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Instructions for the Build Green NM Certification Checklist
This spreadsheet refers directly to the NAHB Model Green Home Building Guidelines. For
clarification on a section please refer to the corresponding section of the Guidelines.
Builders are encouraged to go through the guidelines in the design phase of a project to
assess what level to aim for and what needs to be incorporated into the project to meet
that goal. A third-party rater should also be contacted at this point to do an initial
assessment and schedule later on-site testing. As you progress through the project,
update the Checklist with any relevant details and collect all appropriate documentation.
When filling out the checklist, refer to the "Acceptable Documentation" column for details
regarding what documentation is acceptable to verify compliance. If the "Acceptable
Documentation" column is blank, there is no required documentation, but information
regarding how the criteria was met should be included in the last column.
The last column allows space for you to describe why you think that you meet the listed
criteria. Please include any information that may aid in verifying compliance, like detailed
information about a product used and instructions on where within the documentation to
find supporting information.
Once you have all of the information that you need to complete the Checklist, submit it
with the supporting documentation and 3rd Party test results noted in the checklist. The
administrator will review your application and contact you regarding any discrepancies or
missing items. As soon as your certification packet has been reviewed to the approval of
the BGNM Administrator, you will receive a certificate noting the total points accrued and
the level to which the home is certified. The Certification Fee is due when the certificate is
issued.
Checklist Summary
Project Information Project Number:
Builder: Date: Phone:( )
Contact Person: Email:
Project Address:
City, State Zip:
Model Name and Plan #
Is the project in a BGNM Certified Community? Yes No Name of community:
Is this a reissue of a floor plan certified at another address by BGNM? Yes No
Address of the certified model:
Are you applying for the NM Sustainable Building Tax Credit? Yes No For Tax Year:
Certification Fee for Bronze or Silver $195.00 / Gold $595.00 Amount Enclosed: $
Instructions
In order to be certified, the project must meet the point criteria for the desired level in every section and accrue at least 80, 90, or 100
additional points from any section(s) for bronze, silver, and gold, respectively. The checklist should automatically insert and sum your point
totals from each section.
Please submit a digital copy and a hard copy to Build Green NM with your certification packet. A final version of the approved checklist will
need to be signed upon receipt of the home certification.
Sections Points Claimed Points Required
DOCUMENTATION IS REQUIRED FOR ALL POINTS CLAIMED Bronze Silver Gold
Section 1: Lot Design 0 8 10 12
Section 2: Resource Efficiency 0 44 60 77
Section 3: Energy Efficiency 0 37 62 100
Section 4: Water Efficiency 0 30 40 50
Section 5: Indoor Environmental Quality 0 32 54 72
Section 6: Operation, Maintenance and Homeowner Education 0 7 7 9
Section 7: Global Impact 0 3 5 6
Required Extra Points Accumulated From All Seven Sections 80 90 100
Total Points 0 241 328 426
HERS Index _________ Square Footage __________________
I hereby certify that the information contained herein is accurate and complete to the best of my knowledge.
Builder's Signature: Date:
Build Green Director's Signature Date:
Property Address: Verifiable
Section 1
Available Points Acceptable Explain in detail how criteria was met and/or
Lot Design, Preparation, and Development Points Claimed Documentation note attached documentation.
1.1 Select the site. Select the site to minimize
Sitework environmental impact.
1.1.1. Avoid environmentally sensitive areas as 7 Set of Site Plans
identified through site foot-printing process or existing SWPPP
Sitework third party data.
1.1.2 Choose an infill site. 9 Surrounding area
must be at least
five years old, or
the lot is a
Sitework teardown.
1.1.3 Choose a Greyfield site. 7 Site was
previously built for
non-residental,non-
agricultural uses
and at least 50%
Sitework impervious
1.1.4 Choose an EPA-recognized Brownfield. 7 surfaces
Government map
that the lot is within
an officially
designated
Sitework Brownfield
Sitework 1.2 Identify goals with your team.
Sitework 1.2.1 Establish a knowledgeable team. 6 Written Mission Statement
A. Identify team member roles and how they relate to Mission statement
various phases of green lot design, prep, and should include
development. team goals and
team member
Sitework roles.
B. Create a mission statement that includes the Mission Statement
Sitework project‟s goals and objectives.
Sitework 1.3 Design the site.
Minimize environmental impacts; protect, restore, and
enhance the natural features and environmental
quality of the site (points for each guideline are only
Sitework rewarded upon implementation of these plans).
1.3.1 Conserve natural resources. A-D must be
addressed. Documentation needs to show
compliance/implementation for each item.
Sitework
A. Complete a natural resources inventory used to 2 Natural Resources
create the site plan Inventory or site
plan with protected
areas noted
Sitework
B. Create a protection and maintenance plan for 1 Protection and
priority natural resources/areas during construction. Maintenance Plan
Sitework See Section 1.4 for guidance in forming the plan.
C. Participate in a natural resources conservation 1
Sitework program, e.g., Building With Trees.
D. Provide basic training in tree and other natural 1
Site work resource protection to onsite supervisor.
1.3.2 Site the home and other built features to n/a Points for whole See Section 3.3.5.1 for solar
optimize solar resource development only
Sitework 1.3.3 Minimize slope disturbance. 5 A-D must qualify Must do all that apply.
A. Limit development footprint on steep slopes Site Plans with
Sitework (slopes greater than or equal to 25%). Topo lines
B. Complete a hydrological/soil stability study for Soil Study
steep slopes and use this study to guide the design of
Sitework all structures onsite.
C. Align road or extended driveway with natural Site plan and topo
topography to minimize its grade and reduce cut and
Sitework fill.
D. Reduce long-term erosion effects through the Site plan and topo
design and implementation of terracing, retaining
Sitework walls, landscaping, and restabilization techniques.
1.3.4 Minimize soil disturbance and erosion. See 6 Sediment and
Section 1.4 for further guidance. erosion control
Sitework plans (SWPPP)
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A. Schedule construction activities to minimize
Sitework exposed soils.
B. Use alternative means to install utilities, such as
tunneling instead of trenching, use of smaller
equipment, shared trenches or easements, and
Sitework placement of utilities under streets instead of yards.
Sitework C. Demarcate limits of clearing and grading.
1.3.5 Manage storm water using low impact 8 SWPPP/ Storm
development. Plan shows natural water and drainage Water
features. Maximum of 50% of driveways, parking Management Plan
Sitework areas, patios and walkways are impervious.
A. Preserve and use natural water and drainage
Sitework features.
B. Develop and implement storm water management
plans that minimize concentrated flows and seek to
Sitework mimic natural hydrology.
1.3.6 Devise landscape plans to limit water and Set of Landscape
energy demand while preserving or enhancing the Plans
Sitework natural environment.
A. Formulate a plan to restore or enhance natural 1
vegetation that is cleared during development.
Within this plan, phase landscaping to ensure
Sitework denuded areas are quickly vegetated.
B. Select turf grass and other vegetation that are 1
Sitework native or regionally appropriate species.
C. Minimize impervious surfaces and use permeable 1
materials for driveways, parking areas, walkways,
Sitework and patios.
D. Limit turf areas of landscaped area, selecting 1
native and regionally appropriate trees and vegetation
Sitework in a way that complements the natural setting.
E. Group plants with similar watering needs (hydro- 1
Sitework zoning).
F. Specify planting of trees to increase site shading 1
and moderate temperatures (see also Energy
Efficiency guideline 3.4.1.c specifying siting of trees
Sitework to reduce the energy consumption of the home).
G. Design vegetative wind breaks or channels as 1 SWPPP
Sitework appropriate to local conditions.
H. Require onsite tree trimmings or waste of 1
regionally appropriate trees to be used as protective
mulch during construction or as a base for walking
Sitework trails.
I. Establish an integrated pest management plan to 1
Sitework minimize chemical use of pesticides and fertilizers.
1.3.7 Maintain/ Enhance wildlife habitat. Enhance 5 Set of Site plans
quality of habitat, including food sources, diversity of
habitat, and protective areas through selective
Sitework plantings and site design.
1.4 Develop the site. Minimize environmental
Sitework intrusion during onsite construction.
1.4.1 Provide onsite supervision and coordination 5 Site Plan/SWPPP
during clearing grading, trenching, paving and
installation of utilities to ensure that green
development practices are in place (see 1.3.4)
Implementation of erosion fencing or flagged lines to
Sitework protect unexcavated areas;
Sitework 1.4.2 Conserve existing onsite vegetation. 5 Landscape Plan
A. Minimize disturbance of and damage to trees and
other vegetation designated for protection through
installation of fencing and avoidance of trenching,
significant changes in grade, and compaction of soil
Sitework and critical root zones.
B. Prepare designated existing trees and vegetation Evidence such as
for the impacts of construction through pruning, root Arborist's invoice
pruning, fertilizing, and watering. for tree care and
physical
construction
barriers to protect
Sitework trees and roots.
1.4.3 Minimize onsite soil disturbance and erosion. 6 SWPPP/ Storm
A - G need to be incorporated Water
Management Plan -
Sediment and
erosion control
Sitework plans
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Sitework A. Demarcate limits of clearing and grading.
B. Create construction “no disturbance” zones using
fencing or flagging to protect vegetation and sensitive
areas from construction vehicles, material storage,
Sitework and washout.
C. Install and maintain sediment and erosion controls.
Sitework
Sitework D. Stockpile and cover good soil for later use.
E. Reduce soil compaction from construction
equipment through laying mulch, chipped wood, or
Sitework plywood sheets.
F. Stabilize disturbed areas within the EPA
Sitework recommended 14-day period.
G. Improve the soil with organic amendments and
Sitework mulch.
Sitework 1.5 Innovative options
Seek to obtain waivers or variances from local
Sitework development regulations to enhance green building.
Sitework 1.5.1 Share driveways or parking. 6 Site Plan
Sitework 1.5.2 Other (specify).
BRONZE MINIMUM = 8
SILVER MINIMUM = 10
GOLD MINIMUM = 12
TOTAL SECTION ONE POINTS
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Property Address:
Builder:
Section 2
Available Points Acceptable Explain in detail how criteria was met and/or note
Resource Efficiency Points Claimed Documentation attached documentation.
2.1 Reduce quantity of materials and waste
2.1.1 Create an efficient home floor plan smaller 9 max; Floor plan (with
than the national average. See chart "Guidelines for sq. footage) BR
Efficient Floor Plan Design" in Section 2.1.1 of the must have closet
Design Guidelines.
2.1.2 Use advanced framing techniques that reduce 8 max; 4 Plans with
the amount of home building material while pts for advanced
maintaining the structural integrity of the home . such any 2 framing details.
as 24" 0/C, Single top plate on Interior / Exterior and items List advanced
Bearing walls, Two-stud joists, etc. ( see User framing
Framing Guide for examples) techniques used
2.1.3 Use 2' increment dimensions and layouts that 6 House plans
maximize the use of the resources by minimizing
Design material cuts.
2.1.4 Create detailed material takeoffs. Provide an 7 Framing Detail
Design onsite cut list for all framing and sheathing material. Takeoffs/ Cut List
2.1.5 Use building materials that require no 4 List Materials;
additional finish resources to complete application Pre/no finish
onsite (i.e. pigmented concrete floors, pre-finished materials used in
trim not requiring paint or stain, composite decking, a least 80% of
etc.). the construction;
exposed
concrete, pre-
finished siding,
hardwood floor,
Design wall paneling etc.
2.1.6 Use pre-cut or pre-assembled building systems
Design or methods
A. Provide a pre-cut (joist) or pre-manufactured 3 per House plans with
(truss) floor and roof framing package – points framing details or
Framing provided for a flooring or a roof framing package. Truss detail.
Framing B. Provide a panelized wall framing system 6
Framing C. Provide a panelized roof system 6
Framing D. Provide modular construction for the entire house 7
2.1.7 Use a frost-protected shallow foundation 4 House Plan with
Design (FPSF). See diagram in 2.1.6 in Guidebook. footing detail
Design 2.2 Enhance durability and reduce maintenance
Building design minimizes degradation and
weathering of materials/enhances life expectancy.
Design Features and details to be specified on architectural
plans.
2.2.1 Provide a covered entry (e.g., awning, covered 6 Elevation or site
porch) at exterior doors to prevent water intrusion plans
Design and subsequent rotting of joists, sills, and finishes
2.2.2 Use recommended-sized roof overhangs for 7 Elevation or site
Design the climate. plans
2.2.3 Install perimeter drain for all basement 7 Site Plans
footings sloped to discharge to daylight, dry well, or
Design sump pit
2.2.4 Install drip edge at eave and gable roof edges 6 plan with detail
Design and photographs
2.2.5 Install gutter and downspout system to divert 6 plan with detail
water 5‟ away from foundation and from there into or photographs
Design the overall onsite drainage area
2.2.6 Divert surface water from all sides of building. 7 Site Plans
Slope top of backfill to achieve settled slope of at drainage 10'
Sitework least 6” of fall within 10 feet of the foundation walls from the
2.2.7 Install continuous and physical foundation 7 foundation barrier
Continous
termite barrier in areas where subterranean termite below all framing
infestation is locally problematic. members
2.2.8 Use termite-resistant materials for walls, floor 7 Treated lumber
joists, trusses, exterior decks, etc. in areas known to or steel, masonry
Framing be termite infested.
2.2.9 Provide a water-resistive barrier (WRB) or a 8 List WRB used
drainage plane system behind the exterior veneer
Stucco system or the exterior siding.
2.2.10 Install ice flashing at roof„s edge 5 Flashing details
at least 24" past
Design the inside wall
6 8/12/201139f78be5-b224-4220-a0c0-43312343d3ee.xls
surface
2.2.11 Install enhanced foundation waterproofing 7 House Plans
with detail or
Design specifications
2.2.12 Employ and show on plans the following 9 House Plans
flashing details: with flashing
Design details
Design A. Around windows and doors
Design B. Valleys
Design C. Deck/house juncture
Design D. Roof/wall junctures, chimneys step flashing
Design E. Drip cap above windows and doors
Sitework 2.3 Reuse materials
2.3.1 Disassemble existing buildings 6 provide invoice
(deconstruction) instead of demolishing or photos
showing
deconstruction
Sitework and materials
2.3.2 Use salvaged materials, where possible. 5 reused sheet
product
/list salvaged
materials > 1%
of construction
Sitework cost
2.3.3 Dedicate and provide onsite bins and/or space 6 recycling plan (in
to facilitate the sorting and reuse of scrap building C&D Waste
materials. Per C&D posted on site; Clearly label bins. Management
Plan),
Sitework photographs
Sitework 2.4 Use Recycled content materials
2.4.1 Use recycled-content building materials. 3 pts 6 max; list materials
for 2 recycled items, 1 point for each the next 3 used contain at
recycled items least 10%
recycled content
in 80% of the
Sitework material to qualify
Sitework 2.5 Recycle waste materials during construction
2.5.1 Develop, post at jobsite, and implement a 7 POST onsite
construction and demolition (C & D) waste recycling
management plan that sets a goal to recycle 50% or efforts/C&D
greater, by weight, of construction, demolition & land Waste
clearing waste. Management
Plan. Provide
receipts from
landfill with
Sitework recycling weight
2.5.2 Conduct onsite recycling efforts, e.g., use 5 POST on site a
grinder and apply materials onsite, thus reducing C&D Waste
transportation-related costs. Management
Plan. Provide
receipts from
landfill with
Sitework recycling weight
2.5.3 Recycle construction waste offsite, e.g., wood, 6 List materials
cardboard, metals, drywall, plastics, asphalt roofing that were
shingles, concrete, block, other. recycled offsite
(use of 2
Sitework different
Finish work .6 Use renewable materials
2 materials = 6 pts)
2.6.1 Use materials manufactured from renewable 5 List materials
resources (e.g., agricultural byproduct based that were
products such as soy-based insulation; bamboo. recycled offsite
OSB, Plywood sheething, particleboard, agrifiber (use of 2
products, etc) different
materials = 6 pts,
Finish work 3 materials =
2.6.2 Use certified wood for wood and wood-based 4 5pts) literature
Product
materials and products from all credible third party & 80% of
Finish work
certified sources, including product used
Finish work . The Sustainable Forestry Initiative® Program
A
Finish work . The American Tree Farm System®
B
C. The Canadian Standards Association‟s
Sustainable Forest Management System Standards
(CAN/CSA Z809)
Finish work
Finish work . Forest Stewardship Council (FSC)
D
E. Program for the Endorsement of Forest
Finish work
Certification Systems (PEFC), and
F. Other such credible programs as they are
Finish work
7 developed and implemented. 8/12/201139f78be5-b224-4220-a0c0-43312343d3ee.xls
Finish work .7 Use resource-efficient materials
2
2.7.1 Use products that contain fewer resources to 3 List materials
meet the same end-use as traditional products I- used, 2
Finish work
joist, trusses, finger joint studs products = 3 pts
Finish work .8 Innovative options
2
2.8.1 Use locally available, indigenous materials 3 List materials
Finish work used
2.8.2 Use a life cycle assessment (LCA) tool to 8 Provide LCA
compare the environmental burden of building literature and
materials and, based on the analysis, use the most calculations
environmentally preferable product for that building
component.
Finish work
2.8.3 To avoid using a traditional water softener and 1 Provide
use a non-chemical water conditioning system (such manufacturers
as a magnetic system) to reduce mineral buildup and product
increase the durability of the home. information
BRONZE MINIMUM = 44
SILVER MINIMUM = 60
GOLD MINIMUM = 77
TOTAL SECTION TWO POINTS 0
8 8/12/201139f78be5-b224-4220-a0c0-43312343d3ee.xls
Property Address:
Builder:
Section 3
Energy Efficiency
GUIDELINE PTS PTS Acceptable Explain in detail how criteria was met and/or
AVAI CLAIMED Documentation note attached documentation.
L
3.1 Implement integrated and comprehensive
approach to energy-efficient design of building
site, building envelope, and mechanical space
HVAC conditioning systems
REQUIREMENTS – The home must meet the
following conditions listed in 3.1.1 through 3.1.3
HVAC below.
3.1.1 Home is 15% more energy efficient than Req. ResCheck
required by IECC 2003. Conformance to this Analysis.REM/Rate is
threshold shall be based on plan analysis using required for a Gold
software such as ResCheck or other as approved by rating.
HVAC Build Green NM.
3.1.2 Size space heating and cooling Req. Manual J, D, S, and T A. Size, design, and install duct system using
system/equipment according to building heating and load calculations, or ANSI/ACCA Manual D® or equivalent.
cooling loads calculated using ANSI/ACCA Manual other software
J (7th or 8th Edition or equivalent, Computerized approved by the
software recognized by ACCA as being in program administrator.
compliance with Manual J 8th Edition), Manual S,
HVAC Manual D, and Manual T.
3.1.3 Conduct third party plan review to verify design Req. ResCheck or REM/Rate B. Design radiant or hydronic space heating
and compliance with the Energy Efficiency section. done by 3rd Party ** systems using industry-approved guidelines, e.g.,
When multiple homes of the same model are to be Guidelines for the Design and Installation of
built by the same builder, a representative sample Radiant Panel Heating and Snow/Ice Melting
(15%) of homes may be reviewed subject to a Systems by the Radiant Panel Association, Heat
HVAC sample. Loss Guide (H-22)
3.1.4 After qualification of the builder, mandatory To qualify for random
tests for multiple homes built to the same floor plan sampling on re-issues
within the same subdivision or metropolitan area of the same plan,
and climate zone may be sampled for these tests at provide all applicable
a rate of one in seven (7) homes. Different home energy testing for
elevations of the same plan shall be considered to the first seven
meet this requirement. To qualify for sampling in a consecutive projects,
metropolitan area, a builder must first complete, including Building
without any incidence of failure, a complete set of Envelope Leakage
the mandatory tests on at least seven consecutive tests, Duct Leakage
homes in that metropolitan area. For this initial tests, REM/Rate or
phase of testing all applicable tests shall be ResCheck.
performed in each of the seven (7) consecutive
homes. After the builder qualifies, the BGNN
program administrator shall randomly select the
homes to be sampled. Exceptions: a builder who is
participating in the Energy Star for Homes program
and following the RESNET sampling protocol will be
considered to meet the BGNM sampling
requirements. A builder currently qualified to the
RESNET sampling protocol will not be required to re-
qualify.
** Res Check is acceptable for a Bronze or Silver
rating, but a Gold rating requires REM/Rate.
3.2 Performance path
An energy efficiency line item with a “(PP)”
preceding it is a line item likely to be used to
calculate X% above IECC 2003. If a builder
chooses to use the performance path – line item
3.2.1 – to meet the guideline‟s energy efficiency
requirements, then the items preceded with (PP) are
3.2.1 Home is X% above IECC 2003
A. 15% (Bronze) 37 ResCheck Analysis/
REM/Rate
B. 30% (Silver) 62 ResCheck Analysis/
REM/Rate
C. 40% (Gold) Third Party HERS rater to perform 100 REM/Rate NEED ENTIRE HERS ENERGY TEST RESULTS
3.3 Prescriptive path (PP) (PP) Not available if points awarded in 3.2.1)
Framing 3.3.1 Building envelope
9 8/12/201139f78be5-b224-4220-a0c0-43312343d3ee.xls
(PP) 3.3.1 A. Increase effective R-value of building
envelope using advanced framing techniques,
continuous insulation, and/or, integrated structural
insulating system. Measures may include but are
Framing not limited to:
Framing SIPS, or 8 House Plans
Framing ICFS, or 8 House Plans
Advanced Framing 6 House Plans with
Framing framing details
- Insulated corners and interior/exterior wall
Framing intersections*
Framing - Insulated headers on exterior walls
Framing Raised heel trusses 2
Insulatio Continuous insulation on exterior wall 4
n
Insulatio Continuous insulation on cathedral ceiling 4
n
(PP) 3.3.1 B. Incorporate air sealing package to 10 Building Specifications
Insulatio reduce infiltration. (All measures that apply to
n project must be performed.)
Insulatio 1. Sill sealer between foundation and sill plate.
n
Insulatio 2. Caulk bottom plate of exterior walls.
n
Insulatio 3. Air seal band joist cavities between floors.
n
4. Ensure air barrier continuity at all framed
cavities such as air chases, soffits, coffered or
dropped ceilings, and behind tub/shower units on
Insulatio exterior walls. Utilize either an interior or exterior air
n barrier as per local practice.
5. Caulk/foam all electrical, plumbing, heating
Insulatio penetrations between floors (including attic,
n basement, crawl space, and garage) and to exterior
Insulatio 6. Block and seal cantilevered floors and
n kneewalls.
Insulatio 7. Weatherstrip attic hatches, kneewall doors.
n
Insulatio 8. Insulate, caulk, or foam between window/door
n jambs and framing.
9. If installing recessed lights in ceilings adjacent
to unconditioned space, use rated, air-tight Type IC
Electrical housings.
10. Caulk/foam HVAC register boots that penetrate
Insulatio the building envelope to subfloor or drywall that
n penetrate the building envelope.
11. If a fireplace is installed, install a gas fireplace
that is sealed combustion or a wood-burning
Framing fireplace with gasketed doors.
(PP) 3.3.1 C. Use ENERGY STAR® – rated windows 8 Product information:
appropriate for local climate. www.efficientwindows.or
Windows g
HVAC 3.3.2 HVAC design, equipment, and installation PERFORMANCE PATH
A. Size, design, and install duct system using 8 "Manual J" should
HVAC ANSI/ACCA Manual D® or equivalent. include D,S,T
B. Design radiant or hydronic space heating 8 Documentation of
systems using industry-approved guidelines, e.g., design or design signed
Guidelines for the Design and Installation of by professional
Radiant Panel Heating and Snow/Ice Melting
HVAC Systems by the Radiant Panel Association, Heat
Loss Guide (H-22) Manual S® or equivalent to
C. Use ANSI/ACCA 8 Manual S calculation
HVAC select heating and/or cooling equipment.
D. Verify performance of the heating/cooling system. 8 contract with HVAC
HVAC HVAC contractor to perform the following: contractor
· Start-up procedure according to manufacturer‟s
HVAC instructions
· Refrigerant charge verified by super-heat and/or
HVAC sub-cooling method
HVAC · Burner set to fire at nameplate input
HVAC · Air handler setting/fan speed
HVAC · Total air flow within 10% of design flow
· Total external system static should not exceed
HVAC equipment capability at rated airflow.
10 8/12/201139f78be5-b224-4220-a0c0-43312343d3ee.xls
E. Use HVAC installer and service technician 6 HVAC Contractor
certified by a nationally or regionally recognized Certificate
program such as NATE, BPI, RPA, or
HVAC manufacturers‟ training.
PRESCRIPTIVE PATH (PP) continued Point are not available if awarded in 3.2.1
s
(PP) F. Fuel-fired space heating equipment Product information
HVAC efficiency (AFUE):
HVAC Gas Furnace ≥81% 4
HVAC ≥88% (ENERGY STAR) 6
HVAC ≥94% 8
HVAC Oil Furnace: ≥83% 2
HVAC Gas or Oil Boiler: ≥85%% (ENERGY STAR) 2
HVAC >90% 6
Note: Add 3 Points if Manual S and D and startup
procedures are followed when one of the space
HVAC heating units noted above is installed.
(PP) G. Heat pump efficiency (cooling mode) Certification of HVAC
HVAC contractor
HVAC 1. SEER 11-12* 0
HVAC 2. SEER 14 4
HVAC 3. SEER 15-18 6
HVAC 4. SEER 19+ 7
HVAC 5. Staged air conditioning equipment 9
Note: Split-systems must be ARI-tested as a
HVAC matched set.
Note: Add 3 points if Manual S and D and start-up
procedures are followed when one of the ground
source heat pumps noted above has been installed.
HVAC Do not take these points again in 3.3.2.H.
(PP) H. Heat pump efficiency (heating mode) Certification of HVAC
HVAC contractor
HVAC 1. 7.2-7.9 HSPF 6
HVAC 2. 8.0-8.9HSPF 7
HVAC 3. 9.0-10.5HSPF 9
HVAC 4. >10.5 HSPF 10
Note: Split-systems must be ARI-tested as a
HVAC matched set.
(PP) I. Ground source heat pump installed by a Certification of HVAC
Certified Geothermal Service Contractor. (cooling contractor
HVAC mode)
HVAC 1. EER = 13-14 5
HVAC 2. EER = 15-18 6
HVAC 3. EER = 19-24 8
HVAC 4. EER = >25 10
Note: Add 3 points if Manual S and D and start-up
procedures are followed when one of the ground
source heat pumps noted above has been installed.
HVAC Do not take these points again in 3.3.2.J.
(PP) J. Ground source heat pump installed by a Certification of HVAC
Certified Geothermal Service Contractor. (heating contractor
HVAC mode)
HVAC 1.COP 2.4 - 2.6 6
HVAC 2.COP 2.7 - 2.9 8
HVAC 3. COP ≥3.0 10
Performance Path continues from 3.2.1
K. Seal ducts, plenums, and equipment to reduce 6 Certification of HVAC
HVAC leakage. Use UL 181 foil tapes and/or mastic. contractor
HVAC L. When installing ductwork: 8
1.No building cavities used as ductwork, e.g., Certification of HVAC
panning joist or stud cavities. contractor shows duct
HVAC design
2.Install all heating and cooling ducts and floor plan
mechanical equipment within the conditioned
HVAC building envelope.
Safety Notice: There are energy and water
efficiencies to be gained by placing the furnace and
water heater in conditioned space. BGNM does not
recommend the installation of gravity vented
appliances within the living area due to the
possibility of carbon monoxide poisoning.
HVAC 3.No ductwork installed in exterior walls. 15 House plans
M. Install return ducts or transfer grilles in every 6 Certification of HVAC
room having a door except baths, kitchens, closets, contractor Building
HVAC pantries, and laundry rooms. specs
N. Install ENERGY STAR ceiling fans. (Points per 1 Product information
11
Electrical fan.) 8/12/201139f78be5-b224-4220-a0c0-43312343d3ee.xls
Electrical O. Install whole-house fan with insulated louvers. 4 Product information
P. Install ENERGY STAR labeled mechanical 8 Product information
Electrical exhaust from every bathroom ducted to the outside.
Plumbin 3.3.3 Water heating design, equipment, and
g installation
Plumbin A. Water heater Energy Factor (EF) equal to or 4 Installer certified &
g
Plumbin greater than those listed in the following table. product information
g
Plumbin Gas www.gamanet.org
g
Plumbin Size (Gallons) Energy Factor
g
Plumbin 30 0.64
g
Plumbin 40 0.62
g
Plumbin 50 0.60
g
Plumbin 65 0.58
g
Plumbin 75 0.56
g
Plumbin Electric
g
Plumbin 30 0.95
g
Plumbin 40 0.94
g
Plumbin 50 0.92
g
Plumbin 65 0.90
g
Plumbin 80 0.88
g
Plumbin 100 0.86
g
Plumbin Oil
g
Plumbin 30 0.59
g 50 0.55
B. Install whole house instantaneous (tankless) 4 Installer certified &
Plumbin water heater. (Water heater complies with DOE product information
g Standard 10CFR430)
Plumbin C. Insulate all hot water lines with a minimum of 1” 4 Installer certified &
g insulation. product information
D. Install heat trap on cold and hot water lines to 3 Installer certified &
Plumbin and from the water heater (if not integral to the water product information
g heater).
E. Install manifold plumbing system with parallel 5 Plumbing plan
Plumbin piping configuration (aka “home run”) using smallest
g diameter piping allowed by code.
Safety Notice: there are energy and water
efficiencies to be gained by placing the furnace and
water heater in conditioned space. BGNM does not
recommend the installation of gravity vented
appliances within the living area due to the
possibility of carbon monoxide poisoning.
Electrical 3.3.4 Lighting and appliances
A. Use an ENERGY STAR Advanced Lighting 7 Product information
Package (ALP) in home. Fixtures must energy star NOT just CFL bulbs
labeled and/or be listed
Electrical http:www.energystar.gov/ia/products
B. Install all recessed lighting fixtures within the 7 describe insulation and
conditioned envelope of the building, e.g., housing attic/roof construction
Electrical does not penetrate insulated ceiling.
C. Install motion sensors on outdoor lighting (if not 7 product information
Electrical credited under 3.3.4.a).
D. Install tubular skylights in rooms without 2 note on house plans
Framing windows.
Electrical E. Install ENERGY STAR-labeled appliance:
Electrical · Refrigerator 3 Product information
Electrical · Dishwasher 3 Product information
Electrical · Washing machine. 5 Product information
Solar 3.3.5 Renewable energy/solar heating and cooling 10
Solar 3.3.5.1 Solar space heating and cooling
A. Use sun-tempered design: building orientation, Calculate glazing area
sizing of glazing, design of overhangs to provide percentages
Solar shading are in accordance with guidelines below:
Solar Long side of the home faces within 30o of south; orientation on plan
Glazing area < 7% of Finished Floor Area Calculate glazing area
Solar (FFA) on south face (Low-E); percentages
Glazing area < 2% of FFA on west face (Low-E, Calculate glazing area
Solar Low SHGC); percentages
Glazing area < 4% of FFA on east face (Low-E, Calculate glazing area
Solar Low SHGC); percentages
Glazing area < 4% of FFA on north face (Low- Calculate glazing area
Solar E); percentages
Skylights less than 2% of Finished Ceiling Area, Calculate glazing area
Solar with shades and insulated wells; percentages
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Overhangs designed to provide shading on describe overhangs
south-facing glass (at a minimum), or adjustable installed
canopies or awnings. (See Users Guide for charts
that indicate length of overhang, amount and period
Solar of shading according to latitude.)
B. Use passive solar design: sun-tempered design 10 Builder Spec sheet
as above plus additional south-facing glazing, identifying passive solar
appropriately designed thermal mass to prevent design features
overheating, and provision for air flow to adjoining
Solar rooms.
Sun-tempered design as outlined above except documentation of
additional glazing permitted on south wall PLUS design or design signed
Solar by professional
For any room with south-facing glazing > 7% of Calculate glazing area
Solar FFA, properly sized thermal mass, and percentages
Provision for forced air flow to adjoining areas describe air flow
Solar as needed. provisions
(SBIC Passive Solar Design Guidelines for
Solar your climate should be referenced to size thermal
mass.)
Note: 3.3.5.1.A must also be done in order to
Solar receive points for 3.3.5.1.B.
Solar C. Use passive cooling. 8
Exterior shading on east and west windows, list sources of shading
e.g., shade trees, moveable awnings or louvers,
Solar covered porches
Overhangs designed to provide shading on Awnings need to cover
south-facing glazing. (Use supplied charts that south facing windows
indicate length of overhang, amount and period of
shading according to latitude.) (Not to be double-
Solar counted if credited in 3.3.5.1.A above.)
Solar Windows located to facilitate cross ventilation.
Solar reflective roof or radiant barrier in hot product information
Solar climates.
Note: All of the above must be done in order to
Solar receive points for this line item.
Solar 3.3.5.2 Solar water heating
A. Install solar water heating system. Must use product information
Solar SRCC rated system. Solar fraction:
Solar 1. 0.3 8
Solar 2. ≥ 0.5 10
Solar 3.3.5.3 Additional renewable energy options
A. Supply electricity needs by onsite renewable Installer certified &
energy source such as photovoltaics, wind or hydro product information
whereby the system is estimated to produce the
Solar following kWh per year:
Solar 2,000 to 3,999 8
Solar 4,000 to 5,999 10
Solar 6,000 + 12
(Equipment should carry all applicable IEEE and UL
certifications. Installation shall be in accordance
Solar with local utility and electrical code requirements.)
B. Provide clear and unshaded roof area (+/-30°of Building specifications
south or flat) for future solar collector or
photovoltaics. Minimum area of 200 sf. Provide a
Solar rough-in of piping from the roof to the utility area:
Solar · Conduit 3
Solar · Insulated piping 5
Testing 3.3.6 Verification
3.3.6.1 Conduct onsite third party inspection to
Testing verify installation of energy related features such as:
A. ResNet Insulation Inspection 8 2 onsite inspections by
Third Party (rough in
Testing and final)
B. Energy Star Thermal bypass Inspection 8 Thermal Bypass
Testing Inspection by Third
(When at least 100 homes of the same model are to Party
be built by the same builder, a representative
Testing sample (15%) of homes may be inspected.)
3.3.6.2 Conduct third party testing to verify Third Party report
performance, e.g., blower door, duct leakage showing results of
Testing testing, flow hood testing, (per test). testing
A. Building envelope leakage: blower door test 8 Blower Door test results
Testing results < 0.35 ACHnat
B. Central HVAC duct leakage: duct leakage test 8 Duct Blast test results
Testing results:
13 8/12/201139f78be5-b224-4220-a0c0-43312343d3ee.xls
· Leakage to unconditioned space < 5% of rated
Testing blower capacity.
Testing · Total leakage < 10% of rated blower capacity.
Testing C. Balanced HVAC air flows: flow hood test results: 8 Flow Hood Test results
· Measured flow at each supply and return register
Testing within 25% of design flow.
Testing · Total air flow within 10% of design flow
(When multiple homes of the same model are to be
built by the same builder, a representative sample of
homes may be tested subject to the sampling
Testing protocol.)
HVAC 3.3.7 Innovative options
HVAC A. Install drain water heat-recovery system. 2 product information
B. Install desuperheater in conjunction with ground 6 product information
HVAC source heat pump.
C. Install heat pump water heater. Must be rated 6 product information
according to the current US DOE test standard and
HVAC shall have an EF > 1.7.
D. Install occupancy sensors for lighting control. 4 product information
Electrical (Points per sensor.)
BRONZE MINIMUM = 37
SILVER MINIMUM = 62
GOLD MINIMUM = 100
TOTAL SECTION 3 POINTS
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Property Address:
Builder:
Section 4
PTS PTS Acceptable Explain in detail how criteria was met and/or
Plumbin Water Efficiency AVAIL CLAIMED Documentation note attached documentation.
g 4.1 Indoor/Outdoor Water Use
Plumbin 4.1.1 Hot water delivery to remote locations aided 6
g by installation of:
A. On-demand water heater at point of use served Product /
Plumbin by cold water only. (Points per unit installed) Installer
g Information
B. Control-activated recirculation system. Product /
Plumbin Installer
g Information
Plumbin 4.1.2 Water heater located within 30 feet pipe run of 9 Floor plan
g all bathrooms and kitchen.
® 7 per Product /
Plumbin 4.1.3 Energy Star water-conserving appliances
g installed, e.g., dishwasher, washing machine. applianc Installer
e. Information
Product /
4.1.4 Water efficient showerhead using
Plumbin conventional aerator or venturi technology for flow Installer
g rate < 2.5 gpm. Information
100% of showerheads 8
or or
per-fixture (maximum of 3 fixtures) 2 per
fixture
4.1.5 Water-efficient sink faucets/aerators < 2.2 Product /
Plumbin gallons/minute. Installer
g Information
100% of fixtures 8
or or
per-fixture (maximum of 3 fixtures) 2 per
fixture
4.1.6 Ultra low flow toilets installed: Product /
Plumbin Installer
g
Plumbin Information
g A. Power-assist
100% toilets power assist 12
or or
Plumbin Per-toilet (maximum 8 points) 4 ea
g B. Dual flush.
100% toilets dual flush 18
or or
Per-toilet (maximum 12 points) 6 ea
C. <1.3 GPF
100% toilets ultra low flow 9
or or
Per-toilet (maximum 6 points) 3 ea
4.1.7 Low-volume, non-spray irrigation system 7 Landscape Plan/
installed, e.g., drip irrigation, bubblers, drip emitters, Landscaping
Sitework soaker hose, stream-rotator spray heads. contract
4.1.8 Irrigation system zoned separately for turf and 6 Landscape Plan/
bedding areas, or retain the natural landscape. Landscaping
Sitework contract
4.1.9 Weather-based irrigation controllers, e.g., 7 Product
computer-based weather record. information
verify system
uses weather
records or
moisture
Sitework sensors, not just
4.1.10 Collect and use rainwater as permitted by 9 a timer
Product
local code. (Additional credit for distribution Information/descr
Sitework system that uses a renewable energy source or ibe system
gravity.)
4.1.11 Innovative wastewater technology as 7 Submit plan
Plumbin permitted by local code, e.g., constructed wetland, approved by
g
Plumbin sand filter, and aerobic system. local code
g 4.2 Innovative options
15 8/12/201139f78be5-b224-4220-a0c0-43312343d3ee.xls
4.2.1 Shut-off valve, motion sensor, or pedal- 6 Product
activated faucet to enable intermittent on/off Information-
operation. must be hands
free controls or
Plumbin sensors on all
g faucets
4.2.2 Separate and re-use greywater as permitted 6 Product
Plumbin by local code. Information
g installer certified
4.2.3 Composting or waterless toilet as permitted by 6 Product
Plumbin local code. Information
g installer certified
BRONZE MINIMUM = 30
SILVER MINIMUM = 40
GOLD MINIMUM = 50
TOTAL SECTION 4 POINTS 0
16 8/12/201139f78be5-b224-4220-a0c0-43312343d3ee.xls
Property Address:
Builder:
Section 5
PTS PTS Acceptable Explain in detail how criteria was met and/or
HVAC Indoor Environmental Quality AVAIL CLAIMED Documentation note attached documentation.
HVAC 5.1 Minimize potential sources of pollutants
5.1.1 For vented space heating and water heating 8
HVAC equipment:
A. Install direct vent equipment. Builder spec
HVAC sheet
HVAC Or
B. Install induced/mechanical draft combustion
HVAC equipment.
5.1.2 Install space heating and water heating 6 House Plans
equipment in isolated mechanical room or closet and spec sheet
with an outdoor source of combustion and
ventilation air. Safety Notice: there are energy and
water efficiencies to be gained by placing the
furnace and water heater in conditioned space.
BGNM does not recommend the installation of
gravity vented appliances within the living area due
Design to the possibility of carbon monoxide poisoning.
5.1.3 Install direct-vent, sealed-combustion gas 6 Builder spec
Design fireplace, sealed wood fireplace, or sealed sheet
Design Or
Design No fireplace or woodstove installed. House Plans
5.1.4 Ensure a tightly-sealed door in between the 9 Building
garage and living area and provide continuous air Specifications
barrier between garage and living areas including
air
Finishwork sealing penetrations, walls, ceilings, and floors.
5.1.5 Ensure particleboard, medium density 6 Product
fiberboard (MDF) and hardwood plywood substrates Information/ list
are certified to low formaldehyde emission of low-
standards ANSI A208.1, ANSI A208.2 and formaldehyde
ANSI/HPVA HP1, respectively. Composite products used
wood/agrifiber panel products must either manufacturer
Finishwork spec sheet
5.1.6 Install carpet, carpet pad, and floor covering 6 List of products
adhesives that hold “Green Label” from Carpet and used
Rug Institute‟s indoor air quality testing program or manufacturer
Finishworkmeet equivalent thresholds verified by a third party. spec sheet
5.1.7 Mask HVAC outlets during construction and 5 Contract with
vacuum ducts, boots, and grilles before turning on HVAC contractor
HVAC central heating/cooling system.
5.1.8 Use low VOC emitting wall finishes like 3 List of products
interior plaster, wallpaper, etc. (except paint, see used
section 7). manufacturer
Finishwork spec sheet
5.2 Manage potential pollutants generated in the
home
HVAC 5.2.1 Vent kitchen range exhaust to the outside. 7 House Plans
5.2.2 Provide mechanical ventilation at a rate of Product
7.5 cfm per bedroom + 7.5 cfm and controlled information and
automatically or continuous with manual override. spec sheet
The ventilation equipment may be: (should also
include
guidance in
HVAC Homeowners
A. Exhaust or supply fan(s), or 7 Manaul)
Product
HVAC Information
B. Balanced exhaust and supply fans, or 9 Product
HVAC Information
C. Heat-recovery ventilator, or 10 Product
HVAC Information
D. Energy-recovery ventilator 10 Product
HVAC Information
17 8/12/201139f78be5-b224-4220-a0c0-43312343d3ee.xls
5.2.3 Install MERV 9 filters on central air or 3 Product
ventilation systems. information and
spec sheet
(should also
include
guidance in
HVAC Homeowners
5.2.4 Install humidistat to control whole-house 4 Manaul)
Product
humidification system. information and
spec sheet
(should also
include
guidance in
HVAC Homeowners
5.2.5 Install sub-slab de-pressurization system or 6 Manaul)
Product
infrastructure to facilitate future installation of radon Information/
mitigation system. *The more stringent requirement Photographs
between a local building code and this provision
HVAC shall apply.
5.2.6 Verify all exhaust flows meet design 9 Flow Hood Test
HVAC specifications
5.3 Moisture management (vapor, rainwater,
plumbing, HVAC)
5.3.1 Control bathroom exhaust fan with a timer or 6 Product
Electrical humidistat. Informatioin
5.3.2 Install moisture resistant backerboard – not 6 list product(s)
paper-faced sheathing – under tiled surfaces in wet used
Drywall areas.
5.3.3 Install vapor retarder directly under slab (6- 9 list product(s)
mil) or on crawl space floor (8-mil). In crawl spaces, used
extend poly up wall and affix with glue and furring
strips, or damp- proof wall below grade. Joints
Concrete lapped 12 inches.
5.3.4 Protect unused moisture-sensitive materials 6 Refer to
from water damage through just-in-time delivery, Moisture
storing unused materials in a dry area, or tenting Management
Framing materials and storing on a raised platform. Plan
5.3.5 Keep plumbing supply lines out of exterior 5 House Plans
Plumbing walls.
5.3.6 Insulate cold water pipes in unconditioned 4 pumbing
spaces with ½” insulation or other coating that contract/
Plumbing comparably prevents condensation. photographs
5.3.7 Insulate HVAC ducts, plenums, and trunks in 4 Building
unconditioned basements and crawl spaces to Specifications/
avoid condensation. HVAC
contractor
HVAC agreement
5.3.8 Check moisture content of wood before it is 4 Refer to
enclosed on both sides. Ensure moisture content of Moisture
subfloor/substrate meets the appropriate industry Management
Framing standard for the finish flooring material to be Plan
installed.
5.4 Innovative options
BRONZE MINIMUM = 32
SILVER MINIMUM = 54
GOLD MINIMUM = 72
TOTAL SECTION 5 POINTS 0
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Property Address:
Builder:
Section 6
PTS PTS Acceptable Explain in detail how criteria was met and/or
Operation, Maintenance, and Homeowner Education
AVAIL CLAIMED Documentation note attached documentation.
6.1 Provide Home Manual to owners/occupants 9 Complete Copy
on the use and care of the home. Manual must of Home
Manual include all items below: Owner's Manual
A. Narrative detailing the importance of maintenance A - I should be
and operation to keep a green built home green address in
Manual manual
Manual B. Local Green Building Program certificate.
C. Warranty, operation, and maintenance
Manual instructions for equipment and appliances
Manual D. Household recycling opportunities
E. Information on how to enroll in a program so that
the home receives energy from a renewable energy
Manual provider
F. Explanation of the benefits of using compact
Manual fluorescent light bulbs in high usage areas
G. A list of habits/actions to optimize water and
Manual energy use
Manual H. Local public transportation options (if applicable)
I. Clearly labeled diagram showing safety valves and
Manual controls for major house systems.
6.2 Optional information to include in the Home Information to
Manual be included in
Home Owner's
Manual Manual
Manual (Choose at least 5)
A. A list of local service providers that focus on 2
regularly scheduled maintenance and proper
operation of equipment and the structure (sealants,
caulks, gutter and downspout system; shower/tub
Manual surrounds, irrigation systems, etc).
B. A photo record of framing with utilities installed.
Photos should be taken prior to installing insulation,
Manual clearly marked, and provided in homeowner‟s
manual. Green Home Building Guidelines items
C. List of
Manual included in the home.
Manual D. User-friendly maintenance checklist
E. Instructions for proper handling and disposal of
Manual hazardous materials.
F. Information on organic pest control, fertilizers, de-
Manual icers and cleaning products.
Manual G. Information about native or low-water landscape
H. Information on how to keep a home‟s relative
Manual humidity in the range of 30-60%
I. Instructions for checking crawlspace for termite
Manual tubes periodically
J. Instructions for keeping gutters clean. Instructions
should note that downspouts should divert water at
Manual least five feet away from foundation
6.3 Provide education to owners/occupants in
Manual the use and care of their dwellings.
A. Instruct homeowner/occupants about the 7 Describe best
building‟s goals and strategies and occupant‟s practice
impacts on costs of operating the building. Provide implementation
training to owners/occupants for all control systems
Manual
in the house.
Manual 6.4 Solid waste
A. Encourage homeowners/occupants to recycle by 1 House plans
providing built-in space in the home‟s design (e.g.,
kitchen, garage, covered outdoor space) for
Manual recycling containers.
6.5 Innovative options
BRONZE MINIMUM = 7
SILVER MINIMUM = 7
GOLD MINIMUM = 9
TOTAL SECTION 6 POINTS 0
19 8/12/201139f78be5-b224-4220-a0c0-43312343d3ee.xls
Property Address:
Builder:
Section 7
PTS PTS Acceptable Explain in detail how criteria was met and/or
Global Impact AVAIL CLAIMED Documentation note attached documentation.
Finishwork 7.1 Products
7.1.1 Product manufacturer‟s operations and 3 List
business practices include environmental manufacturers
management system concepts (the product line, & provide ISO
plant, or company must be ISO 14001 certified) 14001
Finishwork Certification
7.1.2 Choose low- or no-VOC indoor paints. VOC 6 Manufacturer
concentrations (grams/liter) of interior paints should spec sheet with
be equal to or less than those specified by the VOC content
EPA‟s Environmentally Preferable Purchasing
Finishwork Program:
Finishwork ·Interior latex coatings: Flat: 100 grams/liter
Finishwork Non-flat: 150 grams/liter
Finishwork · Interior oil-based paints: 380 grams/liter
7.1.3 Use low VOC sealants. VOC concentrations 5 Product
for construction adhesives and sealants should Information
meet the limits specified in the California Air with VOC
Resources Board Regulation for Reducing Volatile content
Finishwork Organic Compound Emissions from Consumer
Products:
·Construction adhesives: the greater of 15%
Finishwork by weight or 200 grams/liter
·Sealants and caulks: the greater of 4% by
Finishwork weight or 60 grams/liter
·Contact adhesives: the greater of 80% by
Finishwork weight or 650 grams/liter
7.2 Innovative options
7.2.1 Builder‟s operations and business practices 4 Builders ISO
include environmental management system 14001
Finishwork concepts (the builder must be ISO 14001 certified) Certification
BRONZE MINIMUM = 3
SILVER MINIMUM = 5
GOLD MINIMUM = 6
TOTAL SECTION 7 POINTS 0
20 8/12/201139f78be5-b224-4220-a0c0-43312343d3ee.xls
