Performance-Rating-Method-Compliance-Form-2013.pdf

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IDIQ MACC FOR LARGE CONSTRUCTION PROJECTS, HAMPTON ROADS, VIRGINIA NAVFAC MID-ATLANTIC Federal contract opportunity
Solicitation number
N4008518R1104
Issued by
Department of the Navy Naval Facilities Engineering Command

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This pre-solicitation notice describes a multiple award construction contract opportunity for the Naval Facilities Engineering Command Mid-Atlantic region. The contract will provide for large general building projects through both design-bid-build and design-build delivery methods. Work will involve new construction, demolition, repair, and renovation of facilities such as administrative buildings, warehouses, housing, and infrastructure. The total estimated value is $249 million over one base year and four option years. Five indefinite-delivery, indefinite-quantity contracts will be awarded on a best value basis. The initial task order involves design and construction of a 78,727 square foot, $25-100 million Marine Corps barracks in Yorktown, Virginia. The request for proposals is expected to be released on December 15, 2017.

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Compl iance F orms | Performanc e Ra ting M ethod

90.1-2013 User’s Manual

CCoommppll iiaannccee FFoorrmmss—— PPeerrffoorrmmaannccee RRaatt iinngg MMeetthhoodd

The following pages provide a sample performance rating report that conforms to the requirements of the rating method. An electronic version is available for download from ASHRAE’s website.

This form is intended for use with the Performance Rating Method of ASHRAE/IES Standard 90.1 (Appendix G) when a rating shell is not used. If a rating shell is used, it should automatically generate a version of the rating report. If this form is used instead, the user should fill in the form using information taken from the output reports of the simulation program.

In addition to this form, the user should submit completed forms from the other chapters of the User’s Manual. Those forms document the proposed design and its features, and they also make it clear where the proposed design under the rating method differs from the prescriptive requirements. Finally, as noted at the bottom of this form, the user should provide a list that describes all instances where input assumptions differ between the baseline building and proposed design runs.

The performance rating report has several sections designed to make clear to the rating personnel what the building characteristics are and how the rating method has been applied to it.

Project Name and Information

This section begins with a basic statement that the project complies with the mandatory requirements of the Standard and notes the date of the plans upon which the performance rating runs are based. This section also records basic information about the project, the people involved, the heating fuel, and the weather data used for the rating analysis. There is also space to summarize the areas and uses within the building.

Advisory Messages

This section reports information from the simulation runs that is helpful in identifying modeling problems or special situations.

Performance Rating Result

This final section is prepared by the person responsible for the building performance rating submittal to the rating authority.

Energy Use and Energy Cost Summary

These sections summarize the energy use breakouts by end use and by fuel type. They also show the percent difference between the proposed and the baseline buildings. When the percentage value is less than 100%, then the proposed design is better than the baseline.

Performance Rating Report Page 1 of 2

Project Name:

Project Address: Date:

Designer of Record: Email: Telephone:

Contact Person: Email: Telephone:

City:

Principal heating source: Fossil fuel Fossil/electric hybrid and purchased heat

Electricity Other

Space Summary

Building Use Conditioned Area

(ft² or m²) Unconditioned Area (ft² or m²)

Total Area (ft² or m²)

Total

Advisory Messages

Proposed Building

Design Baseline Building

Difference Proposed –

Baseline

Number of hours heating loads not met (system/plant)

Number of hours cooling loads not met (system/plant)

Number of warnings

Number of errors

Number of defaults overridden

Simulation General

Proposed Building Design

Baseline Building

Baseline same as Proposed?

Simulation program

Weather data

Utility rates

Performance Rating Result

The proposed and baseline buildings comply with the mandatory requirements of ANSI/ASHRAE/IES Standard 90.1–2013 and meet the Performance Rating Method requirement.

Individual certifying authenticity of the data provided in this analysis:

Signature

Title

Performance Rating Report Page 2 of 2

Project Name:

Contact Person: Email: Telephone:

Energy and Cost Summary by Fuel Type*

Proposed Building Baseline Building Proposed / Baseline Energy

(%) End Use Energy Type

Energy (106 Btu/yr or MJ/yr)

Peak (103 Btu/h or kW)

Energy (106 Btu/yr or MJ/yr)

Peak (103 Btu/h or kW)

Lighting—conditioned

Lighting—unconditioned

Space heating (1)

Space heating (2)

Space cooling

Pumps

Heat rejection

Fans—interior ventilation

Fans—interior exhaust

Fans—parking garage

Service water heating

Office equipment

Elevators and escalators

Refrigeration (food, etc.)

Cooking (commercial)

Total building consumption

Energy Summary by End Use*

Proposed Building Baseline Building Percentage Improvement

Energy Use (106 Btu/yr or MJ/yr)

Energy Cost ($/yr)

Energy Use (106 Btu/yr or MJ/yr)

Energy Cost ($/yr)

100 x (1 – Proposed Energy Cost / Baseline Energy Cost)

Electricity

Natural gas

Other fossil fuel

District steam

Total nonsolar

Solar or site recovered

Total including solar

* These results use assumptions for showing compliance during a typical year; actual energy costs may be substantially different.

Project Address:
Date:
Designer of Record:
Email_2:
Telephone_2:
CityRow1:
Fossil Fuel: Off
Electricity: Off
FossilElectric Hybrid: Off
Other: Off
Building UseRow1:
Conditioned Area ft2 or m 2Row1:
Unconditioned Area ft2 or m 2Row1:
Total Area ft2 or m 2Row1:
Building UseRow2:
Conditioned Area ft2 or m 2Row2:
Unconditioned Area ft2 or m 2Row2:
Total Area ft2 or m 2Row2:
Building UseRow3:
Conditioned Area ft2 or m 2Row3:
Unconditioned Area ft2 or m 2Row3:
Total Area ft2 or m 2Row3:
Building UseRow4:
Conditioned Area ft2 or m 2Row4:
Unconditioned Area ft2 or m 2Row4:
Total Area ft2 or m 2Row4:
Building UseRow5:
Conditioned Area ft2 or m 2Row5:
Unconditioned Area ft2 or m 2Row5:
Total Area ft2 or m 2Row5:
Conditioned Area ft2 or m 2Total:
Unconditioned Area ft2 or m 2Total:
Total Area ft2 or m 2Total:
Proposed Building DesignNumber of hours heating loads not met systemplant:
Baseline BuildingNumber of hours heating loads not met systemplant:
Difference Proposed BaselineNumber of hours heating loads not met systemplant:
Proposed Building DesignNumber of hours cooling loads not met systemplant:
Baseline BuildingNumber of hours cooling loads not met systemplant:
Difference Proposed BaselineNumber of hours cooling loads not met systemplant:
Proposed Building DesignNumber of warnings:
Baseline BuildingNumber of warnings:
Difference Proposed BaselineNumber of warnings:
Proposed Building DesignNumber of errors:
Baseline BuildingNumber of errors:
Difference Proposed BaselineNumber of errors:
Proposed Building DesignNumber of defaults overridden:
Baseline BuildingNumber of defaults overridden:
Difference Proposed BaselineNumber of defaults overridden:
Proposed Building DesignSimulation program:
Baseline BuildingSimulation program:
Baseline same as ProposedSimulation program:
Proposed Building DesignWeather data:
Baseline BuildingWeather data:
Baseline same as ProposedWeather data:
Proposed Building DesignUtility rates:
Baseline BuildingUtility rates:
Baseline same as ProposedUtility rates:
Signature:
Title:
Project Name:
Contact Person:
Email:
Telephone:
Energy TypeLighting conditioned:
Energy 106 Btuyr MJyrLighting conditioned:
Peak 103 Btuh kWLighting conditioned:
Energy 106 Btuyr MJyrLighting conditioned_2:
Peak 103 Btuh kWLighting conditioned_2:
Proposed Baseline Energy Lighting conditioned:
Energy TypeLighting unconditioned:
Energy 106 Btuyr MJyrLighting unconditioned:
Peak 103 Btuh kWLighting unconditioned:
Energy 106 Btuyr MJyrLighting unconditioned_2:
Peak 103 Btuh kWLighting unconditioned_2:
Proposed Baseline Energy Lighting unconditioned:
Energy TypeSpace heating 1:
Energy 106 Btuyr MJyrSpace heating 1:
Peak 103 Btuh kWSpace heating 1:
Energy 106 Btuyr MJyrSpace heating 1_2:
Peak 103 Btuh kWSpace heating 1_2:
Proposed Baseline Energy Space heating 1:
Energy TypeSpace heating 2:
Energy 106 Btuyr MJyrSpace heating 2:
Peak 103 Btuh kWSpace heating 2:
Energy 106 Btuyr MJyrSpace heating 2_2:
Peak 103 Btuh kWSpace heating 2_2:
Proposed Baseline Energy Space heating 2:
Energy TypeSpace cooling:
Energy 106 Btuyr MJyrSpace cooling:
Peak 103 Btuh kWSpace cooling:
Energy 106 Btuyr MJyrSpace cooling_2:
Peak 103 Btuh kWSpace cooling_2:
Proposed Baseline Energy Space cooling:
Energy TypePumps:
Energy 106 Btuyr MJyrPumps:
Peak 103 Btuh kWPumps:
Energy 106 Btuyr MJyrPumps_2:
Peak 103 Btuh kWPumps_2:
Proposed Baseline Energy Pumps:
Energy TypeHeat rejection:
Energy 106 Btuyr MJyrHeat rejection:
Peak 103 Btuh kWHeat rejection:
Energy 106 Btuyr MJyrHeat rejection_2:
Peak 103 Btuh kWHeat rejection_2:
Proposed Baseline Energy Heat rejection:
Energy TypeFans interior ventilation:
Energy 106 Btuyr MJyrFans interior ventilation:
Peak 103 Btuh kWFans interior ventilation:
Energy 106 Btuyr MJyrFans interior ventilation_2:
Peak 103 Btuh kWFans interior ventilation_2:
Proposed Baseline Energy Fans interior ventilation:
Energy TypeFans interior exhaust:
Energy 106 Btuyr MJyrFans interior exhaust:
Peak 103 Btuh kWFans interior exhaust:
Energy 106 Btuyr MJyrFans interior exhaust_2:
Peak 103 Btuh kWFans interior exhaust_2:
Proposed Baseline Energy Fans interior exhaust:
Energy TypeFans parking garage:
Energy 106 Btuyr MJyrFans parking garage:
Peak 103 Btuh kWFans parking garage:
Energy 106 Btuyr MJyrFans parking garage_2:
Peak 103 Btuh kWFans parking garage_2:
Proposed Baseline Energy Fans parking garage:
Energy TypeService water heating:
Energy 106 Btuyr MJyrService water heating:
Peak 103 Btuh kWService water heating:
Energy 106 Btuyr MJyrService water heating_2:
Peak 103 Btuh kWService water heating_2:
Proposed Baseline Energy Service water heating:
Energy TypeOffice equipment:
Energy 106 Btuyr MJyrOffice equipment:
Peak 103 Btuh kWOffice equipment:
Energy 106 Btuyr MJyrOffice equipment_2:
Peak 103 Btuh kWOffice equipment_2:
Proposed Baseline Energy Office equipment:
Energy TypeElevators escalators:
Energy 106 Btuyr MJyrElevators escalators:
Peak 103 Btuh kWElevators escalators:
Energy 106 Btuyr MJyrElevators escalators_2:
Peak 103 Btuh kWElevators escalators_2:
Proposed Baseline Energy Elevators escalators:
Energy TypeRefrigeration food etc:
Energy 106 Btuyr MJyrRefrigeration food etc:
Peak 103 Btuh kWRefrigeration food etc:
Energy 106 Btuyr MJyrRefrigeration food etc_2:
Peak 103 Btuh kWRefrigeration food etc_2:
Proposed Baseline Energy Refrigeration food etc:
Energy TypeCooking commercial:
Energy 106 Btuyr MJyrCooking commercial:
Peak 103 Btuh kWCooking commercial:
Energy 106 Btuyr MJyrCooking commercial_2:
Peak 103 Btuh kWCooking commercial_2:
Proposed Baseline Energy Cooking commercial:
Energy TypeTotal Building Consumption:
Energy 106 Btuyr MJyrTotal Building Consumption:
Peak 103 Btuh kWTotal Building Consumption:
Energy 106 Btuyr MJyrTotal Building Consumption_2:
Peak 103 Btuh kWTotal Building Consumption_2:
Proposed Baseline Energy Total Building Consumption:
Energy Use 106 Btuyr MJyrElectricity:
Energy Cost yrElectricity:
Energy Use 106 Btuyr MJyrElectricity_2:
Energy Cost yrElectricity_2:
100 1 Proposed Energy Cost Baseline Energy Cost Electricity:
Energy Use 106 Btuyr MJyrNatural gas:
Energy Cost yrNatural gas:
Energy Use 106 Btuyr MJyrNatural gas_2:
Energy Cost yrNatural gas_2:
100 1 Proposed Energy Cost Baseline Energy Cost Natural gas:
Energy Use 106 Btuyr MJyrOther fossil fuel:
Energy Cost yrOther fossil fuel:
Energy Use 106 Btuyr MJyrOther fossil fuel_2:
Energy Cost yrOther fossil fuel_2:
100 1 Proposed Energy Cost Baseline Energy Cost Other fossil fuel:
Energy Use 106 Btuyr MJyrDistrict steam:
Energy Cost yrDistrict steam:
Energy Use 106 Btuyr MJyrDistrict steam_2:
Energy Cost yrDistrict steam_2:
100 1 Proposed Energy Cost Baseline Energy Cost District steam:
Energy Use 106 Btuyr MJyrTotal Nonsolar:
Energy Cost yrTotal Nonsolar:
Energy Use 106 Btuyr MJyrTotal Nonsolar_2:
Energy Cost yrTotal Nonsolar_2:
100 1 Proposed Energy Cost Baseline Energy Cost Total Nonsolar:
Energy Use 106 Btuyr MJyrSolar or site recovered:
Energy Cost yrSolar or site recovered:
Energy Use 106 Btuyr MJyrSolar or site recovered_2:
Energy Cost yrSolar or site recovered_2:
100 1 Proposed Energy Cost Baseline Energy Cost Solar or site recovered:
Energy Use 106 Btuyr MJyrTotal Including Solar:
Energy Cost yrTotal Including Solar:
Energy Use 106 Btuyr MJyrTotal Including Solar_2:
Energy Cost yrTotal Including Solar_2:
100 1 Proposed Energy Cost Baseline Energy Cost Total Including Solar:

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