ANSI TIA-4994-2015 Standard for Sustainable Information Communications Technology.pdf

1、 TIA-4994 March 2015Standard for Sustainable Information Communications Technology ANSI/TIA-4994-2015 APPROVED: MARCH 18, 2015 NOTICE TIA Engineering Standards and Publications are designed to serve the public interest through eliminating misunderstandings between manufacturers and purchasers, facil

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23、IA4994 i Standard for Sustainable Information Communications Technology Table of Contents FOREWORD . vi 1 SCOPE 1 2 NORMATIVE REFERENCES 1 3 DEFINITIONS, ACRONYMS AND ABBREVIATIONS, UNITS OF MEASURE 1 3.1 General . 1 3.2 Definitions 1 3.3 Acronyms and abbreviations 1 3.4 Units of measure 1 4 PHASES

24、DESCRIPTIONS . 2 4.1 General . 2 4.2 Planning or program phase 2 4.3 Architectural and infrastructure design phase . 2 4.4 ICT systems design phase . 2 4.5 ICT systems integration phase . 2 4.6 Operations assessment phase 2 5 COMMON TO ALL PHASES 3 5.1 General . 3 5.2 Reduction of paper consumption.

25、 3 5.2.1 Objectives 3 5.2.2 Requirements 3 5.3 Material and equipment reuse 3 5.3.1 Objectives 3 5.3.2 Requirements 4 5.4 General coordination with mechanical/HVAC requirements. 4 5.4.1 Objectives 4 5.4.2 Requirements 4 5.5 Identification of opportunities for intelligent building technology and faci

26、lity management . 4 5.5.1 Objectives 4 5.5.2 Requirements 5 5.6 Reduction of project teams travel and carbon impact . 5 5.6.1 Objectives 5 5.6.2 Requirements 5 6 PLANNING OR PROGRAM PHASE 6 6.1 Establishment and verification of sustainability goals for a project 6 6.1.1 Objectives 6 6.1.2 Requiremen

27、ts 6 6.2 Identification of applicable sustainability requirements and programs for a project . 6 6.2.1 Objectives 6 DRAFTANSI/TIA4994 ii 6.2.2 Requirements 6 6.3 Assessment process and publication of a program report 6 6.3.1 Objectives 6 6.3.2 Requirements 6 6.4 Minimize equipment and ICT systems en

28、ergy consumption . 6 6.4.1 Objectives 6 6.4.2 Requirements 7 6.5 Identification of endoflife options or programs 7 6.5.1 Objectives 7 6.5.2 Requirements 7 6.6 Integration of scheduling ICT systems with the other building technology . 7 6.6.1 Objective 7 6.6.2 Requirements 8 6.7 Intelligent building

29、technology project manager and deployment coordination 8 6.7.1 Objectives 8 6.7.2 Requirements 8 6.8 Owners current travel metrics 9 6.8.1 Objectives 9 6.8.2 Requirements 9 7 ARCHITECTURAL AND INFRASTRUCTURE DESIGN PHASE 10 7.1 Transition phase review . 10 7.1.1 Objectives 10 7.1.2 Requirements 10 7

30、.2 Infrastructure optimization for sustainability 10 7.2.1 Objective 10 7.2.2 Requirements 10 7.3 Coordination with electrical requirements for energy use reduction . 10 7.3.1 Objectives 10 7.3.2 Requirements 10 7.4 Specification and use of sustainable materials 11 7.4.1 Objectives 11 7.4.2 Requirem

31、ents 11 7.5 Integration of a scheduling ICT systems with the other building technology 11 7.5.1 Objectives 11 7.5.2 Requirements 11 7.6 Identification of an intelligent building technology project manager 12 7.6.1 Objectives 12 7.6.2 Requirements 12 8 ICT SYSTEMS DESIGN PHASE 13 8.1 Transition phase

32、 review . 13 8.1.1 Objectives 13 8.1.2 Requirements 13 8.2 Sustainable materials with the restriction of hazardous substances . 13 8.2.1 Objectives 13 8.2.2 Requirements 13 ANSI/TIA4994 iii 8.3 Minimize equipment and ICT systems energy consumption . 14 8.3.1 Objectives 14 8.3.2 Requirements 14 8.4 O

33、ptimization of ICT systems for power consumption 14 8.4.1 Objectives 14 8.4.2 Requirements 14 8.5 Process to reduce ICT systemsrelated waste 14 8.5.1 Objectives 14 8.5.2 Requirements 15 8.6 Finalize design opportunities for IBT and facilities management 15 8.6.1 Objectives 15 8.6.2 Requirements 15 8

34、.7 Finalize the scheduling ICT systems to interface other building technology . 15 8.7.1 Objectives 15 8.7.2 Requirements 15 8.8 Identification of an intelligent building technology project manager 16 8.8.1 Objectives 16 8.8.2 Requirements 16 8.9 Sustainable materials for product packaging . 16 8.9.

35、1 Objectives 16 8.9.2 Requirements 16 8.10 Minimizing ICT systems components . 16 8.10.1 Objectives 16 8.10.2 Requirements 16 8.11 Minimize userreplaceable consumables . 17 8.11.1 Objectives 17 8.11.2 Requirements 17 8.12 Reduce travel through ICT systems design for remote IP management 17 8.12.1 Ob

36、jectives 17 8.12.2 Requirements 17 8.13 ROI and environmental impact calculation 17 8.13.1 Objectives 17 8.13.2 Requirements 17 9 ICT SYSTEMS INTEGRATION PHASE 18 9.1 Phase transition review 18 9.1.1 Objectives 18 9.1.2 Requirements 18 9.2 Recycle ICT constructionrelated waste . 18 9.2.1 Objectives

37、18 9.2.2 Requirements 18 9.3 Power management settings . 18 9.3.1 Objectives 18 9.3.2 Requirements 18 9.4 Optimization ICT systems for power consumption 19 9.4.1 Objectives 19 DRAFTANSI/TIA4994 iv 9.4.2 Requirements 19 9.5 Recycling of equipment 19 9.5.1 Objectives 19 9.5.2 Requirements 19 9.6 Inter

38、face and integration of opportunities for IBT and facilities management . 19 9.6.1 Objectives 19 9.6.2 Requirements 20 9.7 Implementation of the scheduling ICT systems to interface with other building technology . 20 9.7.1 Objectives 20 9.7.2 Requirements 20 9.8 Developing the IBT acceptance matrix

39、. 20 9.8.1 Objectives 20 9.8.2 Requirements 20 9.9 Offsite building, programming and testing of ICT systems 20 9.9.1 Objectives 20 9.9.2 Requirements 20 9.10 Remote validation of ICT systems build progress 20 9.10.1 Objectives 20 9.10.2 Requirements 21 9.11 Program and implement the remote managemen

40、t of ICT systems . 21 9.11.1 Objectives 21 9.11.2 Requirements 21 9.12 Design and construction project closeout . 21 9.12.1 Objectives 21 9.12.2 Requirements 21 10 OPERATIONS ASSESSMENT PHASE 22 10.1 Phase transition review or operations kickoff 22 10.1.1 Objectives 22 10.1.2 Requirements 22 10.2 En

41、ergy consumption and equipment usage data 22 10.2.1 Objectives 22 10.2.2 Requirements 22 10.3 Network utilization . 22 10.3.1 Objectives 22 10.3.2 Requirements 22 10.4 ICT system operation . 22 10.4.1 Objectives 22 10.4.2 Requirements 23 10.5 Recycle consumables within the ICT system 23 10.5.1 Objec

42、tives 23 10.5.2 Requirements 23 10.6 Remote troubleshooting and preventive maintenance . 23 10.6.1 Objectives 23 10.6.2 Requirements 23 10.7 Reducing building lifecycle costs . 24 ANSI/TIA4994 v 10.7.1 Objectives 24 10.7.2 Requirements 24 10.8 Scheduling ICT system data in order to improve building

43、efficiency and the user experience . 24 10.8.1 Objectives 24 10.8.2 Requirements 24 10.9 Organizational travel policy . 24 10.9.1 Objectives 24 10.9.2 Requirements 24 10.10 Report on travel, cost or carbon savings from conference technologies 24 10.10.1 Objectives 24 10.10.2 Requirements 24 10.11 Di

44、gital signage 25 10.11.1 Objectives 25 10.11.2 Requirements 25 ANNEX A (INFORAMATIVE) BIBLIOGRAPHY 26 DRAFTANSI/TIA4994 vi FOREWORD (This foreword is not considered part of this Standard.), This Standard is intended to guide project managers and building owners to implement practices that produce be

45、nefits to their organizations, while contributing to the sustainability of the planet. This Standard focuses on the information communications technology (ICT) systems that operate within an occupied, sustainable building. This Standard describes a five-phase approach to planning, implementing and m

46、easuring the sustainability impact of an ICT project. This document establishes a benchmark for sustainable energy and materials practices related to ICT systems, while communicating to building occupants that the building owner has carefully developed the project to meet higher sustainability stand

47、ards. It also underscores that the technology team of manufacturers, integrator, designers, value added resellers, programmers, and others has created additional value by meeting the specified criteria explained in detail in this Standard. Approval of this Standard This Standard was approved by TIA

48、Subcommittee TR 42.10, TIA Engineering Committee TR-42, and the American National Standards Institute (ANSI). ANSI/TIA reviews standards every 5 years. At that time, standards are reaffirmed, withdrawn, or revised according to the submitted updates. Updates to be included in the next revision should

49、 be sent to the committee chair or to ANSI/TIA. Contributing organizations More than 40 organizations within the telecommunications industry (including manufacturers, consultants, end users, and other organizations) contributed their expertise to the development of this Standard. Introduction This document is intended to bring sustainability to the process of planning, designing, integrating and operating ICT systems, as well as reduce long-term environmental impact of ICT system deployment. The document is divided into two categories. The first category is represented by