207-thermal energy analysis for architects

Thermal amp Energy Analysis for Architects

Why When amp How

Lori Ferriss PE amp Elaine Hoffman CPHC

NESEA BuildingEnergy Boston | March 9 2018

THERMAL amp ENERGY ANALYSIS FOR ARCHITECTS WHY WHEN amp HOW | BUILDINGENERGY BOSTON | MARCH 9 2018

2

SPEAKERS

Lori Ferriss PEProject Manager in Architecture and Preservation at Goody Clancy

ICOMOS International Scientifi c Committee for Energy and Sustainability

Co-Chair of Assocation for Preservation Technology Zero Net Carbon Collaborative

BS MEng Massachussetts Institute of Technology

Elaine Hoffman CPHCArchitectCo-chair of Goody Clancy 2030 Committee

BA in Environmental Studies Tufts University

MArch Columbia University


3

LEARNING OBJECTIVES

bull Become familiar with the sustainability analysis tools available to designers and

how to implement them

bull Identify strategies to expand designersrsquo use of analysis tools

bull Understand how design tools can be used to ensure compliance with energy codes

bull Understand the terminology and fundamental principles of life cycle assessment


4

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS

V Integrating the Process

VI Discussion

II Thermal Modeling - THERM

III Energy Modeling - Insight360

IV Life Cycle Assessment - Tally


5

SUSTAINABLE ANALYSIS TOOLS

ldquoIf you canrsquot measure it you canrsquot understand it

If you canrsquot understand it you canrsquot control it

If you canrsquot control it you canrsquot improve itrdquo- H JAMES HARRINGTON

Value of Analytical Thinking


6

THERM

1994

Tally

20132016

Revit

2000

Insight360WUFI

1995

Sefaira

2009

Athena

LCA Tools

2002

GaBi

1992

AutoCAD

19821996

EnergyPlus DesignBuilder

2005

Development of Software Tools

19972009

Architecture 2030

2002

LEED

1994

ldquopassive houserdquo

concept in US

1980s1974

Passive House

Institute US

2007

International Living

Building Institute

New Buildings

InstituteNESEA

Emergence of Organizations and Standards

ASHRAE

90-75

1975

HOW WE GOT HERE AND WHERE WErsquoRE GOING


7

THE PROCESS OF SUSTAINABLE DESIGN - STATUS QUOAnalysis as a Decision Making Tool

Energy Model

DETERMINE PROJECTED ENERGY CONSUMPTION

Design Model

CREATE DESIGN AND CONSTRUCTION DOCUMENTS

Energy Conservation Measures


8

Integrating Tools into the Design ProcessTHE PROCESS OF SUSTAINABLE DESIGN

BIM Model

Detailed

Energy Model

Hygrothermal Model -

WUFI

Thermal Model -

THERM

Energy Model -

Insight360

Life Cycle Assessment -

Tally


9

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





10

THERMAL MODELING

bull Thermal bridging can reduce effectiveness of insulation by ~40 (Morrison

Hershfi eld 2011)

bull R-Values can vary from laboratory tested values by as much as 3-5x when

installed in an assembly (Straube)

bull Two primary impacts of thermal bridging

1 Affect total heat loss through the envelope

2 Create local cold spots resulting in condensation material

degradation andor occupant discomfort

WHY - Impacts of Thermal Bridging on Building Performance


11

THERMAL MODELING

bull Calculates 2-D heat transfer of elements or assemblies based on fi nite element analysis

bull Renders resulting temperatures across the section

bull Simple to use in-house independent of energy modeling or full envelope design by a consultant

bull Understand the implications of material selection on R-Value early in design

bull Understand how R-Value is impacted by how we detail assemblies and transitions

bull Results feed into energy modeling for more accurate results

bull Model assemblies to comply with building code requirements

bull Graphic output can be used to communicate with clients and others

WHY - THERM by LBNL


12

THERMAL MODELINGHOW - Evaluating Existing Conditions


13

Retrofi t Option A Fill Stud Cavity w Closed Cell Spray FoamCalculated R-Value = 204 hft2FBtu

Simulated R-Value =15 hft2FBtu

THERMAL MODELINGHOW - Evaluating Retrofi t Options

Retrofi t Option B Fill Stud Cavity w Closed Cell Spray Foam + 1rdquo Continuous InteriorCalculated R-Value = 264 hft2FBtu

Simulated R-Value = 25 hft2FBtu

Existing Wall (shown in plan) Calculated Baseline R-Value = 984 hft2FBtuSimulated R-Value = 86 hft2FBtu


14

Existing Wall (shown in plan) Simulated R-Value = 86 hft2FBtu


Proposed Wall Simulated R-Value = 14 hft2FBtu

WUFI Analysis

Existing Brick

3 58rdquo Mineral Wool

Smart Vapor Barrier


15

THERMAL MODELINGWHEN - Detailing and Material Selection

Thermally-Broken Brick TieR = 312 hft2FBtu

Standard Brick TieR = 86 hft2FBtu


16

THERMAL MODELINGWHEN - Evaluating Shop Drawings and Material Substitutions


17

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





18

BUILDING INFORMATION ANALYTICAL MODEL INSIGHT ANALYSIS

HOW - Generating an Energy Model in RevitENERGY MODELING - INSIGHT360


19

ldquoScalable Precisionrdquo in Generating the ModelENERGY MODELING - INSIGHT360

BIM Energy Settings

Conceptual Masses

CHOOSE Geometry Mode

+

CHOOSE Material Thermal Properties

Mode

Building Elements Schematic Types

Conceptual Types

Detailed ElementsBothOR OR

OR OR


20

New Construction ExampleENERGY MODELING - INSIGHT360

Project LocationBuilding UseBuilding MassBuilding Elements

Building OrientationWindow-Wall-Ratio - by elevationWindow Shades ndash by elevationWindow Type ndash by elevationWall ConstructionRoof ConstructionInfi ltrationLightingPlug Load Effi ciencyDaylighting and Occupancy ControlsHVAC Types (limited options)Operating Schedule PV Potential

Iteratively Tested through Insight

Defi ned in Revit


21

Existing Building ExampleENERGY MODELING - INSIGHT360

Project LocationBuilding UseBuilding OrientationWindow-Wall-Ratio - by elevationWindow Shades ndash by elevation

Defi ned in Revit

Wall ConstructionRoof ConstructionInfi ltrationWindow Type ndash by elevationLightingPlug Load Effi ciencyDaylighting and Occupancy ControlsHVAC Types (limited options)


Operating Schedule PV Potential


22

How to tell if your analytical surfaces are workingENERGY MODELING - INSIGHT360

INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23

ENERGY MODELING - INSIGHT360

How to use Insight to drive decisions about your exterior glazing


24

Study each variable to determine signifi cance to energy use intensity (EUI)ENERGY MODELING - INSIGHT360


25

Understanding relative impact of each variableENERGY MODELING - INSIGHT360


26



27

Window Types defi ned within tiers of precisionENERGY MODELING - INSIGHT360

Tier 3 Schematic Types

Tier 2 Conceptual OptionsTier 1 Slider


28

Insight360 vs traditional energy modelENERGY MODELING - INSIGHT360

Inputs fl exible to allow for scalable

precision to evolve throughout your

process

Can be run from recorded

weather data or regional

averages uses DOE-2

engine

BOTH Typical Energy ModelInsight360

Process Meant to be run iteratively

from within your BIM model

Output EUI range

Limitations Cannot parametrically

test building form limited HVAC presets

Essential tools for

evaluating performance of

design

Inputs specifi c numerical value

across many fi elds

Process Limited ability to iterate

must export or create fi le from scratch

duplicates labor

Output Generate a specifi c estimate

rather than a range

Advantages More nuaned HVAC

evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30

LIFE CYCLE ASSESSMENT (LCA)Scientifi c method for measuring the potential cradle to grave or cradle to cradle

environmental footprint of materials products and services over their entire life-

time

IMAGE CREDIT IRISH GREEN BUILDING COUNCIL


31

WHY - Cradle to Grave ImpactsLIFE CYCLE ASSESSMENT (LCA)


32

WHY - Impact CategoriesLIFE CYCLE ASSESSMENT (LCA)

bull Global Warming Potential

bull Ozone Depletion Potential

bull Acidifi cation Potential

bull Eutrophication Potential

bull Formation of Tropospheric Ozone (Smog) Potential


33



34


WE HAVE 35 YEARS TO GET TO ZERO CARBON

SO WHY ARE WE STILL MEASURING IMPACTS

BASED ON A BUILDINGrsquoS FULL LIFESPAN

-Architecture2030


35

LIFE CYCLE ASSESSMENT (LCA)

INPUTS ASSESSMENT OUTPUTS

Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier

Global Warming Potential

in kg CO2e

Ozone Depletion Potential

in kg CFC-11

Acidification Potential

in kg SO2

Eutrophication Potential

in kg nitrogen or kg phosphate

Tropospheric Ozone Potential

in kg NOx or kg O3 eq

Non-renewable Resource

Depletion Potential

in MJ

Project Location

and Service Life


36

ImplementationLIFE CYCLE ASSESSMENT (LCA)

Excel Spreadsheet

Environmental Product Declaration

Analysis Software Tools


37

HOW - Window ProductsIMPLEMENTATION - LCA SOFTWARE


38

HOW - Window ProductsLIFE CYCLE ASSESSMENT (LCA)


39

DEFINE GLAZING

DEFINE WINDOW FRAME

CHOOSE FROM MATERIAL

DROPDOWN

OPTION TO DEFINE MATERIAL

TAKEOFF METHOD

OPTION TO DEFINE SERVICE

LIFE OF EACH ELEMENT

MATERIAL OPTIONS WITH EPDS

ARE NOTED



40

FINALIZE PROJECT SETTINGS

OPTION TO INCLUDE OPERATIONAL ENERGY

OPTION TO INCLUDE CONSTRUCTION IMPACTS



41




42

HOW - Structural System SelectionIMPLEMENTATION - LCA SOFTWARE

Compare an equivalent 30rsquo x 30rsquo structural bay constructed of

I Concrete columns beams and slab

II Steel columns beams and joists with concrete on metal deck

III Glulam columns and beams with wood infi ll and a concrete topping slab


43

HOW - Structural Systems ComparisonIMPLEMENTATION - LCA SOFTWARE


44



45

bull 115000 sf existing building from the 1970s

bull Brick cladding and concrete structural system

bull Comprehensive renovation including new systems and partition walls

HOW - Existing Building Renovation ExampleIMPLEMENTATION - LCA SOFTWARE


46



47



48



49

HOW - Existing Building Renovation Example

Avoided Global Warming Potential = 3764469 kgCO2eq

= 800 passenger vehicles on the road for one year

= burning 20 railcars of coal

= operating 315 homes for a year

= offset by growing 97000 tree seedlings for 10 years

IMPLEMENTATION - LCA SOFTWARE


50








Total embodied Global Warming Potential of renovation = 782118 kgCO2eq


51









It takes = ~2 years of operation for the improved operational effi ciency to payback the renovation impacts


52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53

ANALYTICAL WORKFLOW INTEGRATIONPROPOSAL CONCEPTS SCHEMATIC DESIGN

DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54

Integrating tools into the envelope design processANALYTICAL WORKFLOW

BIM Model

Detailed

Energy Model DETERMINE PROJECTED ENERGY CONSUMPTION

Whole building analysis

WUFIDETERMINE HYGROTHERMAL PERFORMANCE OF ENVELOPE


ThermDETERMINE PSI VALUES AT ANY POTENTIAL THERMAL BRIDGES

Slab details

Slab details at exterior wall

Exterior wall amp window details

Roof details at exterior wall

Roof details

Insight360 DETERMINE R-VALUE OF EACH COMPONENT

Slab Defi ne assembly

Wall Defi ne opaque wall assembly

Defi ne glazing components

Defi ne window-to-wall ratio

Roof Defi ne assembly

Tally DETERMINE EMBODIED CARBON OF ENVELOPE

Bill of materials Slab assembly

Exterior wall assembly

Glazing components

Roof assembly


55

How can tools be integrated differently through the design and construction process

What is the best workfl ow for collaborative design using analytic tools

What tools do you wish were available

Have you engaged in knowledge sharing or education about analytical tools

What tools make the biggest impact on the performance of the fi nal building

What tools best communicate the urgency of high performance low-carbon design to clients

Should certain tools be used exclusively by certain members of the design team

DISCUSSION


2

SPEAKERS

Lori Ferriss PEProject Manager in Architecture and Preservation at Goody Clancy

ICOMOS International Scientifi c Committee for Energy and Sustainability

Co-Chair of Assocation for Preservation Technology Zero Net Carbon Collaborative

BS MEng Massachussetts Institute of Technology

Elaine Hoffman CPHCArchitectCo-chair of Goody Clancy 2030 Committee

BA in Environmental Studies Tufts University

MArch Columbia University


3

LEARNING OBJECTIVES







4

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





5







6

THERM

1994

Tally

20132016

Revit

2000

Insight360WUFI

1995

Sefaira

2009

Athena

LCA Tools

2002

GaBi

1992

AutoCAD

19821996


2005


19972009

Architecture 2030

2002

LEED

1994


concept in US

1980s1974

Passive House

Institute US

2007


Building Institute

New Buildings

InstituteNESEA


ASHRAE

90-75

1975



7


Energy Model


Design Model




8


BIM Model

Detailed

Energy Model


WUFI

Thermal Model -

THERM

Energy Model -

Insight360


Tally


9

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





10

THERMAL MODELING


Hershfi eld 2011)









11

THERMAL MODELING









WHY - THERM by LBNL


12



13








14




WUFI Analysis

Existing Brick


Smart Vapor Barrier


15





16



17

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





18




19


BIM Energy Settings

Conceptual Masses


+


Mode


Conceptual Types


OR OR


20





Defi ned in Revit


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


3

LEARNING OBJECTIVES







4

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





5







6

THERM

1994

Tally

20132016

Revit

2000

Insight360WUFI

1995

Sefaira

2009

Athena

LCA Tools

2002

GaBi

1992

AutoCAD

19821996


2005


19972009

Architecture 2030

2002

LEED

1994


concept in US

1980s1974

Passive House

Institute US

2007


Building Institute

New Buildings

InstituteNESEA


ASHRAE

90-75

1975



7


Energy Model


Design Model




8


BIM Model

Detailed

Energy Model


WUFI

Thermal Model -

THERM

Energy Model -

Insight360


Tally


9

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





10

THERMAL MODELING


Hershfi eld 2011)









11

THERMAL MODELING









WHY - THERM by LBNL


12



13








14




WUFI Analysis

Existing Brick


Smart Vapor Barrier


15





16



17

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





18




19


BIM Energy Settings

Conceptual Masses


+


Mode


Conceptual Types


OR OR


20





Defi ned in Revit


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


4

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





5







6

THERM

1994

Tally

20132016

Revit

2000

Insight360WUFI

1995

Sefaira

2009

Athena

LCA Tools

2002

GaBi

1992

AutoCAD

19821996


2005


19972009

Architecture 2030

2002

LEED

1994


concept in US

1980s1974

Passive House

Institute US

2007


Building Institute

New Buildings

InstituteNESEA


ASHRAE

90-75

1975



7


Energy Model


Design Model




8


BIM Model

Detailed

Energy Model


WUFI

Thermal Model -

THERM

Energy Model -

Insight360


Tally


9

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





10

THERMAL MODELING


Hershfi eld 2011)









11

THERMAL MODELING









WHY - THERM by LBNL


12



13








14




WUFI Analysis

Existing Brick


Smart Vapor Barrier


15





16



17

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





18




19


BIM Energy Settings

Conceptual Masses


+


Mode


Conceptual Types


OR OR


20





Defi ned in Revit


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


5







6

THERM

1994

Tally

20132016

Revit

2000

Insight360WUFI

1995

Sefaira

2009

Athena

LCA Tools

2002

GaBi

1992

AutoCAD

19821996


2005


19972009

Architecture 2030

2002

LEED

1994


concept in US

1980s1974

Passive House

Institute US

2007


Building Institute

New Buildings

InstituteNESEA


ASHRAE

90-75

1975



7


Energy Model


Design Model




8


BIM Model

Detailed

Energy Model


WUFI

Thermal Model -

THERM

Energy Model -

Insight360


Tally


9

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





10

THERMAL MODELING


Hershfi eld 2011)









11

THERMAL MODELING









WHY - THERM by LBNL


12



13








14




WUFI Analysis

Existing Brick


Smart Vapor Barrier


15





16



17

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





18




19


BIM Energy Settings

Conceptual Masses


+


Mode


Conceptual Types


OR OR


20





Defi ned in Revit


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


6

THERM

1994

Tally

20132016

Revit

2000

Insight360WUFI

1995

Sefaira

2009

Athena

LCA Tools

2002

GaBi

1992

AutoCAD

19821996


2005


19972009

Architecture 2030

2002

LEED

1994


concept in US

1980s1974

Passive House

Institute US

2007


Building Institute

New Buildings

InstituteNESEA


ASHRAE

90-75

1975



7


Energy Model


Design Model




8


BIM Model

Detailed

Energy Model


WUFI

Thermal Model -

THERM

Energy Model -

Insight360


Tally


9

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





10

THERMAL MODELING


Hershfi eld 2011)









11

THERMAL MODELING









WHY - THERM by LBNL


12



13








14




WUFI Analysis

Existing Brick


Smart Vapor Barrier


15





16



17

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





18




19


BIM Energy Settings

Conceptual Masses


+


Mode


Conceptual Types


OR OR


20





Defi ned in Revit


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


7


Energy Model


Design Model




8


BIM Model

Detailed

Energy Model


WUFI

Thermal Model -

THERM

Energy Model -

Insight360


Tally


9

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





10

THERMAL MODELING


Hershfi eld 2011)









11

THERMAL MODELING









WHY - THERM by LBNL


12



13








14




WUFI Analysis

Existing Brick


Smart Vapor Barrier


15





16



17

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





18




19


BIM Energy Settings

Conceptual Masses


+


Mode


Conceptual Types


OR OR


20





Defi ned in Revit


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


8


BIM Model

Detailed

Energy Model


WUFI

Thermal Model -

THERM

Energy Model -

Insight360


Tally


9

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





10

THERMAL MODELING


Hershfi eld 2011)









11

THERMAL MODELING









WHY - THERM by LBNL


12



13








14




WUFI Analysis

Existing Brick


Smart Vapor Barrier


15





16



17

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





18




19


BIM Energy Settings

Conceptual Masses


+


Mode


Conceptual Types


OR OR


20





Defi ned in Revit


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


9

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





10

THERMAL MODELING


Hershfi eld 2011)









11

THERMAL MODELING









WHY - THERM by LBNL


12



13








14




WUFI Analysis

Existing Brick


Smart Vapor Barrier


15





16



17

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





18




19


BIM Energy Settings

Conceptual Masses


+


Mode


Conceptual Types


OR OR


20





Defi ned in Revit


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


10

THERMAL MODELING


Hershfi eld 2011)









11

THERMAL MODELING









WHY - THERM by LBNL


12



13








14




WUFI Analysis

Existing Brick


Smart Vapor Barrier


15





16



17

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





18




19


BIM Energy Settings

Conceptual Masses


+


Mode


Conceptual Types


OR OR


20





Defi ned in Revit


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


11

THERMAL MODELING









WHY - THERM by LBNL


12



13








14




WUFI Analysis

Existing Brick


Smart Vapor Barrier


15





16



17

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





18




19


BIM Energy Settings

Conceptual Masses


+


Mode


Conceptual Types


OR OR


20





Defi ned in Revit


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


12



13








14




WUFI Analysis

Existing Brick


Smart Vapor Barrier


15





16



17

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





18




19


BIM Energy Settings

Conceptual Masses


+


Mode


Conceptual Types


OR OR


20





Defi ned in Revit


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


13








14




WUFI Analysis

Existing Brick


Smart Vapor Barrier


15





16



17

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





18




19


BIM Energy Settings

Conceptual Masses


+


Mode


Conceptual Types


OR OR


20





Defi ned in Revit


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


14




WUFI Analysis

Existing Brick


Smart Vapor Barrier


15





16



17

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





18




19


BIM Energy Settings

Conceptual Masses


+


Mode


Conceptual Types


OR OR


20





Defi ned in Revit


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


15





16



17

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





18




19


BIM Energy Settings

Conceptual Masses


+


Mode


Conceptual Types


OR OR


20





Defi ned in Revit


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


16



17

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





18




19


BIM Energy Settings

Conceptual Masses


+


Mode


Conceptual Types


OR OR


20





Defi ned in Revit


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


17

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





18




19


BIM Energy Settings

Conceptual Masses


+


Mode


Conceptual Types


OR OR


20





Defi ned in Revit


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


18




19


BIM Energy Settings

Conceptual Masses


+


Mode


Conceptual Types


OR OR


20





Defi ned in Revit


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


19


BIM Energy Settings

Conceptual Masses


+


Mode


Conceptual Types


OR OR


20





Defi ned in Revit


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


20





Defi ned in Revit


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


21



Defi ned in Revit





22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


22


INTERIOR WALLS ONLY

FLOORS ONLY

ERRORWORKING

EXTERIOR WALLS ONLY


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


23




24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


24



25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


25



26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


26



27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


27





28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


28




process



averages uses DOE-2

engine




Output EUI range



Essential tools for


design


across many fi elds



duplicates labor


rather than a range


evaluation


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


29

CONTENTS

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


30



time



31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


31



32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


32








33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


33



34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


34





-Architecture2030


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


35



Material

Attributes amp

Quantity

Materialrsquos GWP

multiplierx

x

x

x

x

x

=

=

=

=

=

=

Materialrsquos ODP

multiplier

Materialrsquos AP

multiplier

Materialrsquos EP

multiplier

Materialrsquos TOP

multiplier

Materialrsquos NRDP

multiplier


in kg CO2e


in kg CFC-11


in kg SO2






Depletion Potential

in MJ

Project Location

and Service Life


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


36


Excel Spreadsheet




37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


37



38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


38



39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


39

DEFINE GLAZING

DEFINE WINDOW FRAME


DROPDOWN


TAKEOFF METHOD




ARE NOTED



40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


40






41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


41




42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


42







43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


43



44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


44



45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


45






46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


46



47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


47



48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


48



49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


49









50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


50










51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


51











52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


52

OVERVIEW

I IntroductionA

NA

LYS

IS T

OO

LS


VI Discussion





53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


53


DEVELOPMENT

CONSTRUCTION

DOCUMENTS

CONSTRUCTION

ADMINISTRATION

OCCUPANCY

THERMAL

ANALYSIS

ENERGY

ANALYSIS

LIFE CYCLE

ANALYSIS


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


54


BIM Model

Detailed






Slab details




Roof details










Glazing components

Roof assembly


55








DISCUSSION


55








DISCUSSION

207-thermal energy analysis for architects

Documents