Attachement_10_Energy Sustainability_Record_Card.xlsx

XLSX spreadsheet 188 KB Posted May 23, 2014

Attached to: Design/Construct 168 Person Dormitory (EIE326), Eielson AFB, Alaska
Solicitation number: W911KB-14-R-0017
Issued by: Department of the Army Corps of Engineers Engineering District Alaska

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File	Type	Posted
AM_7.pdf	PDF	May 23, 2014
EIE326-01_19_10_00_29-2_7_AM_6.pdf	PDF	May 6, 2014
EIE326-RoomCriteria_2014-05-05_AM_6.pdf	PDF	May 6, 2014
EIE326_Proosal_Schedule__AM_6.pdf	PDF	May 6, 2014
EIE326_RFP_TOC_2014-05-06_AM_6.pdf	PDF	May 6, 2014
A_3_6_2_J A14-38_Delta_Controls_Redacted.pdf	PDF	May 6, 2014
ProjNet_Bidder_Inquiry_Report.pdf	PDF	May 6, 2014
01_19_10.00_29_2.4.14-Dryers.pdf	PDF	May 6, 2014
A_3_6_2_J A_14-37_Cooper_Redacted.pdf	PDF	May 6, 2014
AM_6.pdf	PDF	May 6, 2014
A_3_6_2_J A_14-35_Knox_Redacted.pdf	PDF	May 6, 2014
A_3_6_2_J A_14-34_BasisV_card_access_Redacted.pdf	PDF	May 6, 2014
A_3_6_2_J A_14-36_Monaco_Redacted.pdf	PDF	May 6, 2014
01_57_20.00_10_Attachment_N_2014-05-06_AM_6.pdf	PDF	May 6, 2014
A_3_6_2_J A_14-33_Best_locks_Redacted.pdf	PDF	May 6, 2014
EIE326-01_19_10_00_29-2_2_AM_5_Pages.pdf	PDF	Apr 28, 2014
EIE326-RoomCriteria_AM_5.pdf	PDF	Apr 28, 2014
EIE326-L101_Half_AM_5.pdf	PDF	Apr 28, 2014
EIE326-01_19_10_00_29-2_8_AM_5_Pages.pdf	PDF	Apr 28, 2014
AM_5.pdf	PDF	Apr 28, 2014
APPNDX05-USGBC-CHP-Guidance-for-FTW-Project-AM_5.pdf	PDF	Apr 28, 2014
EIE326-01_19_10_00_29-2_6.pdf	PDF	Apr 28, 2014
EIE326-02_61_13_AM_5.pdf	PDF	Apr 28, 2014
EIE326-01_19_10_00_29-2_4_AM_5_Pages.pdf	PDF	Apr 28, 2014
EIE326-01_19_10_00_29-2_10_AM_5.pdf	PDF	Apr 28, 2014
EIE326_D1_00_Half_AM_5.pdf	PDF	Apr 28, 2014
EIE326-L102_Half_AM_5.pdf	PDF	Apr 28, 2014
EIE326-01_19_10_00_29-2_9_AM_5_Pages.pdf	PDF	Apr 28, 2014
A.2.11.3.1_SolicAmend_EIE326-AM4.pdf	PDF	Apr 15, 2014
A.2.11.3.1_SolicAmend_EIE326-AM3.pdf	PDF	Apr 15, 2014
EIE326_RFP_TAB2_2014-03-24.pdf	PDF	Mar 25, 2014
EIE326_RFP_TAB3_2014-03-24.pdf	PDF	Mar 25, 2014
EIE326_RFP_TAB1_2014-03-19.pdf	PDF	Mar 25, 2014
RevisedSECTION_00_22_20.pdf	PDF	Mar 25, 2014
Amendment__2.pdf	PDF	Mar 25, 2014
AM_1.pdf	PDF	Jan 22, 2014
Module-Aerial.jpg	JPG image	Jan 2, 2014
EIE326_RFP.pdf	PDF	Jan 2, 2014
EIE326-RoomCriteria.pdf	PDF	Jan 2, 2014
EIE326_RFP_TAB4_drawings_2013-12-24.pdf	PDF	Jan 2, 2014
Module-Aerial-3.jpg	JPG image	Jan 2, 2014

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E&S_RECORD_CARD

ENERGY & SUSTAINABILITY RECORD CARD
Building:	Building 12345	SF:	68,717	RPUID:	TBD
Project/PA:	Dormitory, 168 PN	PA:	45,000,000 USD	Project #:	FTQW083005
Inst.:	Eielson AFB, AK - Eielson AFB, AK, Alaska, USA			Inst. Code:	0
Brief Building Description / Special Energy & Sustainability Highlights:

DASHBOARD
COMPLIANCE DASHBOARD
EPAct 2005:	1.00	85%

Eric Mucklow: Amber/Green Threashold Percentage for Icons

EISA 2007:	0.79	Certification
Low Impact:	1.00	TBD
I:	1.00	LEED 3.0
II:	1.00	70%

Eric Mucklow: Red/Amber Threshold Percentage for Icons

		III:	0.86	Legend:
		IV:	0.78	1.00
		V:	0.67	0.70
		GP OVERALL:	0.86
Eric Mucklow, AIA, CPHC, LEED AP BD+C: GREEN indicates facility is compliant when determining Sustainability Code for Block 14 of Form 1354.	0.05
		PERFORMANCE DATA & STATISTICS
		Gross Energy Intensity (kBTU/SF)			Total Energy Savings vs. Baseline:	Annual Energy Usage (kBTU)
		Target (40% Savings):		712.6	22% Savings from 90.1-2010	%	Baseline	Model	Actual
		as Designed:		558.4	(10,597,638 kBTU/yr)	Annual Energy Demand:
		Actual:		0.0	Fossil-Fuel Derived Energy Savings vs. Baseline:	100%	48,969,976	38,372,339	0
		Fossil-Fuel Energy Intensity (kBTU/SF)			43% Savings from 90.1-2010	Fossil-Fuel Derived Energy Consumption:
		Target (65% Savings):		712.6

Eric Mucklow: EO 13423: Reduce GHG energy intensity by 30% from CBECS 2003 baseline. [§2(a)]

Eric Mucklow: Amber/Green Threashold Percentage for Icons	(20,992,847 kBTU/yr)		73%	48,969,976	27,977,129	0
		as Designed:	407.1	Renewable Energy Production:			Non-Renewable, Non-Fossil-Fuel Energy:
		Actual:	0.0	18% of Total Energy Demand			9%	0	3,412,141	0
		Water Intensity (Gal/SF)		7,083,068 kBTU produced per year			Net Renewable Energy Used On-Site:
		Target (30%):	1.89	Water Savings vs. Baseline:			18%	0	6,983,068	0
		as Designed:	1.28	32% Savings from IPC 2006			Renewable Energy/RECs Exported Off-site:
		Actual:	1.16	42,000 gallons/yr				0	100,000	0
		POC: Jill Chouinard, CEPOA-PM-M Phone: 907-753-5660 eMail: Jill.S.Chouinard@USACE.Army.Mil								21-May-14
		ENERGY & SUSTAINABILITY RECORD CARD Ξ Version 1.0								CARD FORMAT POC: ERIC.MUCKLOW@US.ARMY.MIL

IGNORE THIS SECTION: Math formulas for charts above

Energy
Pie Slices
Use Reduction	20,992,847	35.4%
Net Utilities	31,389,270	52.9%
Renewable	6,983,068	11.8%
	59,365,186	100.0%

Water Chart

Pie Slices

Net Utility	88,000	67.7%
Harvested On-Site	17,000	13.1%
Use Reduction	25,000	19.2%
	130,000	100.0%

Waste Chart

Pie Slices

Disposed	7,000	63.6%
Diverted	3,000	27.3%
Avoided	1,000	9.1%
	11,000	100.0%

Use Reduction Net Utilities Renewable 0.3536221902842373 0.52874879646060602 0.11762901325515675 Net Utility

0.67692307692307696	Harvested On-Site
0.13076923076923078	Use Reduction

0.19230769230769232

Avoided

9.0909090909090912E-2 Diverted 25.0%

0.27272727272727271 Disposed

0.63636363636363635

85%-100% 70%-85% < 80%

High Performance Sustainable Buildings Guiding Principles

Building_Data

					21-May-14
Building:	Building 12345	RPUID:	TBD	Certification:	LEED 3.0
Project:	Dormitory, 168 PN	Project #:	FTQW083005	Received:	TBD
Inst.:	Eielson AFB, AK	Inst. Code:		Reg. Number:	TBD
City:	Eielson AFB, AK	State:	Alaska	Country:	USA
	Square Footage:	68,717	PA:	45,000,000	USD

Cell Color Key:	Grey - Not applicable filler; no input
Blue - Calculated/auto-filled from elsewhere; no user input	Green - User data input

ANNUAL ENERGY DEMAND

Sum of all Sources Below:	48,969,976	38,372,339	0
Target Savings from 90.1-2010:	40%	22%	100%

ANNUAL ENERGY CONSUMPTION BY SOURCE
Annual Fossil-Fuel Energy Usage	90.1-2010	Design	Metered
	Baseline	Model	Actual
Fossil-Fuel Derived Electric Grid (kWh)	14,000,000	8,000,000
= above kWh converted to kBTU:	47,769,976	27,297,129	0
Natural Gas (kBTU)	1,200,000	680,000
Propane (kBTU)
Steam/HW - Fossil-fuel Boiler Plant (kBTU)
Fuel Oil (kBTU)
Coal (kBTU)
Other Fossil Fuels (kBTU)
Total Annual Fossil-Fuel Usage in kBTU:	48,969,976	27,977,129	0
EISA 2007 Savings Target from CBECS:	65%	43%	100%

Non-Fossil, Non-Renewable Energy Usage Eric Mucklow: Eric Mucklow:

Note: EPAct 2005 considers Energy-from-Waste systems (MSW/Landfill gas) as Renewable, which are to be entered in a subsequent section below.

	Baseline	Model	Actual
Non-Fossil Derived Electric Grid (kWh)
= above kWh converted to kBTU:	0	0	0
On-site Nuclear Electric (kWh)		1,000,000
= above kWh converted to kBTU:	0	3,412,141	0
On-Site Steam/Hot Water (kBTU)
Other On-Site Non-Fossil, Non-Renewable
Total Non-Fossil, Non-Renewable Usage:	0	3,412,141	0

Total Non-Renewable Energy Usage: 48,969,976 31,389,270 0

ANNUAL ENERGY HARVEST

On-Site, on the Installation, on Federal lands, or on Native American lands)

Eric Mucklow: Eric Mucklow:

(EPAct 2005 establishes a bonus for Federal agencies if renewable electricity is produced on-site at a Federal facility, on Federal lands, or on Native American lands.)

		Baseline	Model	Actual
	Sun - Electric/Photovoltaic (kWh)
Eric Mucklow: Show electricity produced by PV, CSP, Stirling Engines, etc. but not water or air heating or steam use. (see below for the latter)	1,000,000
	= converted to kBTU:	0	3,412,141	0
	Wind - Electric (kWh)
	= converted to kBTU:	0	0	0
	Water (Hydro/Ocean) - Electric (kWh)

Eric Mucklow: Eric Mucklow:

EPAct 2005 Section 203 defines renewable ocean energy as electricity generated using tidal, wave, current, and thermal energy. Hydro must be new hydroelectric generation capacity achieved from increased efficiency or additions of new capacity at an existing hydroelectric project.

= converted to kBTU:	0	0	0
Waste (MSW/Landfill/Septic gas) (kWh)
= converted to kBTU:	0	0	0
Geothermal Electric (Not GSHP) (kWh)

Eric Mucklow: Eric Mucklow:

Geothermal Electric uses the heat from deep in the earth to generate electricity and does not include thermal storage or extraction such as Ground Source Heat Pumps (GSHP) or DX systems

= converted to kBTU:	0	0	0
Biomass/Biogas (kWh)

Eric Mucklow: Eric Mucklow:

May include wood chips, corn, grapeseed, grass, algae gas, algae biodiesel, etc.	900,000
	= converted to kBTU:	0	3,070,927	0
	Total On-site Renewable Electric:

Eric Mucklow: Eric Mucklow:

EPAct 2005 Section 203 defines "renewable energy" as electric energy generated from solar, wind, biomass, landfill gas, ocean (including tidal, wave, current, and thermal), geothermal, municipal solid waste, or new hydroelectric generation capacity achieved from increased efficiency or additions of new capacity at an existing hydroelectric project.

0 6,483,068 0

Grid Renewable Energy/RECs (Off-site and on non-Federal and/or non-Native American lands)
Type(s): ____________________ (kWh)
___________________________ (kBTU)	0	0	0

Non-Electric Renewable Energy (kBTU)
Solar Water Heating (Baseline=30% HW Demand)		500,000
Air Heating (e.g. Transpired Panels)		100,000
Renewable Steam/Radiant HW Systems
Ground Source Heat Pump/Geothermal
Mechanical (e.g. Wind-driven Pump)
Other Renewable Non-electric Energy
Annual Total Production/Offset:	0	600,000	0

Annual Renewable Energy Produced:	0	7,083,068	0
- Renewable Energy Exported Off-Site:

Eric Mucklow: Eric Mucklow:

Enter any Renewable Energy Credits (RECs) SOLD or COUNTED ELSEWHERE here.

Eric Mucklow: Eric Mucklow:

(EPAct 2005 establishes a bonus for Federal agencies if renewable electricity is produced on-site at a Federal facility, on Federal lands, or on Native American lands.)

Eric Mucklow: Show electricity produced by PV, CSP, Stirling Engines, etc. but not water or air heating or steam use. (see below for the latter) Eric Mucklow: Eric Mucklow:

Note: EPAct 2005 considers Energy-from-Waste systems (MSW/Landfill gas) as Renewable, which are to be entered in a subsequent section below.	100,000
	Net Renewable Energy Used On-Site:	0	6,983,068	0
	Gross Percentage of Annual Demand:	0.0%	18.5%	ERROR:#DIV/0!

WATER
Water Demand in Gallons Baseline:	IPC 2006	Design	Actual
Domestic Water	100,000	80,000
Process Water	30,000	25,000
Total Annual Usage in Gallons:	130,000	105,000	100,000

Grey Water Harvesting Systems (Gallons)
Condinsate Water Capture		12,000
Rainwater Harvesting		5,000
[fill-in type here]
[fill-in type here]
Annual Total Production/Offset:	0	17,000	20,000
Non-building usage deduction:
Net Water Usage	130,000	88,000	80,000
Net Savings Target:	30%	32%	38%

RECYCLED MATERIALS and WASTE DIVERSION
Units:	CY
	Target	Current	Actual
Waste Creation Avoided:		1,000
Waste Recycled/Diverted:		3,000
Waste Disposed of to Landfill:		7,000

Jill Chouinard, CEPOA-PM-M 907-753-5660 Jill.S.Chouinard@USACE.Army.Mil

Color Key:	Grey - Not applicable filler; no input
Blue - Calculated/auto-filled from another tab; no input	Green - Data input cells
Version M04.24

Mandates_Worksheet

Energy & Sustainability Mandates Worksheet	DRAFT
Significant Legislative Requirements
Does not include mandates prior to 2005 or those that are generally met

				= Delayed =Not Addressed = In Planning = In Development = In Implementation = Incorporated	= Delayed =Not Addressed = In Planning = In Development = In Implementation = Incorporated
Topic	August 2005: EPAct 2005	January 2007: EO 13423	December 2007: EISA 2007	October 2009: EO 13514	October 2009: NDAA 2010	HPSB Guilding Principles
Building Energy Intensity (Gross)		Reduce building energy intensity 3% annually through FY 2015, or 30% total reduction by FY 2015 (baseline FY 2003). [§2(a)]	Reduce building energy intensity 3% annually through 2015, or 30% total reduction by 2015 (baseline 2003) [§431]	Reduce energy intensity in buildings to achieve GHG reductions. [§2(a)(i)]

Qualitative Compliance:		100%	100%	100%	100%
Energy Efficiency in New Construction and Major Renovations	Achieve energy performance 30% beyond ASHRAE 90.1-2007. [§109]

Eric Mucklow: Eric Mucklow:

EPAct 2005 originally referenced 90.1-2004, but was later revised to 90.1-2007	New Federal buildings and Federal buildings undergoing major renovations shall reduce their fossil fuel-generated energy (baseline 2003) consumption by: [§433]	Achieve by 2030 zero-net-energy* in buildings entering the planning process after 2020. [§2(g)(i), see also EISA §433]
			- 55% by 2010

- 65% by 2015

- 80% by 2020

- 90% by 2025

- 100% by 2030	Minimize consumption of energy... through cost-effective, innovative strategies, such as highly reflective and vegetated roofs. [§2(g)(iv)]
					(* a "zero-net-energy building" meets its of energy needs from sources of energy that do not produce greenhouse gases (GHG), and therefore result in no net emissions of GHG)
	Qualitative Compliance:	100%		0%	100%		100%
	Renewable Energy Generation	Double count renewable energy produced on Federal or Indian lands and used on-site at Federal facilities [§203]. Requires the installation of 20,000 solar energy systems in Federal buildings by 2010 [§204]	Implement new renewable energy generation projects on agency property for agency use. [§2(b)]		Implement renewable energy generation projects on agency property. [§2(a)(ii)]	25% by 2025

Qualitative Compliance:	100%	100%		100%
Renewable Energy Usage	Defines “renewable energy.” Increase renewables 3% in FY2007-2009; [§203]	Ensure that 50% of statutorily required renewables comes from post-1999 sources. [§2(b)]	30% of hot water demand in new Federal buildings and major renovations must be met with solar hot water if life-cycle cost effective [§523]	Increase use of renewable energy. [§2(a)(ii)]	Encourages 25% of Energy from Renewable Sources by 2025.
	- Increasing to 5% in FY 2010-2012.	{How can this be tracked?}
	- Increasing to 7.5% in FY 2013 & on.

Status:	100%	100%	50%	100%		100%
Fleet Vehicle Support		Use plug-in hybrids when available at a life-cycle cost reasonably comparable to non-PIH vehicles. [§2(g)] (=new electrical service requirement)	Install at least one renewable fuel pump at each Federal fleet fueling center by 2010 [§246]
Qualitative Compliance:		100%	100%			100%
High Performance Sustainable Buildings	Includes application of sustainable design principles for new buildings [§109].	Ensure all new agency construction and renovation complies with the Guiding Principles. [§2(f)]	Requires sustainable design principles be applied to the siting, design, and construction of buildings subject to the standards [§433]	Ensure all new construction, major renovation, or repair and alteration complies with the Guiding Principles. [§2(g)(ii)]
		Ensure 15% of existing Federal building inventory incorporate the Guiding Principles by 2015. [§2(f)]	Ensure major replacements of installed equipment, renovation, or expansion of existing space employ the most energy-efficient designs, systems, equipment, and controls life-cycle cost effective [§434]	Ensure 15% of existing facilities and building leases (above 5,000 gross square feet) meet the Guiding Principles by FY 2015. [§2(g)(iii)]
			As of December 19, 2010, Federal agencies are prohibited from leasing buildings that have not earned the ENERGY STAR label (some exemptions apply) [§435]	Make annual progress towards 100% conformance with the Guiding Principles. [§2(g)(iii)]
Qualitative Compliance:	100%	83%	100%	83%		100%
Advanced Metering and Measurement	Federal buildings must be metered by October 1, 2012 with data provided at least daily and electricity consumption measured hourly [§103].		Identify “covered facilities” constituting at least 75% of the agency’s facility energy use. Each covered facility must have an energy manager designated and meet additional requirements. Energy and water evaluations must be completed every 4 years for each facility. Facility energy managers are also responsible for commissioning equipment and establishing O&M plans for measuring, verifying, and reporting energy and water savings [§432].		[§2841] Adoption of Department-wide, Open Protocol energy monitoring and utility control system specification for military construction and military family housing activities.

Shall Cover:

- Utilities & Energy usage

- Indoor environments

- HVAC

- Central plant equip.

- Renewable energy

			By October 16, 2016, each agency shall provide for equivalent metering of natural gas and steam [§434(b)].
Status:	100%		100%		1	100%
Building Management				Manage existing building systems to reduce consumption of energy.... [§2(g)(v)]	[§332] Extension and Expansion of Reporting Requirements Regarding Department of Energy Efficiency Programs
Qualitative Compliance:				100%
Products and Equipment	Requires Federal agencies to incorporate energy efficiency criteria consistent with ENERGY STAR and FEMP-designated products for all procurements involving energy-consuming products and services [§104].	Purchase products that are:

- Recycled,

- Biopreferred

- ENERGY STAR

- FEMP-designated

- EPEAT

- WaterSense (and other water-efficient) [§2(d)] Encourages agencies to minimize standby energy use in purchases of energy-using equipment. [§524] Requires procurement to focus on ENERGY STAR and FEMP-designated products [§525]. Ensure 95% of new contract actions for products and services are:

- Energy efficient

- Water efficient

- Biobased-content

- Environmentally preferable

- Non-ozone depleting,

- Recycled-content

- Non-toxic or less-toxic than alternatives [§2(h)(i)] (Also note that Direct Digital Control (DDC) is required when upgrading, retrofitting or replacing HVAC systems per FAR part 23.)

Qualitative Compliance:	100%	100%	100%	100%		100%
Support for Local Communities				Align Federal policies to increase the effectiveness of local planning for energy choices such as locally-generated renewable energy. [§2(f)(ii)]
				Identify and analyze impacts from energy use and alternative energy sources in EAs and EISs for new or expanded facilities. [§2(f)(iv)]
Qualitative Compliance:				100%
Overall Rating:	100%	97%	79%	98%	100%	100%
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&"Arial,Italic"&6&F, printed on &D at &T &6&P of &N http://www.gsa.gov/Portal/gsa/ep/contentView.do?contentType=GSA_BASIC&contentId=22395 HPSB_Guiding_Principles_Wksht

High Performance Sustainabile Buildings - Guilding Principles Compliance Worksheet

Element Color Coding:
Entry/Drop-Down Box Selection	Compliance Indications:
Data-Entry Subquestions	Yes - Compliant with Element
No Entry	Maybe - Possible Compliance
Not Required	No - Not Compliant with Element

Federal Requirements for High Performance Sustainable Buildings (HPSB)
HPSB I: Employ Integrated Design Principles
Achievable Points	2			Possible Points	2
Yes	HPSB I.1		Integrated Design		1	Federal Requirements
Yes	HPSB I.2		Commissioning		1	Federal Requirements
HPSB II: Optimize Energy Performance
Achievable Points	5			Possible Points	5
Yes	HPSB II.1		Energy Efficiency, Achieve Option 1 or 2 and insert design percentage		1	Federal Requirements
	1		Yes	Reduce energy use 30% Below ANSI/ASHRAE/IESNA Standard 90.1- 2007, OR		Federal Requirements	Energy Efficiency, Achieve Option 1 or 2 and insert design percentage	HPSB II.1
	2	2		If not at least 30% below ANSI/ASHRAE/IESNA Standard 90.1- 2007, will the design achieve the maximum level of energy efficiency that is life-cycle cost-effective?		Federal Requirements	Energy Efficiency, Achieve Option 1 or 2 and insert design percentage	HPSB II.1
			33.0%	Insert percentage below ANSI/ASHRAE/IESNA Standard 90.1-2007 in terms of energy use (e.g. 32)		Federal Requirements	Energy Efficiency, Achieve Option 1 or 2 and insert design percentage	HPSB II.1
				Insert building energy intensity (Btu/SF) calculated with the energy model per 10 CFR 433		Federal Requirements	Energy Efficiency, Achieve Option 1 or 2 and insert design percentage	HPSB II.1
			Cool	Roof Attributes (Recommended)		Federal Requirements	Energy Efficiency, Achieve Option 1 or 2 and insert design percentage	HPSB II.1
			Cool	Cool roof (LEED SS cr 7.2 or Energy Star)		Federal Requirements	Energy Efficiency, Achieve Option 1 or 2 and insert design percentage	HPSB II.1
				Green roof		Federal Requirements	Energy Efficiency, Achieve Option 1 or 2 and insert design percentage	HPSB II.1
				Solar electric		Federal Requirements	Energy Efficiency, Achieve Option 1 or 2 and insert design percentage	HPSB II.1
				Solar thermal		Federal Requirements	Energy Efficiency, Achieve Option 1 or 2 and insert design percentage	HPSB II.1
				Solar passive		Federal Requirements	Energy Efficiency, Achieve Option 1 or 2 and insert design percentage	HPSB II.1
			Maybe	Achieve "Designed to Earn the Energy Star" rating - Benchmark from first year of operation (Recommended)		Federal Requirements	Energy Efficiency, Achieve Option 1 or 2 and insert design percentage	HPSB II.1
Yes	HPSB II.2		Preferential use of ENERGY STAR or FEMP-designated equipment, when lifecycle cost effective		1	Federal Requirements
Yes	HPSB II.3		On-site Renewable Energy - Solar Hot Water Heater System		1	Federal Requirements
				Lifecycle cost assessment found solar hot water heater system not effective		Federal Requirements	On-site Renewable Energy - Solar Hot Water Heater System	HPSB II.3
			Yes	When lifecycle cost effective, solar hot water system installed - min 30% demand		Federal Requirements	On-site Renewable Energy - Solar Hot Water Heater System	HPSB II.3
				Insert percentage achieved		Federal Requirements	On-site Renewable Energy - Solar Hot Water Heater System	HPSB II.3
Yes	HPSB II.4		On-site Renewable Energy		1	Federal Requirements
				Lifecycle cost assessment found renewable energy generation projects not effective		Federal Requirements	On-site Renewable Energy	HPSB II.4
			Yes	When lifecycle cost effective, renewable energy generation projects installed		Federal Requirements	On-site Renewable Energy	HPSB II.4
				Renewable energy type		Federal Requirements	On-site Renewable Energy	HPSB II.4
				Insert first renewable energy type, if applicable
				Insert second renewable energy type, if applicable
				Insert generation capacity (kW)		Federal Requirements	On-site Renewable Energy	HPSB II.4
				Insert percentage of total building		Federal Requirements	On-site Renewable Energy	HPSB II.4
Yes	HPSB II.5		Measurement and Verification - Advanced Metering		1	Federal Requirements
			Yes	Water Metering: Select N/A if not used		Federal Requirements	Measurement and Verification - Advanced Metering	HPSB II.5
			Yes	Electric Metering: Select N/A if not used		Federal Requirements	Measurement and Verification - Advanced Metering	HPSB II.5
			Yes	Natural Gas Metering: Select N/A if not used		Federal Requirements	Measurement and Verification - Advanced Metering	HPSB II.5
			N/A	Steam Metering: Select N/A if not used		Federal Requirements	Measurement and Verification - Advanced Metering	HPSB II.5
	HPSB II.6		Project Case Study Entered in High Performance Federal Buildings Database (Recommended)			Federal Requirements
	EISA 2007 II.7		Reduction in fossil fuel-generated energy consumption (Recommended)			Federal Requirements
	EISA 2007 II.8		Data Center Energy Consumption (Recommended)			Federal Requirements
HPSB III: Protect and Conserve Water
Achievable Points	6			Possible Points	7
Yes	HPSB III.1		Indoor Water - 20% Reduction		1	Federal Requirements
			22.0%	Insert percentage achieved		Federal Requirements	Indoor Water - 20% Reduction	HPSB III.1
Yes	HPSB III.2		Outdoor Water - Reduce Potable Water Use by 50%		1	Federal Requirements
Yes	HPSB III.3		Outdoor Water - Stormwater runoff		1	Federal Requirements
No	HPSB III.4		Outdoor Water - Achieve Pre-Development Hydrology when technically feasible, when disturbance > 5,000 GSF		1	Federal Requirements
				Insert cost to implement		Federal Requirements	Outdoor Water - Achieve Pre-Development Hydrology when technically feasible, when disturbance > 5,000 GSF	HPSB III.4
Yes	HPSB III.5		Process water potable water use		1	Federal Requirements
			Yes	Energy efficiency measures using water were considered and the cost was included in lifecycle cost assessment		Federal Requirements	Process water potable water use	HPSB III.5
				Energy efficiency measures using water were not considered for the design		Federal Requirements	Process water potable water use	HPSB III.5
Yes	HPSB III.6		Water-Efficient Products		1	Federal Requirements
Yes	HPSB III.7		Water Efficient Products - Irrigation Contractors		1	Federal Requirements
HPSB IV: Enhance Indoor Environmental Quality
Achievable Points	7			Possible Points	9
Yes	HPSB IV.1		Thermal Comfort, ASHRAE 55-2004		1	Federal Requirements
Yes	HPSB IV.2		Ventilation: ASHRAE 62.1-2007		1	Federal Requirements
Yes	HPSB IV.3		Moisture Control		1	Federal Requirements
No	HPSB IV.4		Daylighting - 75% of Spaces		1	Federal Requirements
Maybe	HPSB IV.5		Daylighting - Controllability of Systems		1	Federal Requirements
Yes	HPSB IV.6		Low Emitting Materials		1	Federal Requirements
Yes	HPSB IV.7		Protect Indoor Air Quality during Construction		1	Federal Requirements
Yes	HPSB IV.8		Protect Indoor Air Quality after Construction		1	Federal Requirements
Yes	HPSB IV.9		Environmental Tobacco Smoke (ETS) Control		1	Federal Requirements
HPSB V: Reduce Environmental Impact of Materials
Achievable Points	4			Possible Points	6
Yes	HPSB V.1		Recycled Content		1	Federal Requirements
Maybe	HPSB V.2		Biobased Content		1	Federal Requirements
No	HPSB V.3		Environmentally Preferable Products		1	Federal Requirements
Yes	HPSB V.4		Waste and Materials Management - Recycling		1	Federal Requirements
Yes	HPSB V.5		Waste and Materials Management - Divert 50% from Disposal		1	Federal Requirements
Yes	HPSB V.6		Ozone Depleting Compounds		1	Federal Requirements
HPSB Totals				Possible Points	29
24	Federal Requirements Achieved (29 line items)								SurveyResult
2	Federal Requirements Maybe Achieved								SurveyResult
3	Federal Requirements Not Achieved								SurveyResult
83%	Overall Compliance with High Performance Sustainable Buildings (HPSB) Guiding Principles								SurveyResult

&D &P

LEED_Worksheet

USGBC LEED	Yes	Pursuing formal LEED® Certification	SurveyData
Certification Worksheet		Date Project Registered with USGBC (MM/DD/YY)	SurveyData
	LEED® 3.0 NC	LEED® Rating System	SurveyData
	0	LEED® Credits Achievable	SurveyData
		LEED® Certification Level Achievable	SurveyData
		LEED® Credits Awarded by GBCI (e.g. 42)	SurveyData
	0	LEED® Energy and Water Credits Achievable	SurveyData

Element Color Coding:
Entry/Drop-Down Box Selection	Compliance Indications:
Data-Entry Subquestions	Yes - Compliant with Element
No Entry	Maybe - Possible Compliance
Not Required	No - Not Compliant with Element

LEED® 3.0 NC Checklist
Text Color Codes:	LEED® Credits and/or Prerequisites that meet HPSB Requirements
	LEED® Credits and/or Prerequisites that align closely with HPSB Requirements
	LEED® Credits that meet Energy & Water Criteria (may depend on technologies & strategies)
Sustainable Sites
Achievable Points	0	Sustainable Sites		Possible Points	26
	Prereq 1		Construction Activity Pollution Prevention (HPSB GP3)		Required	Sustainable Sites
	Credit 1		Site Selection		1	Sustainable Sites
	Credit 2		Development Density & Community Connectivity		5	Sustainable Sites
	Credit 3		Brownfield Redevelopment		1	Sustainable Sites
	Credit 4.1		Alternative Transportation - Public Transportation Access		6	Sustainable Sites
	Credit 4.2		Alternative Transportation - Bicycle Storage & Changing Rooms		1	Sustainable Sites
	Credit 4.3		Alternative Transportation - Low-Emitting & Fuel Efficient Vehicles		3	Sustainable Sites
	Credit 4.4		Alternative Transportation - Parking Capacity		2	Sustainable Sites
	Credit 5.1		Site Development, Protect or Restore Habitat		1	Sustainable Sites
	Credit 5.2		Site Development, Maximize Open Space		1	Sustainable Sites
	Credit 6.1		Stormwater Design, Quantity Control (HPSB GP3)		1	Sustainable Sites
	Credit 6.2		Stormwater Design, Quality Control (HPSB GP3)		1	Sustainable Sites
	Credit 7.1		Heat Island Effect - Non-Roof		1	Sustainable Sites
	Credit 7.2		Heat Island Effect - Roof		1	Sustainable Sites
	Credit 8		Light Pollution Reduction		1	Sustainable Sites
				Select which LEED® Interior Lighting Option was used		Sustainable Sites	Light Pollution Reduction	Credit 8
Water Efficiency
Achievable Points	0			Possible Points	10
	Prereq 1		Water Use Reduction - 20% Reduction (HPSB GP3)		Required	Water Efficiency
	Credit 1		Water Efficient Landscaping (HPSB GP3)		2 to 4	Water Efficiency
			2	Reduce Potable Water Use by 50% (HPSB GP3)	2	Water Efficiency	Water Efficient Landscaping (HPSB GP3)	Credit 1
			4	No Potable Use or Irrigation (HPSB GP3)	2	Water Efficiency	Water Efficient Landscaping (HPSB GP3)	Credit 1
	Credit 2		Innovative Wastewater Technologies		2	Water Efficiency
	Credit 3		Water Use Reduction (HPSB GP3)		2 to 4	Water Efficiency
			2	30% Reduction (HPSB GP3)	2	Water Efficiency	Water Use Reduction (HPSB GP3)	Credit 3
			3	35% Reduction (HPSB GP3)	1	Water Efficiency	Water Use Reduction (HPSB GP3)	Credit 3
			4	40% Reduction (HPSB GP3)	1	Water Efficiency	Water Use Reduction (HPSB GP3)	Credit 3
Energy & Atmosphere
Achievable Points	0			Possible Points	35
	Prereq 1		Fundamental Commissioning of the Building Energy Systems (HPSB GP1)		Required	Energy & Atmosphere
	Prereq 2		Minimum Energy Performance (HPSB GP2)		Required	Energy & Atmosphere
	Prereq 3		Fundamental Refrigerant Management (HPSB GP5)		Required	Energy & Atmosphere
	Credit 1		Optimize Energy Performance (HPSB GP2)		1 to 19	Energy & Atmosphere
			1	12% for New Buildings/8% for Existing Building Renovations	1	Energy & Atmosphere	Optimize Energy Performance (HPSB GP2)	Credit 1
			2	14% for New Buildings/10% for Existing Building Renovations	1	Energy & Atmosphere	Optimize Energy Performance (HPSB GP2)	Credit 1
			3	16% for New Buildings/12% for Existing Building Renovations	1	Energy & Atmosphere	Optimize Energy Performance (HPSB GP2)	Credit 1
			4	18% for New Buildings/14% for Existing Building Renovations	1	Energy & Atmosphere	Optimize Energy Performance (HPSB GP2)	Credit 1
			5	20% for New Buildings/16% for Existing Building Renovations	1	Energy & Atmosphere	Optimize Energy Performance (HPSB GP2)	Credit 1
			6	22% for New Buildings/18% for Existing Building Renovations	1	Energy & Atmosphere	Optimize Energy Performance (HPSB GP2)	Credit 1
			7	24% for New Buildings/20% for Existing Building Renovations	1	Energy & Atmosphere	Optimize Energy Performance (HPSB GP2)	Credit 1
			8	26% for New Buildings/22% for Existing Building Renovations	1	Energy & Atmosphere	Optimize Energy Performance (HPSB GP2)	Credit 1
			9	28% for New Buildings/24% for Existing Building Renovations	1	Energy & Atmosphere	Optimize Energy Performance (HPSB GP2)	Credit 1
			10	30% for New Buildings/26% for Existing Building Renovations	1	Energy & Atmosphere	Optimize Energy Performance (HPSB GP2)	Credit 1
			11	32% for New Buildings/28% for Existing Building Renovations	1	Energy & Atmosphere	Optimize Energy Performance (HPSB GP2)	Credit 1
			12	34% for New Buildings/30% for Existing Building Renovations	1	Energy & Atmosphere	Optimize Energy Performance (HPSB GP2)	Credit 1
			13	36% for New Buildings/32% for Existing Building Renovations	1	Energy & Atmosphere	Optimize Energy Performance (HPSB GP2)	Credit 1
			14	38% for New Buildings/34% for Existing Building Renovations	1	Energy & Atmosphere	Optimize Energy Performance (HPSB GP2)	Credit 1
			15	40% for New Buildings/36% for Existing Building Renovations	1	Energy & Atmosphere	Optimize Energy Performance (HPSB GP2)	Credit 1
			16	42% for New Buildings/38% for Existing Building Renovations	1	Energy & Atmosphere	Optimize Energy Performance (HPSB GP2)	Credit 1
			17	44% for New Buildings/40% for Existing Building Renovations	1	Energy & Atmosphere	Optimize Energy Performance (HPSB GP2)	Credit 1
			18	46% for New Buildings/42% for Existing Building Renovations	1	Energy & Atmosphere	Optimize Energy Performance (HPSB GP2)	Credit 1
			19	48%+ for New Buildings/44%+ for Existing Building Renovations	1	Energy & Atmosphere	Optimize Energy Performance (HPSB GP2)	Credit 1
	Credit 2		On-Site Renewable Energy (HPSB GP2)		1 to 7	Energy & Atmosphere
			1	On-site 1%	1	Energy & Atmosphere	On-Site Renewable Energy (HPSB GP2)	Credit 2
			2	On-site 3%	1	Energy & Atmosphere	On-Site Renewable Energy (HPSB GP2)	Credit 2
			3	On-site 5%	1	Energy & Atmosphere	On-Site Renewable Energy (HPSB GP2)	Credit 2
			4	On-site 7%	1	Energy & Atmosphere	On-Site Renewable Energy (HPSB GP2)	Credit 2
			5	On-site 9%	1	Energy & Atmosphere	On-Site Renewable Energy (HPSB GP2)	Credit 2
			6	On-site 11%	1	Energy & Atmosphere	On-Site Renewable Energy (HPSB GP2)	Credit 2
			7	On-site 13%	1	Energy & Atmosphere	On-Site Renewable Energy (HPSB GP2)	Credit 2
	Credit 3		Enhanced Commissioning (HPSB GP1)		2	Energy & Atmosphere
	Credit 4		Enhanced Refrigerant Management (HPSB GP5)		2	Energy & Atmosphere
	Credit 5		Measurement & Verification (HPSB GP2)		3	Energy & Atmosphere
	Credit 6		Green Power		2	Energy & Atmosphere
Materials & Resources
Achievable Points	0			Possible Points	14
	Prereq 1		Storage & Collection of Recyclables (HPSB GP5)		Required	Materials & Resources
	Credit 1.1		Building Reuse, Maintain Existing Walls, Floors & Roof		1 to 3	Materials & Resources
			1	Maintain 55% of Existing Walls, Floors & Roof	1	Materials & Resources	Building Reuse, Maintain Existing Walls, Floors & Roof	Credit 1.1
			2	Maintain 75% of Existing Walls, Floors & Roof	1	Materials & Resources	Building Reuse, Maintain Existing Walls, Floors & Roof	Credit 1.1
			3	Maintain 95% of Existing Walls, Floors & Roof	1	Materials & Resources	Building Reuse, Maintain Existing Walls, Floors & Roof	Credit 1.1
	Credit 1.2		Building Reuse, Maintain 50% of Interior Non-Structural Elements		1	Materials & Resources
	Credit 2		Construction Waste Management (HPSB GP5)		1 to 2	Materials & Resources
			1	50% Recycled or Salvaged	1	Materials & Resources	Construction Waste Management (HPSB GP5)	Credit 2
			2	75% Recycled or Salvaged	1	Materials & Resources	Construction Waste Management (HPSB GP5)	Credit 2
	Credit 3		Materials Reuse		1 to 2	Materials & Resources
			1	5%	1	Materials & Resources	Materials Reuse	Credit 3
			2	10%	1	Materials & Resources	Materials Reuse	Credit 3
	Credit 4		Recycled Content (HPSB GP5)		1 to 2	Materials & Resources
			1	10%	1	Materials & Resources	Recycled Content (HPSB GP5)	Credit 4
			2	20%	1	Materials & Resources	Recycled Content (HPSB GP5)	Credit 4
	Credit 5		Regional Materials		1 to 2	Materials & Resources
			1	10% Extracted, Processed & Manufactured	1	Materials & Resources	Regional Materials	Credit 5
			2	20% Extracted, Processed & Manufactured	1	Materials & Resources	Regional Materials	Credit 5
	Credit 6		Rapidly Renewable Materials (HPSB GP5)		1	Materials & Resources
	Credit 7		Certified Wood (HPSB GP5)		1	Materials & Resources
Indoor Environmental Quality
Achievable Points	0			Possible Points	15
	Prereq 1		Minimum IAQ Performance (HPSB GP4)		Required	Indoor Environmental Quality
	Prereq 2		Environmental Tobacco Smoke (ETS) Control (HPSB GP4)		Required	Indoor Environmental Quality
	Credit 1		Outside Air Delivery Monitoring		1	Indoor Environmental Quality
	Credit 2		Increased Ventilation		1	Indoor Environmental Quality
	Credit 3.1		Construction IAQ Management Plan, During Construction (HPSB GP4)		1	Indoor Environmental Quality
	Credit 3.2		Construction IAQ Management Plan, Before Occupancy (HPSB GP4)		1	Indoor Environmental Quality
	Credit 4.1		Low Emitting Materials, Adhesives & Sealants (HPSB GP4)		1	Indoor Environmental Quality
	Credit 4.2		Low Emitting Materials, Paints & Coatings (HPSB GP4)		1	Indoor Environmental Quality
	Credit 4.3		Low Emitting Materials, Flooring Systems (HPSB GP4)		1	Indoor Environmental Quality
	Credit 4.4		Low Emitting Materials, Composite Wood & Agrifiber Products (HPSB GP4)		1	Indoor Environmental Quality
	Credit 5		Indoor Chemical & Pollutant Source Control		1	Indoor Environmental Quality
	Credit 6.1		Controllability of Systems, Lighting (HPSB GP4)		1	Indoor Environmental Quality
	Credit 6.2		Controllability of Systems, Thermal Comfort		1	Indoor Environmental Quality
	Credit 7.1		Thermal Comfort, Design (HPSB GP4)		1	Indoor Environmental Quality
	Credit 7.2		Thermal Comfort, Verification		1	Indoor Environmental Quality
	Credit 8.1		Daylight & Views - Daylight 75% of Spaces (HPSB GP4)		1	Indoor Environmental Quality
	Credit 8.2		Daylight & Views - Views for 90% of Spaces		1	Indoor Environmental Quality
Innovation & Design Process
Achievable Points	0			Possible Points	6
	Credit 1.1		Innovation in Design 1.1		1	Innovation & Design Process
				Select if ID 1.1 was for energy and/or water		Innovation & Design Process	Innovation in Design 1.1	Credit 1.1
	Credit 1.2		Innovation in Design 1.2		1	Innovation & Design Process
				Select if ID 1.2 was for energy and/or water		Innovation & Design Process	Innovation in Design 1.2	Credit 1.2
	Credit 1.3		Innovation in Design 1.3		1	Innovation & Design Process
				Select if ID 1.3 was for energy and/or water		Innovation & Design Process	Innovation in Design 1.3	Credit 1.3
	Credit 1.4		Innovation in Design 1.4		1	Innovation & Design Process
				Select if ID 1.4 was for energy and/or water		Innovation & Design Process	Innovation in Design 1.4	Credit 1.4
	Credit 1.5		Innovation in Design 1.5		1	Innovation & Design Process
				Select if ID 1.5 was for energy and/or water		Innovation & Design Process	Innovation in Design 1.5	Credit 1.5
	Credit 2		LEED® Accredited Professional		1	Innovation & Design Process
Regional Priority Credits
Achievable Points	0			Possible Points	4
	Credit 1.1		Regional Priority 1.1		1	Regional Priority Credits
				Select if RP 1.1 was for energy and/or water		Regional Priority Credits	Regional Priority 1.1	Credit 1.1
	Credit 1.2		Regional Priority 1.2		1	Regional Priority Credits
				Select if RP 1.2 was for energy and/or water		Regional Priority Credits	Regional Priority 1.2	Credit 1.2
	Credit 1.3		Regional Priority 1.3		1	Regional Priority Credits
				Select if RP 1.3 was for energy and/or water		Regional Priority Credits	Regional Priority 1.3	Credit 1.3
	Credit 1.4		Regional Priority 1.4		1	Regional Priority Credits
				Select if RP 1.4 was for energy and/or water		Regional Priority Credits	Regional Priority 1.4	Credit 1.4
LEED Project Totals (pre-certification estimates)				Possible Points	110
0	LEED® Credits Achievable								SurveyResult
0	LEED® Credits Maybe Achievable								SurveyResult
0	LEED® Credits Not Achievable								SurveyResult
0	LEED® Prerequisites Achievable (out of 8)								SurveyResult
0	LEED® Prerequisites Achievable - Industrial (out of 7)								SurveyResult
0	LEED® Energy and Water Credits Achievable
0	LEED® Energy and Water Credits Achievable								SurveyResult
0	Innovation and Design Energy and Water Credits Achievable								SurveyResult
0	Regional Priority Energy and Water Credits Achievable								SurveyResult
Certified: 40-49 points, Silver: 50-59 points, Gold: 60-79 points, Platinum: 80-110

&D &P

HELP

	High Performance Sustainable Building Requirements and LEED® 2009 References		Links		Fuel Conversions	Unit	Btu/unit	kBtu
		The High Performance Sustainable Building Requirements (Dec 08) described below are also found on the FedCenter website:	High Performance Sustainable Building Guidance (Dec 08)		# 2 Fuel Oil	gallon (US)	139,000.000	139.000
		For more information on LEED® Credits that meet or align closely with federal requirements as well as other credits a building can pursue towards the Silver certification level, review the LEED® New Construction and Major Renovations 2009 Rating System:	LEED(R) for New Construction & Major Renovations 2009 - Nov 2008		# 6 Fuel Oil	gallon (US)	150,000.000	150.000
	Color Code	LEED® Credits and/or Prerequisites that align closely with Federal High Performance Sustainable Buildings (HPSB) Requirements
These credits and/or prerequisites align closely with the associated HPSB Guiding Principle. They could be either more or less stringent or have different measurement metrics. In the case where one is more stringent than the other, achieving the more stringent one does not imply the less stringent is achieved.			Coal - Anthracite	ton	15,200,000.000	15,200.000
		LEED® Credits and/or Prerequisites that meet Federal High Performance Sustainable Buildings (HPSB) Requirements
These credits and/or prerequisites have the same requirements as the associated HPSB Guiding Principle. This does not guarantee achieving the LEED Credit, as some documentation methods may vary.			Coal - Bituminous Low Volatile	ton	22,000,000.000	22,000.000
		Recommended (Federal Requirement not fully defined at this time)			Coal - High Volatile	ton	28,600,000.000	28,600.000
		LEED® Credits that meet Energy & Water Criteria (may depend on technologies & strategies). The DoD Sustainable Buildings Policy and AF Sustainable Design and Development Memorandum require a minimum of 20 energy and water credits for all projects seeking LEED certification. SS Credits 7.1-7.2, WE Credits 1.1 - 3, EA Credits 1-3 and Credits 5-6, IEQ Credit 1 and Credit 8.1 are always energy and water projects according to AF policy. SS Credit 8 is an energy and water credit if the project uses Option 1 for Indoor Lighting. Innovation and Design and Regional Priority Credits must be specified as energy and water projects for inclusion.			Coal - Lignite (Brown Coal)	ton	13,800,000.000	13,800.000
		HPSB I: Employ Integrated Design Principles			District Steam (Secondary)	pound	1,000.000	1.000
	HPSB I.1: Integrated Design	Use a collaborative, integrated planning and design process that

• Initiates and maintains an integrated project team as described on the Whole Building Design Guide in all stages of a project's planning and delivery, http://www.wbdg.org/design/engage_process.php

• Integrates the use of OMB’s A-11, Section 7, Exhibit 300: Capital Asset Plan and Business Case Summary

• Establishes performance goals for siting, energy, water, materials, and indoor environmental quality along with other comprehensive design goals and ensures incorporation of these goals throughout the design and lifecycle of the building

• Considers all stages of the building's lifecycle, including deconstruction.	HPSB Guidance		District Steam (Secondary)	Kilo-pound	1,000,000.000	1,000.000
	Requirement Source Document(s)	Federal Leadership in High Performance and Sustainable Buildings MOU			Electricity	kwh	3,412.000	3.412
	LEED Credit(s) aligns closely with HPSB:	None			Natural Gas (Dth)	dekatherm	1,000,000.000	1,000.000
	LEED Credit(s) meet HPSB:	None			Natural Gas	cubic feet	1,034.000	1.034
	HPSB I.2: Commissioning	Employ commissioning practices tailored to the size and complexity of the building and its system components in order to verify performance of building components and systems and help ensure that design requirements are met. This should include an experienced commissioning provider, inclusion of commissioning requirements in construction documents, a commissioning plan, verification of the installation and performance of systems to be commissioned, and a commissioning report.	HPSB Guidance		Propane (LP Gas)	gallon (US)	91,600.000	92.000
	Requirement Source Document(s)	Federal Leadership in High Performance and Sustainable Buildings MOU			Propane (LP Gas)	pound	21,698.000	22.000
	LEED Credit(s) aligns closely with HPSB:	LEED EA Prerequisite 1: Fundamental Commissioning of Building Energy Systems
LEED EA Credit 3: Enhanced Commissioning	LEED(R) for New Construction & Major Renovations 2009 - Nov 2008
	LEED Credit(s) meet HPSB:	None
		HPSB II: Optimize Energy Performance
	HPSB II.1: Energy Efficiency.	For new construction, reduce the energy use by 30 percent compared to the baseline building performance rating per the American National Standards Institute (ANSI)/American Society of Heating, Refrigerating and Air-Conditioning Engineers, Inc., (ASHRAE)/Illuminating Engineering Society of North America (IESNA) Standard 90.1-2007, Energy Standard for Buildings Except Low-Rise Residential, except for the performance rating formula in G1.2, which should be used as follows (from 10 CFR 433.5):

Percentage improvement = 100 x (Baseline building consumption—Proposed building consumption) ÷(Baseline building consumption—Receptacle and process loads).

This differs from the LEED calculation.

For major renovations, reduce the energy use by 20 percent below pre-renovations 2003 baseline. Laboratory spaces may use the Labs21 Laboratory Modeling Guidelines.

ENERGY STAR qualified low-slope roofs (2:12 inches or less) have an intial solar reflectance greater than or equal to 0.65 and is greater than or equal to 0.50 three years after installation. Steep slope roofs (greater than 2:12 inches) have an intial solar reflectance greater than or equal to 0.25 and is greater than or equal to 0.15 three years after installation	HPSB Guidance
	Requirement Source Document(s)	10 CFR 433.5, Federal Leadership in High Performance and Sustainable Buildings MOU	GPO Access: 10 CFR 433.5
	LEED Credit(s) aligns closely with HPSB:	LEED EA Prerequisite 2: Minimum Energy Performance
LEED EA Credit 1: Optimize Energy Performance	LEED(R) for New Construction & Major Renovations 2009 - Nov 2008
	LEED Credit(s) meet HPSB:	None
	HPSB II.2: Preferential use of ENERGY STAR or FEMP-designated equipment, when lifecycle cost effective	Use ENERGY STAR® and FEMP-designated Energy Efficient Products, where available.	HPSB Guidance
	Requirement Source Document(s):	Federal Leadership in High Performance and Sustainable Buildings MOU
	LEED Credit(s) aligns closely with HPSB:	None
	LEED Credit(s) meet HPSB:	None
	HPSB II.3: On-site Renewable Energy - Solar Hot Water Heater System	Per the Energy Independence and Security Act (EISA) Section 523, meet at least 30% of the hot water demand through the installation of solar hot water heaters, when lifecycle cost effective.	HPSB Guidance
	Requirement Source Document(s):	EISA Sec. 523, Federal Leadership in High Performance and Sustainable Buildings MOU	Energy Independence and Security Act of 2007
	LEED Credit(s) aligns closely with HPSB:	LEED EA Credit 2: On-Site Renewable Energy	LEED(R) for New Construction & Major Renovations 2009 - Nov 2008
	LEED Credit(s) meet HPSB:	None
	HPSB II.4: On-site Renewable Energy	Per Executive Order 13423, implement renewable energy generation projects on agency property for agency use, when lifecycle cost effective. Renewable energy types include: Geothermal, GSHP, Solar PV, Solar CP, Solar Thermal, Wind, Hydro, Daylighting, Waste to Energy.	HPSB Guidance
	Requirement Source Document(s):	Federal Leadership in High Performance and Sustainable Buildings MOU
	LEED Credit(s) aligns closely with HPSB:	LEED EA Credit 2: On-Site Renewable Energy	LEED(R) for New Construction & Major Renovations 2009 - Nov 2008
	LEED Credit(s) meet HPSB:	None
	HPSB II.5: Measurement and Verification - Advanced Metering	Per the Energy Policy Act of 2005 (EPAct) Section 103, install building level electricity meters in new major construction and renovation projects to track and continuously optimize performance. Per EISA Section 434, include equivalent meters for natural gas and steam, where natural gas and steam are used. Per A7C Memorandum, DoD Facilities Metering Installation Initiative (27 April 2006), all new construction should install potable water meters.	HPSB Guidance
	Requirement Source Document(s):	EPAct 2005 Section 103, EISA 2007 Section 434, Federal Leadership in High Performance and Sustainable Buildings MOU	Energy Policy Act of 2005
	LEED Credit(s) aligns closely with HPSB:	LEED EA Credit 5: Measurement and Verification	LEED(R) for New Construction & Major Renovations 2009 - Nov 2008
	LEED Credit(s) meet HPSB:	None
	HPSB II.6: Project Case Study Entered in High Performance Federal Buildings Database	As a recommendation, enter data and lessons learned from sustainable buildings into the High Performance Buildings Database.	HPSB MOU
	Requirement Source Document(s):	Federal Leadership in High Performance and Sustainable Buildings MOU	http://femp.buildinggreen.com/
	LEED Credit(s) aligns closely with HPSB:	None
	LEED Credit(s) meet HPSB:	None
	EISA 2007 II.7: Reduction in fossil fuel-generated energy consumption	For new Federal buildings and Federal buildings undergoing major renovations…(I) The buildings shall be designed so that the fossil fuel generated energy consumption of the buildings is reduced, as compared with such energy consumption by a similar building in fiscal year 2003 (CBECS or RECS data from EIA), by the percentage specified...FY2010 (55%), 2015 (65%), 2020 (80%), 2025 (90%), and 2030 (100%). The DOE Rulemaking is not yet complete	Energy Independence and Security Act of 2007
	Requirement Source Document(s):	EISA 2007, Sec. 433, (a)(D)(i)
	LEED Credit(s) aligns closely with HPSB:	None
	LEED Credit(s) meet HPSB:	None
	EISA 2007 II.8: Data Center Energy Consumption	EISA 2007 Section 453 directs DOE and EPA to initiate a voluntary national information program for widely used data centers and data center equipment for which there is significant potential for energy savings. The DOE/EPA guidance is not yet issued.	Energy Independence and Security Act of 2007
	Requirement Source Document(s):	EISA 2007, Sec. 453
	LEED Credit(s) aligns closely with HPSB:	None
	LEED Credit(s) meet HPSB:	None
		HPSB III: Protect and Conserve Water
	HPSB III.1: Indoor Water - 20% Reduction	Employ strategies that in aggregate use a minimum of 20 percent less potable water than the indoor water use baseline calculated for the building, after meeting the EPAct 1992, Uniform Plumbing Codes 2006, and the International Plumbing Codes 2006 fixture performance requirements. The installation of water meters is encouraged to allow for the management of water use during occupancy. The use of harvested rainwater, treated wastewater, and air conditioner condensate should also be considered and used where feasible for nonpotable use and potable use where allowed.	HPSB Guidance
	Requirement Source Document(s):	EPAct 1992, Federal Leadership in High Performance and Sustainable Buildings MOU	THOMAS EPAct 1992
	LEED Credit(s) aligns closely with HPSB:	LEED WE Credit 3: Water Use Reduction - Reduce by 30% (3.1), 35% (3.2), 40% (3.3)
	LEED Credit(s) meet HPSB:	LEED WE Prerequisite 1: Water Use Reduction - 20% Reduction	LEED(R) for New Construction & Major Renovations 2009 - Nov 2008
	HPSB III.2: Outdoor Water - Reduce Potable Water Use by 50%	Use water efficient landscape and irrigation strategies, such as water reuse, recycling, and the use of harvested rainwater, to reduce outdoor potable water consumption by a minimum of 50 percent over that consumed by conventional means (plant species and plant densities). The installation of water meters for locations with significant outdoor water use is encouraged.	HPSB Guidance
	Requirement Source Document(s):	Federal Leadership in High Performance and Sustainable Buildings MOU
	LEED Credit(s) aligns closely with HPSB:	LEED WE Credit 1.2: Water Efficient Landscaping - No Potable Water Use or Irrigation
	LEED Credit(s) meet HPSB:	LEED WE Credit 1.1: Water Efficient Landscaping - Reduce by 50%	LEED(R) for New Construction & Major Renovations 2009 - Nov 2008
	HPSB III.3: Outdoor Water - Stormwater runoff	Employ design and construction strategies that reduce storm water runoff and discharges of polluted water offsite.	HPSB Guidance
	Requirement Source Document(s):	AF ETL 03-1, Federal Leadership in High Performance and Sustainable Buildings MOU	Engineering Technical Letter (ETL) 03-1 - Stormwater Construction Standards
	LEED Credit(s) aligns closely with HPSB:	None
	LEED Credit(s) meet HPSB:	LEED SS Prerequisite 1: Construction Activity Pollution Prevention	LEED(R) for New Construction & Major Renovations 2009 - Nov 2008

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File details come from the government source that posted it. Updated Nov 14, 2017.