EBOOK - Advanced Energy Design Guide for Small Office Buildings (ASHRAE)

The primary contributors to the Advanced Energy Design Guide were the 13 members of the ASHRAE Special Project 102 Committee (SP-102) representing the various participating organizations that worked collaboratively to produce this document. While the document was produced under the organizational mantle of ASHRAE, much of the heavy lifting was done by representatives of the ASHRAE technical and standards project committee members, the American Institute of Architects (AIA), the Illuminating Engineering Society of North America (IESNA), the New Buildings Institute (NBI), and the United States Department of Energy(DOE). Within ASHRAE special thanks go to members of Standing Standards Project Committee 90.1 (SSPC 90.1), the Technical Committee on Building Environmental Impactand Sustainability (TC 2.8), and the Technical Committee on Systems Energy Utilization (TC 7.6) for the participation of their representatives on the SP-102 committee.

No document of this type and scope, with a very limited timeline and with a diverse group of collaborating partners, would havebeen possible without the firm guidance provided by the members of the Cognizant Committee. Without the vision for this document provided by 2002-2003 ASHRAE President Don Colliver as part of his presidential theme speech, as well as his steady hand as chair ofthe Cognizant Committee, this document would likely not have been produced. The well-focused scope and purpose for the Advanced Energy Design Guide developed by the Cognizant Committee provided a clear roadmap for the SP-102 committee to follow in producing the document in a timely manner.During the eight-month development cycle of this document, the SP-102 committee conducted three review periods designed to gaininput at the concept stage, the technical refinement stage, and the final stage of the document. Many comments were received from members of the partner organizations, aswell as from others in the HVAC&R and energy efficiency communities, all of which helped to make the document better. The committee carefully assembled and considered all of these comments and made their best attempt to incorporate them where appropriate. In addition, ASHRAE convened a focus group made up of designers, consulting engineers, and contractors that provided valuable input into the document format and content. Many of their ideas are represented in the current Guide.

Chapter 1 Introduction · 1
Chapter 2 Integrated Process to Achieve Energy Savings · 3
Pre-Design Phase—Prioritize Goals 4
Design Phase 8
Construction 9
Acceptance 9
Occupancy 10
Operation 10
Chapter 3 Recommendations by Climate · 15
Zone 1 18
Zone 2 22
Zone 3 26
Zone 4 30
Zone 5 34
Zone 6 38
Zone 7 42
Zone 8 46
Chapter 4 How to Implement Recommendations · 51
Quality Assurance 51
Envelope 57
Opaque Envelope Components 57
Vertical Glazing (Envelope) 65
Window Design Guidelines for Thermal Conditions 66
Window Design Guidelines for Daylight 69
Contents
VI ⏐ ADVANCEDENERGYDESIGNGUIDE FORSMALLOFFICEBUILDINGS
Lighting 71
Daylighting 71
Daylighting Controls 73
Electric Lighting Design 75
HVAC 80
Service Water Heating 89
Bonus Savings 91
Plug Loads 91
Exterior Lighting 92
Appendix A Envelope Thermal Performance Factors

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The primary contributors to the Advanced Energy Design Guide were the 13 members of the ASHRAE Special Project 102 Committee (SP-102) representing the various participating organizations that worked collaboratively to produce this document. While the document was produced under the organizational mantle of ASHRAE, much of the heavy lifting was done by representatives of the ASHRAE technical and standards project committee members, the American Institute of Architects (AIA), the Illuminating Engineering Society of North America (IESNA), the New Buildings Institute (NBI), and the United States Department of Energy(DOE). Within ASHRAE special thanks go to members of Standing Standards Project Committee 90.1 (SSPC 90.1), the Technical Committee on Building Environmental Impactand Sustainability (TC 2.8), and the Technical Committee on Systems Energy Utilization (TC 7.6) for the participation of their representatives on the SP-102 committee.

No document of this type and scope, with a very limited timeline and with a diverse group of collaborating partners, would havebeen possible without the firm guidance provided by the members of the Cognizant Committee. Without the vision for this document provided by 2002-2003 ASHRAE President Don Colliver as part of his presidential theme speech, as well as his steady hand as chair ofthe Cognizant Committee, this document would likely not have been produced. The well-focused scope and purpose for the Advanced Energy Design Guide developed by the Cognizant Committee provided a clear roadmap for the SP-102 committee to follow in producing the document in a timely manner.During the eight-month development cycle of this document, the SP-102 committee conducted three review periods designed to gaininput at the concept stage, the technical refinement stage, and the final stage of the document. Many comments were received from members of the partner organizations, aswell as from others in the HVAC&R and energy efficiency communities, all of which helped to make the document better. The committee carefully assembled and considered all of these comments and made their best attempt to incorporate them where appropriate. In addition, ASHRAE convened a focus group made up of designers, consulting engineers, and contractors that provided valuable input into the document format and content. Many of their ideas are represented in the current Guide.

Chapter 1 Introduction · 1
Chapter 2 Integrated Process to Achieve Energy Savings · 3
Pre-Design Phase—Prioritize Goals 4
Design Phase 8
Construction 9
Acceptance 9
Occupancy 10
Operation 10
Chapter 3 Recommendations by Climate · 15
Zone 1 18
Zone 2 22
Zone 3 26
Zone 4 30
Zone 5 34
Zone 6 38
Zone 7 42
Zone 8 46
Chapter 4 How to Implement Recommendations · 51
Quality Assurance 51
Envelope 57
Opaque Envelope Components 57
Vertical Glazing (Envelope) 65
Window Design Guidelines for Thermal Conditions 66
Window Design Guidelines for Daylight 69
Contents
VI ⏐ ADVANCEDENERGYDESIGNGUIDE FORSMALLOFFICEBUILDINGS
Lighting 71
Daylighting 71
Daylighting Controls 73
Electric Lighting Design 75
HVAC 80
Service Water Heating 89
Bonus Savings 91
Plug Loads 91
Exterior Lighting 92
Appendix A Envelope Thermal Performance Factors

LINK DOWNLOAD

Chuyên mục: C. Bài giảng C. Bài giảng chuyên ngành Nhiệt Lạnh (Heat and Refrigeration) C. Bài giảng kỹ thuật