STRUCT.)

NAILBASE

6" CONC. CURB W/ WATER STOP(SEE STRUCT.)



METAL COPING W/ DRIP EDGE

STEEL "L" CHANNEL(SEE STRUCT.)

DRY STACK STONEWALL @ EARTH EDGE

B.O. BEARING

E

WIN. R.O.

T.O. CONC. CURB

T.O. PLATE

SEE STRUCT. FORCONNECTION DETAILS

A

E

108'-3 3/4" 108'-5"

2" + ID. COPPER SLEEVESPACERS BETWEEN SLATS.

77 Oak Street

Portland, ME, 04101 p. 207-774-4614 f. 866-793-7835

www.structuralinteg.com

BUILD WITH CONFIDENCE © 2011 Structural Integrity Consulting Engineers, Inc.

WAL08/10/2011

9/2/11, 11:16 AM: DESIGN:_ACTIVE CLIENTS:WAL-Wallace VA:WAL-04 ARCHICAD:WAL-01 MODEL:WAL-HOUSE:WAL_H-20110817-CA-Windows.pln

Project: Drawing: WINDOW DETAILS

Revised:Date: August 10, 2011424 fore st., portland, me 04101207-842-2888 fax:842-2828


Drawn by: JB / JJTScale:CONSTRUCTION DRAWINGS

108'-2 3/8"

108'-3"

WINDOW

4/4" CEDAR HEAD EXTENSIONATTACHED W/ TRIM SCREWS

LINE OF STONE JAMBBEYOND

AIR-SEALING TAPE

METAL FLASHING W/ DRIP EDGE

FROM EDGE OF CLADDING, TYP. FOR OPERABLEWINDOWS, ABOUT 5/8" FOR FIXED WINDOWS

2.4

R.O.

1"2

1/2"

1/2"

108'-1" 108'-1"

108'-4"

WALL JAMBEXTENSION

BEYOND

FILL WINDOW R.O. CAVITYWITH LOW EXPANSION FOAM

FOR MAX. CONTINUITYOF THERMAL INSULATION

BLOCKING LET INTO NAILBASE,ATTACH W/ CONSTR. ADHESIVE

BLACK VINYLBUG SCREEN

FROM EDGE OF UNIT HEAD,TYP. FOR ALL WINDOWS

5 1/4"

102'-7"STONE CAPW/ DRIP EDGE

SELF-ADHERED PAN FLASHING/AIR BARRIER ONZIP SYSTEM WALL SHEATHING

BREATHABLE STONE MASONRYUNDERLAYMENT W/ CORRESPONDINGWEEP STRIPS

GWB. ON PLYWOOD

WINDOW

TAPED AIR BARRIER ON OSBNAILBASE

LINE OF STONE JAMBBEYOND

2.4

R.O.

WALL SHEATHING/AIR BARRIER

NAILBASE

1A-5.5

WOOD SILL

WALL JAMBEXTENSION

BEYOND METAL SILL FROM WINDOWMANUF. INSUL. VOID

2X8 WALL

SEALANT BEAD BETW.SHEATHING & FRAMING

AIR SEALING TAPE

1/2" 2 3/8" 1"

DRYWALL RETURN

GWB ON PLYWOOD

BREATHABLE STONE MASONRYUNDERLAYMENT W/ CORRESPONDINGWEEP STRIPS

2x8 WALL

WINDOW SILL BEYOND

WINDOW

STONE VENEER

CAULK & BACKER ROD

EDGE OF METAL SILL FLASHING BEYOND

EDGE OF STONE SILL BEYOND

FROM EDGE OF CLADDING, TYP. FOR OPERABLEWINDOWS, ABOUT 5/8" FOR FIXED WINDOWS

FROM EDGE OFUNIT JAMB, TYP.

FOR ALL WINDOWS

2.42.4

WEATHER RESISTANTBARRIER ON OSB NAILBASE

AIR SEALING TAPE


FILL WINDOW R.O. CAVITYWITH LOW EXPANSION FOAMFOR MAX. CONTINUITYOF THERMAL INSULATION

WALL SHEATHING/ AIR BARRIER

SELF-ADHERED PAN FLASHING/AIR BARRIER ON ZIP SYSTEM WALL SHEATHING

101'-11"

2"

2X8 WALL

SELF-ADHERED PAN FLASHING/AIR BARRIER

GWB. ON PLYWOOD

WINDOW

PTD. STEEL COL. BEYOND(SEE STRUCT.)

WEATHER RESISTANT BARRIER

METAL JAMB PROFILE BEYOND

LIVING ROOM ONLY

SHEATHING/ AIR BARRIER

SANDSTONE CAPW/ DRIP EDGE

WOOD SILL

ANGLED DRYWALL RETURNBEYOND

METAL SILL FROMWINDOW MANUF.



AIR SEALING TAPE

1"

VARIES

WINDOW

T&G CEDAR SOFFIT

EXPOSED GLUE-LAMBEAM (SEE STRUCT.)PTD. COLUMN BEYOND(SEE STRUCT.)


CEILING(SEE FINISH SCHED.)

METAL PROFILE @HEAD & JAMB

3.2

VARIES

HOLLOW STEEL BEAM(SEE STRUCT.)

FILL WINDOW R.O. CAVITYWITH LOW EXPANSION FOAM

FOR MAX. CONTINUITYOF THERMAL INSULATION

SEALANT BEAD BETW. SHEATHINGAND BLOCKING



108'-10"

108'-3"

4"

WINDOW

2X4 BOX BEAM

WOOD TRIM


AIR SEALING TAPE

WOOD TRIM

STEEL WIND GIRT(SEE STRUCT.)

METAL FLASHING(ISOLATE FROM STEEL)

METAL PROFILE @HEAD & JAMB



3.2 & 3.A

3.2 & 3.A


METAL SILL FROM WINDOWMANUF.


AIR SEALING TAPE


STEEL COL.BEYOND

110.0°

ANGLED DRYWALL RETURN

WINDOW SILL BEYOND

WINDOW

STONE SILL BEYOND

APPROX. LOC. OF STEELBEAM ABOVE (SEE STRUCT.)

APPROX. LOC. OFGLU-LAM BEAM ABOVE

(WIN. 08,09 ONLY)

METAL TRIM @ HEAD& JAMB -TUCKS BEHINDCLADDING

3.23.2


AIR SEALING TAPE



SELF-ADHERING PAN FLASHING/AIR BARRIERNAILBASE

WOOD SIDING

WEATHER RESISTANT BARRIER

1/2" 2 3/8" 1"

DRYWALL RETURN

GWB ON PLYWOOD

2x8 WALL

WINDOW SILL BEYOND

WINDOW

WOOD SIDING

EDGE OF METAL SILL FLASHING BEYOND

EDGE OF STONE SILL BEYOND

FROM EDGE OFUNIT JAMB, TYP.

FOR ALL WINDOWSFROM EDGE OF CLADDING, TYP. FOR OPERABLEWINDOWS, ABOUT 5/8" FOR FIXED WINDOWS

2.4

SELF-ADHERED PAN FLASHING/AIR BARRIER ON ZIP SYSTEM WALL SHEATHING

AIR SEALING TAPE



WALL SHEATHING/ AIR BARRIER

SCALE: 3" = 1'-0"1 Window Head / Swing Door Head Detail (Center Alignment)0 3'' 6'' 9''

SCALE: 3" = 1'-0"2 Window Sill Detail (Center Alignment)0 3'' 6'' 9''

SCALE: 3" = 1'-0"3 Window Jamb Detail/Stone (Center Alignment)0 3'' 6'' 9''

SCALE: 3" = 1'-0"5 Window Sill Detail (Outer Alignment0 3'' 6'' 9''

SCALE: 3" = 1'-0"4 Window Head Detail (Outer Alignment)0 3'' 6'' 9''

SCALE: 3" = 1'-0"7 Window Transom Detail (Outer Alignment)0 3'' 6'' 9''

SCALE: 3" = 1'-0"6 Window Jamb Detail (Outer Alignment)0 3'' 6'' 9''SCALE: 3" = 1'-0"8 Window Jamb Detail/Wood (Center Alignment)

0 3'' 6'' 9''

Sept. 02, 2011

Sept. 02, 2011

Sept. 02, 2011

HEATING ENERGY: !4.5 kBTU / SF / YR!

!

TOTAL ENERGY: !32 kBTU / SF / YR!

!

AIR TIGHTNESS:!0.5 ACH50

CUSTOM HOME > $250 / SF:!!

PH = HIGH QUALITY!PH = TOUGH & SAFE

MARKET-RATE CONDOMINIUM TOWNHOUSES

424 fore st., portland, me 04101207-842-2888 fax:842-2828

2/18/11: DESIGN:_ACTIVE CLIENTS:RDF_T-Redfern Townhouses:RDF_T-04 ARCHICAD:RDF_T-01 MODEL:RDF_T-20110215-site.pln

A-9.2

Project:

Revised:Date: February 18, 2011

Scale:

Drawing: MASSING STUDYRedfern TownhomesJonathan & Catherine Culley121 York Street

Portland, ME

Drawn by: JB

PRELIMINARY DESIGN

7 65 4 3

12

7 UNITS AT $140 / SF

$350K!to!

$450k

PRELIMINARY DESIGN

424 fore st., portland, me 04101207-842-2888 fax:842-2828

3/14/11: DESIGN:_ACTIVE CLIENTS:RDF_T-Redfern Townhouses:RDF_T-04 ARCHICAD:RDF_T-01 MODEL:RDF_T-20110314-PD3.pln

PD3-6

Project:

Revised:Date: March 14, 2011

Scale:

Drawing: ELEVATION STUDIESHarborview Development LLCdba Redfern Homes LLC121 York Street

Portland, ME

Drawn by: JB

1 Side Elevation: WRAP

RDF_T04/02/2012

6/1/12, 11:19 AM: /Volumes/DESIGN/_ACTIVE CLIENTS/RDF_T-Redfern Townhouses/RDF_T-04 ARCHICAD/RDF_T-01 MODEL/RDF_T-20111103-PERMIT.pln

Project: Drawing: WALL SECTIONS

Revised:Date: April 2, 2012424 fore st., portland, me 04101

207-842-2888 fax:842-2828

Harborview Development LLCdba Redfern Homes LLC121 York StreetPortland, ME A-4.1Revised:

Drawn by: JBScale:FOR PERMIT

LOW SLOPE ROOFABOVE UNIT A

THIRD FLOOR UNIT A

F

A

1A-5.1

8A-5.2

79'-3"T.O. ROOF BEAM

6

77'-1"T.O. SUNSHADE

HEAD FLASHING

FOAM INSULATION

SUNSHADE

PARAPET SHEATHINGSCABBED ON

C

A

F

F

5A-5.2

1'-2

"

THIRD FLOOR UNIT F

SLOPING ROOFLOW SLOPE ROOF

91'-0 1/2"T.O. ROOF BEAM

HT. VARIEST.O. ROOF BEAM

THIRD FLOOR UNIT E

2

C

6A-5.1

VARIES

METAL FLASHING W/DRIP EDGE. MATCH

WINDOW COLOR

2x FASCIA

1x FASCIA

LVL BEAMB.O. BEARING

122

B

C

7A-5.1

TAPE, SEAL @ PANEL EDGES

SHIPLAP CEDAR

1X STRAPPING TYP.

LAT. CROSS BRACING

THIRD FLOOR UNIT C, D,E

5A-5.1

(ENT

RY D

OO

R)

2 X 8 STRAPPING

THIRD FLOORBACONY

UNIT C,D,E

T.O. PARAPET

D

F

4A-5.1

8A-5.2

74'-7.5"T.O. FIN. DECKING

74'-10.5"T.O. FIN. FLOOR

C

0'-0"T.O. R.O.

0'-0"TOP PLATE

0'-0"

HEAD FLASHING

FOAM INSULATION

OPEN WEB JOISTS


R-25 AVE.@ 5.6/ IN = 4.5" AV

F

M

1A-5.2

6A-5.2

10" TYP.

FIRST FLOORENTRY CANOPY

1 1/2" RIGID EPS FOAMON SET IN RIM JOIST

63'-0"T.O. FIN. FLOOR

SECOND FLOOR UNIT C

0'-0"TOP PLATE

FOAMED INSULATION

PAN FLASHING

LATERAL CROSS BRACING.INTERIOR WALL NOT TO BEARON RIGID

EPDM GASKET UNDERMUDSILL, TYP.

SOUND BATTINSULATION

DENSE PACK CELL.

1 X 3 BASEBOARD

FI


AIR BARRIER:TAPED VAPOR BARRIER

SEAL BOTTOM EDGEOF SHEATHING TO B.P.

FIRST FLOOR UNIT C

53'-0"

10"

4"

DAMPPROOFING, TYP.

(2) #4 CONT.

4" PERFORATED PIPE W/FILTER FABRIC, DRAIN TO

DAYLIGHT, TYP.

CAPILLARY BREAK@ T.O. FOOTING

(DAMPPROOFING ORMEMBRANE), TYP.

PROVIDE PERF PIPE BELOWSLAB FOR RADONMITIGATION

CONC. WALKWAY

LATERAL CROSS BRACING.INTERIOR WALL NOT TO BEAR

ON RIGID

FOOTING DRAIN

52'-6"

T.O. FIN. CONC.

THIRD FLOOR UNIT FM


SECOND FLOOR UNIT E

SECOND FLOOR UNIT FTHIRD FLOOR UNIT E

G

G

M

9 1/

2"

! ! PROVIDE FIREBLOCKING, TYP.


DF

F

M

2A-5.1

2A-5.2

3'-6

"

SECOND FLOOR UNIT A

THIRD FLOOR UNIT A


HEAD FLASHINGFOAM INSULATION

FOAMED INSULATION

PAN FLASHING5/4 WOOD SILL BOARD

5/4 WOOD BASEBOARD

LIGHT COVE


1/4" PITCH

1X4 WOOD, CLEAR FINISH

1 1/2" STEEL TUBE

F

M

3A-5.1

1A-5.2

ENTRY CANOPY

FIRST FLOOR UNIT A

58'-0"T.O. SUBFLOOR

82 DEGREES

TAPERED RIGID FOAMW/ BLOCKING @ 24" O.C.

LATERAL CROSS BRACING.INTERIOR WALL NOT TO BEAR

ON RIGID

1 x 3

1X SHIPLAP SOFFIT,CLR FINISH

FL

10"

DAMPPROOFING, TYP.

(2) #4 CONT.

4" PERFORATED PIPE W/FILTER FABRIC, DRAIN TODAYLIGHT, TYP.

CAPILLARY BREAK@ T.O. FOOTING(DAMPPROOFING ORMEMBRANE), TYP.

PROVIDE PERF PIPE BELOWSLAB FOR RADON

MITIGATION

PATIO


AIR BARRIER:TAPED VAPOR BARRIER

48'-0"

47'-6"

T.O. FIN. CONC.

FIRST FLOOR UNIT A

T.O. WALKWAY

LATERAL CROSS BRACING.INTERIOR WALL NOT TO BEARON RIGID

I K

F

B

8A-5.1

82'-"3T.O. DOUBLE

TOP PLATE

RAIN LEADER

GUTTERTO RAIN LEADERS

AIR BARRIER:TAPED ZIP SYSTEM SHEATHING

AIR BARRIER:TAPED ZIP SYSTEMSHEATHING

1X STRAPPING TYP.

A

B

C

D

F

G

H

J

K

L

M

ASSEMBLY NOTES

FLAT ROOF: ~R-68Fully Adhered T.P.O. Membrane Roof System, On 1/2"Protection Board, On Tapered Polyiso. Insulation, On Non-Tapered Polyiso. Insulation (R-25 avg.), On "Zip System RoofSheathing" w/ Taped Seams(See Struct.) On Open Web Joists(See Struct.) filled w/ Dense Pack Cellulose Insulation (R-43),On 5/8" Type X GWB Ceiling. See Interior Finish Schedule forFinish Materials.

SHED ROOF : ~R-68Fully Adhered T.P.O. Membrane Roof System, On 1/2"Protection Board, On Non-Tapered Polyiso. Insulation (R-25avg.), On "Zip System Roof Sheathing" w/ Taped Seams (SeeStruct.) On Open Web Joists (See Struct.) filled w/ Dense PackCellulose Insulation (R-50), On 5/8" Type X GWB Ceiling. SeeInterior Finish Schedule for Finish Materials.

SHED ROOF (@ EAVE):Fully Adhered T.P.O. Membrane Roof System, On 1/2"Protection Board, On Non-Tapered Polyiso. Insulation (R-25avg.), On Roof Sheathing (See Struct.), On 2x framing (SeeStruct.), on Soffit Material. See Interior Finish Schedule forFinish Materials.

ROOF DECK: ~R-581x Decking (Alt. Synth. Decking), On Reverse Tapered 2xSleepers @ 16 O.C., On Fully Adhered T.P.O. Membrane RoofSystem, On 1/2" Protection Board, On Tapered Polyiso.Insulation, On Non-Tapered Polyiso. Insulation (R-25 avg.), On"Zip System Roof Sheathing" w/ Taped Seams (See Struct.), OnOpen Web Joists (See Struct.) filled w/ Dense Pack CelluloseInsulation (R-34), on 5/8" Type X GWB Ceiling. See InteriorFinish Schedule for Finish Materials.

EXTERIOR WALL: ~R-36Exterior Siding Type S1, S2 or S3 (See Elevations for Extents),On Rainscreen (1x3 K.D. strapping or "Home Slicker" - seesiding type for extents, incl. black vinyl bug screen), On WeatherResistant Barrier (WRB),On 1/2" "Zip System Wall Sheathing"w/ Taped Seams, On 10" Double Stud Wall ( See Struct.) w/Full-Depth Dense-Packed Cellulose (R-36), on 5/8" Type XGWB. See Interior Finish Schedule for Finish Materials.

PARTY WALL Type 1: Interior/Interior ~STC Rating: 45Double 2 x 4 Wall (8") w/ Min. Formaldehyde-Free BattInsulation One Side w/ 5/8" Type X GWB both sides.

PARTY WALL Type 2: Exterior/Interior ~R-36Exterior Siding Type S1, S2 or S3 (See Elevations for Extents),On Rainscreen (1x3 K.D. strapping or "Home Slicker" - seesiding type for extents), On Weather Resistant Barrier(WRB),On 1/2" "Zip System Wall Sheathing" w/ Taped Seams,On Type X GWB, On 10" Double Stud Wall ( See Struct.) w/Full-Depth Dense-Packed Cellulose (R-36), on 5/8" Type XGWB. See Interior Finish Schedule for Finish Materials. Type XGWB both sides.

PARTY WALL Type 3: Parapet Wall ~UninsulatedSAME ASSEMBLY BOTH SIDES: Exterior Siding Type 1, 2 or 3(See Elevations for Extents), On Rainscreen (1x3 K.D. strappingor "Home Slicker" - see siding type for extent), On WeatherResistant Barrier (WRB),On 1/2" "Zip System Wall Sheathing"w/ Taped Seams, On Type X GWB, On 10" Double Stud Wall( See Struct.)

CONC. FOUND. WALL @ Grade Change: ~R-17Free Draining Backfill, on Fluid-Applied Damproofing, OnReinforced Concrete Retaining Wall (See Struct.) On 1" RigidInsul., On Min. 15 Mil. Vapor Barrier Taped & Sealed, On 2xFraming w/ Dense Pack Cellulose, On 5/8" Type X GWB, OnInterior Finish. See Interior Finish Schedule for Finish Materials.

INTERIOR SLAB ON GRADE: ~R-16Sealed Reinforced 4" Concrete slab ( see struct), On 15 Mil.min. Poly Vapor Barrier Taped and Sealed, On 4" Rigid EPSInsulation, On 6" Crushed Gravel fill (No Fines)

INTERIOR FRAMED FLOORS:Finish Floor Material (See Interior Finish Schedule), OnStructural Floor Sheathing (See Struct.), On Floor Joists (SeeStruct.), On 5/8" Type X GWB Ceiling. See Interior FinishSchedule For Finish Materials.

SECOND FLOOR UNIT F

SECOND FLOOR UNIT E

M65'-6"T.O. FIN. FLOOR

SECOND FLOOR UNIT E

FIRST FLOOR UNIT E

FIRST FLOOR UNIT F

G

G

M

9 1/

2"

! ! PROVIDE FIREBLOCKING, TYP.


FIRST FLOOR UNIT EFIRST FLOOR UNIT F

G

K

L

L

4A-5.2

8" TYP.

CAPILLARY BREAK@ T.O. FOOTING

(DAMPPROOFING ORMEMBRANE), TYP.

CONC. FOOTING(SEE STRUCT.)

AIR SEAL UNDERMUDSILL, TYP.DAMPROOFING

BATT SOUNDINSULATION


PROVIDE PERF PIPE BELOWSLAB FOR RADONMITIGATION

PROVIDE PERF PIPE BELOWSLAB FOR RADON

MITIGATION

1" RIGID INSUL.W/ D.P. CELL.

55'-6"T.O. CONCRETE

53'-0"T.O. FIN. CONC

SCALE: 3/4" = 1'-0"4 WALL SECTION - DECK_EAVE SCALE: 3/4" = 1'-0"2 WALL SECTION - BAY WINDOW SCALE: 3/4" = 1'-0"1 WALL SECTION - THICK SLAB

SCALE: 3/4" = 1'-0"3 PARTY WALL - INTERIORJUNE 1, 2012


PEAK LOAD PER UNIT 32,495 BTU / HOUR


X EXHAUST ONLY SITE ENERGY 9.17 kBTU / SF / YEAR (LOCAL DAMAGE)HRV OR ERV 0 % EFFICIENT PV TO BE NET-ZERO 154.57 KW

PV PANELS NEEDED 672 8,400 SF OF PV



R- VALUES WINDOW ENERGY (96,421) KBTU / YEAR (ENERGY + OR -)






WINDOWSSHGC: 0.37





22,4

11U

S S

F:26

,506

Blu

eber

ry

Com

mon

s: B

ldg

12C

LIM

ATE

LO

CAT

ION

:

Falm

outh

, ME

SC

HE

ME

A: C

OD

E

TFA

:

0%# 2%# 4%# 6%# 8%#

SOUTH:

NORTH:

EAST:

WEST:

BUILDING SHELL:,

30% WINDOWS:, 17%


53%

SOLAR GAINS:,

9%

PEOPLE, LIGHTS & APPLIANCES:, 10%

MECHANICAL

HEATING:, 81%

WALLS:, 46%

ROOF:, 9%

SUSPENDED

FLOORS:, 35%


11%

IRC 2009 SCENARIO

Kaplan Thompson ArchitectsBlueberry Commons 14 Unit Bldgs10/9/12

Construction System Estimates:

TYPE CODEWALLS 2x6 FiberglassROOF Truss w/ Fiberglass BattsGROUND FLOOR / GARAGE CEILING 2" Thermax Rigid InsulationBASEMENT WALLS & SLAB 2" XPS Rigid Insulation

WINDOWSParadigm Vinyl, Double Glazed

AIR SEALING Minimal

LOW ENERGY Estimated Cost

WALLS

2" Dow Tuff-R Poly-Iso Rigid over Zip Wall over 2x6 w/ Cellulose

$1 / SF insulation + strapping, $1 SF labor

ROOFTruss w/ 15" Cellulose, OSB underside, air sealed

$0.50 / SF OSB + tape, $2 / SF cellulose

GROUND FLOOR / GARAGE CEILING

4" Thermax Rigid Insulation or 5" EIFS

$2 / SF insulation, $2 / SF labor

BASEMENT WALLS & SLAB 2" EPS Rigid Insulation $1,500 total bldg

WINDOWSMarvin Integrity or Pella 350 Triple Glazed +$30 / SF upgrade

AIR SEALING MESHA Standard $500 / unit labor + materials

PASSIVE HOUSE Estimated Cost

WALLS








BASEMENT WALLS & SLAB 2" EPS Rigid Insulation $2,200 total bldgWINDOWS Intus Vinyl, Triple Glazed +$30 / SF upgrade

AIR SEALING Passive House verified $1,500 / unit labor + materials

$25,000 PER UNIT MECHANICAL SYSTEMS

40,000 BTU / HR PEAK LOAD

LOW-ENERGY SCENARIO








R- VALUES WINDOW ENERGY (15,106) KBTU / YEAR (ENERGY + OR -)






WINDOWSSHGC: 0.55





22,4

11U

S S

F:26

,506

Blu

eber

ry

Com

mon

s: B

ldg

12C

LIM

ATE

LO

CAT

ION

:

Falm

outh

, ME

SC

HE

ME

C: L

OW

EN

ERG

Y

TFA

:

0%# 2%# 4%# 6%# 8%#

SOUTH:

NORTH:

EAST:

WEST:

BUILDING SHELL:,

40%

WINDOWS:, 25%


35%

SOLAR GAINS:,

27% PEOPLE, LIGHTS & APPLIANCES:, 20%

MECHANICAL

HEATING:, 53%

WALLS:, 48%

ROOF:, 15% SUSPEND

ED FLOORS:,

19%


18%





AIR SEALING Minimal


WALLS












WALLS














AIR SEALING Minimal


WALLS












WALLS











12,000 BTU / HOUR PEAK LOAD

PASSIVHAUS SCENARIO








R- VALUES WINDOW ENERGY 8,689 KBTU / YEAR (ENERGY + OR -)






WINDOWSSHGC: 0.55





22,4

11U

S S

F:26

,506

Blu

eber

ry

Com

mon

s: B

ldg

12C

LIM

ATE

LO

CAT

ION

:

Falm

outh

, ME

SC

HE

ME

D: P

ASS

IVE

HO

USE

TFA

:

0%# 2%# 4%# 6%# 8%#

SOUTH:

NORTH:

EAST:

WEST:

BUILDING SHELL:,

48%

WINDOWS:, 29%


23%

SOLAR GAINS:,

35%

PEOPLE, LIGHTS & APPLIANCES:, 28% MECHANI

CAL HEATING:,

37%

WALLS:, 42%

ROOF:, 12%

SUSPENDED

FLOORS:, 30%


16%





AIR SEALING Minimal


WALLS












WALLS















AIR SEALING Minimal


WALLS












WALLS










6,000 BTU / HOUR PEAK LOAD

1,500 WATTS = 6,400 BTU / HOUR


(2) $50 = $100

750 W!+!

750 W

HEATING ENERGY: !14 kBTU / SF / YR!

!


!


DEVELOPER DRIVEN MARKET RATE:!

!

PH = “TOO MUCH”

LIHTC AFFORDABLE MULTI-FAMILY

BLUEBERRY COMMONS Kaplan Thompson ArchitectsENERGY COST OPTIMIZATION October 9, 2012

BUILDING DATAUtility Electricity cost: $0.11 ($131.58) ($95.89) ($59.91)Typical kWH / Month Useage 350 27% 54%

House Model: Typical APTDescription: 1,500 SF 2 BRHouse Size (square feet): 1,500Constr Cost: ($/SF) $135Estimated Base House Cost: $202,500

Option A: Option B: Option C:Window Square Feet: (includes glass doors) 127 CODE LOW ENERGY PASSIVE HOUSEExterior Wall Linear Feet: 42 5.00 ACH50 1.50 ACH50 0.60 ACH50Roof Square Feet: 500 R-10 Slab R-10 Slab R-20 SlabBasement Square Feet: 50 R-10 Basement Walls R-20 Basement Walls R-20 Basement WallsSlab on Grade Square Feet: 500 R-19 Walls R-30 Walls R-44 Walls

R-49 Roof R-49 Roof R-80 RoofLocation: Falmouth, ME US Double Glazed Vinyl US TRIPLE Glazed Fiberglass Euro Triple Glazed Vinyl

Peak Heat Load (kBTU / Hour) (system sizing only) 32,495 11,472 5,881Peak Load (Watts) 3,364 1,725 Annual Heat Demand (kBTU / YR) 55,335 16,245 7,125Annual Heat Load (kWH/YR) 16,217 4,761 2,088kBTU / SF / YR (Passivhaus = 4.75 BTU/sf/yr TFA sf!)) 36.89 10.83 4.75

Heating System Type: Propane Heat & HWHeat Pump Heat PumpHeating System $ $27,000 $10,000 $8,000Ventilation System Cost (exhaust only vs. HRV) $250 $3,000 $5,000COP 2.5 2.5Heating Demand (kWH / YR) 4,761 835

Lights & Appliances (kWH / YR) 4,200 4,200 4,200

Family Size 1 1 1DHW demand (kWH / YR) 1,500 1,500 1,500

Total kWH / Year: 5,700 10,461 6,535Propane Cost / Year: 952.00$ Window Upgrade Cost / SF: $0 $30 $30Wall Upgrade Cost / linear foot: $16.00 $24.00Roof Upgrade Cost / SF: $2.50 $4.50Basement Upgrade Cost / Total: $2.00 $3.00Slab on Grade upgrade cost / SF: $2.00 $3.00

Window Upgrade Cost: $0 $3,810 $3,810Wall Upgrade Cost: $672 $1,008Roof Upgrade Cost / 14 UNITS: $1,250 $2,250Basement Upgrade Cost / SF: $100 $150Ground Floor Upgrade Cost / SF / 14 UNITS: $1,000 $1,500Air Sealing Cost Increase / UNIT: $500 $1,500TOTAL CONSTRUCTION COST INCREASE: $0 $7,332 $10,218

Base House Cost: $175,250 $175,250 $175,250Mechanical System Cost: $27,250 $13,000 $13,000Construction Cost Increase for Options: $0 $6,832 $8,718

Total Building Cost: $202,500 $195,082 $196,968Cost Savings: $7,418 $5,532

Interest Rate YearsMonthly Payment for Total Building: 5.5% 20 ($1,392.97) ($1,341.94) ($1,354.92)Cost for energy / mo from Utility Company ( w/out inflation) (131.58) (95.89) (59.91)

TOTAL COST OF BUILDING / MONTH: ($1,524.56) ($1,437.84) ($1,414.82)Cost Savings per Month: $87 $110

Cost per month to run your new apartment (heat, hot water & appliances) on standard utility electricity :

BLUEBERRY COMMONS Kaplan Thompson ArchitectsENERGY COST OPTIMIZATION October 9, 2012

BUILDING DATAUtility Electricity cost: $0.11 ($131.58) ($95.89) ($59.91)Typical kWH / Month Useage 350 27% 54%

House Model: Typical APTDescription: 1,500 SF 2 BRHouse Size (square feet): 1,500Constr Cost: ($/SF) $135Estimated Base House Cost: $202,500

Option A: Option B: Option C:Window Square Feet: (includes glass doors) 127 CODE LOW ENERGY PASSIVE HOUSEExterior Wall Linear Feet: 42 5.00 ACH50 1.50 ACH50 0.60 ACH50Roof Square Feet: 500 R-10 Slab R-10 Slab R-20 SlabBasement Square Feet: 50 R-10 Basement Walls R-20 Basement Walls R-20 Basement WallsSlab on Grade Square Feet: 500 R-19 Walls R-30 Walls R-44 Walls

R-49 Roof R-49 Roof R-80 RoofLocation: Falmouth, ME US Double Glazed Vinyl US TRIPLE Glazed Fiberglass Euro Triple Glazed Vinyl

Peak Heat Load (kBTU / Hour) (system sizing only) 32,495 11,472 5,881Peak Load (Watts) 3,364 1,725 Annual Heat Demand (kBTU / YR) 55,335 16,245 7,125Annual Heat Load (kWH/YR) 16,217 4,761 2,088kBTU / SF / YR (Passivhaus = 4.75 BTU/sf/yr TFA sf!)) 36.89 10.83 4.75

Heating System Type: Propane Heat & HWHeat Pump Heat PumpHeating System $ $27,000 $10,000 $8,000Ventilation System Cost (exhaust only vs. HRV) $250 $3,000 $5,000COP 2.5 2.5Heating Demand (kWH / YR) 4,761 835

Lights & Appliances (kWH / YR) 4,200 4,200 4,200

Family Size 1 1 1DHW demand (kWH / YR) 1,500 1,500 1,500

Total kWH / Year: 5,700 10,461 6,535Propane Cost / Year: 952.00$ Window Upgrade Cost / SF: $0 $30 $30Wall Upgrade Cost / linear foot: $16.00 $24.00Roof Upgrade Cost / SF: $2.50 $4.50Basement Upgrade Cost / Total: $2.00 $3.00Slab on Grade upgrade cost / SF: $2.00 $3.00

Window Upgrade Cost: $0 $3,810 $3,810Wall Upgrade Cost: $672 $1,008Roof Upgrade Cost / 14 UNITS: $1,250 $2,250Basement Upgrade Cost / SF: $100 $150Ground Floor Upgrade Cost / SF / 14 UNITS: $1,000 $1,500Air Sealing Cost Increase / UNIT: $500 $1,500TOTAL CONSTRUCTION COST INCREASE: $0 $7,332 $10,218

Base House Cost: $175,250 $175,250 $175,250Mechanical System Cost: $27,250 $13,000 $13,000Construction Cost Increase for Options: $0 $6,832 $8,718

Total Building Cost: $202,500 $195,082 $196,968Cost Savings: $7,418 $5,532

Interest Rate YearsMonthly Payment for Total Building: 5.5% 20 ($1,392.97) ($1,341.94) ($1,354.92)Cost for energy / mo from Utility Company ( w/out inflation) (131.58) (95.89) (59.91)

TOTAL COST OF BUILDING / MONTH: ($1,524.56) ($1,437.84) ($1,414.82)Cost Savings per Month: $87 $110

Cost per month to run your new apartment (heat, hot water & appliances) on standard utility electricity :

HOW MUCH HEAT CAN YOUR VENTILATION AIR MOVE?

+

HEATING ENERGY: !4.75 kBTU / SF / YR!

!


!


MANAGED RENTAL!!

PH = HEAT INCLUDED!PH = FREE MONEY!

BARRIERS

WALL THICKNESS HANG-UPS

WHERE IS OUR THERMAL “CANTILEVER”

NEW ENGLAND IS COLDER THAN

GERMANY

PASSIV HAUS INSTITUT

KEY LESSONS

PRIMARY OVER

HEATING

AIR TIGHTNESS IS

CHEAP

SHADING STUDY

WATCH YOUR SOLAR

CERTIFY

4.00 NOT

4.75

PRE-CERTIFY!

NO EXCUSES WITH GOOD BUDGETS

LET’S GET TO WORK

NH USGBC Green Eggs: Passivhaus 2014-01-08

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Transcript of NH USGBC Green Eggs: Passivhaus 2014-01-08