91.040.01 建筑物综合 标准查询与下载

GSO ISO 16817:2016 建筑环境设计 室内环境 视觉环境设计流程

This International Standard provides an integrated design process for high-quality indoor visual environment including architectural and engineering aspects of daylighting and artificial lighting for user satisfaction, well-being and productivity as well as the energy performance and sustainability of buildings.

Building environment design -- Indoor environment -- Design process for visual environment

GSO ISO/TR 15686-11:2016 建筑物和建造资产 使用寿命规划 第11部分：术语

This Technical Report provides a compilation of the terms and definitions of concepts that have been standardized to establish a vocabulary applicable to the aspects of both the construction and use of a building or civil engineering works and the service life planning of the same, as applied in the documents of ISO/TC 59/SC 14 Design life. This Technical Report consists of terms and definitions included in the different parts of ISO 15686, along with their abbreviated designations, where applicable. The terms and definitions of concepts listed in Clause 3, along with any relevant abbreviated designations, include those representing concepts that have been standardized and/or applied within SC 14, as well as a number of others that have originally been developed elsewhere within the ISO technical structure. A cross reference is included in each of the definitions to the specific part of ISO 15686 in which the concept is defined, as well as to the International Standard (s) from where the definition originates, unless otherwise noted.

Buildings and constructed assets -- Service life planning -- Part 11: Terminology

GSO ISO 15686-4:2016 建筑施工 使用寿命规划 第4部分：使用建筑信息模型进行使用寿命规划

This part of ISO 15686 provides information and guidance on the use of standards for information exchange for service life planning of buildings and constructed assets and their components as well as the required supporting data. It provides guidance on structuring information from existing data sources to enable delivery of their information content in a structure that conforms to international standards for information exchange. In particular, reference is made to ISO 16739. The Construction Operations Building Information Exchange (COBie) standard for the exchange of facility information in tabular data are used as an alternative representation. COBie is a tabular representation of a handover view of the IFC schema. It is also applicable to the exchange of service life information between categories of design and information management software applications that have standards-based information exchange interfaces including: a) Building construction Information Modelling (BIM); b) Computer Aided Facilities Management (CAFM). Excluded from this part of the standard are — information exchange using proprietary methods, and — processing and analysis of data within individual software applications, though examples are provided. The main target audience is the Information manager who will use the framework to assist in structuring the International, national or project/facility level BIM guidance document. This Standard specifies the structure and representation of service life data. It is focused on key exchange requirements underlying the common transactions. This document may be used for a variety of purposes a) to achieve and maintain a common understanding within the national and project contexts; b) to establish the desired outcomes and to define appropriate quality; c) to identify appropriate management effort and tools; d) to identify necessary effort and resourcing. Service life planning involves the application of data about elements within a building or constructed assets to enable their design, predicted or estimated service life to be determined and communicated. Buildings are increasingly designed using Building Information Modelling (BIM), an approach that can provide a specification of all the objects in building and how they are aggregated into parts, assemblies and systems. An architect or engineer can define the objects using BIM; it is anticipated that the actor having the service life planning role will apply service life data to these objects and make the data available for other purposes through the use of data exchange standards. Using information exchange standards to describe the structure of service life planning information is important because it normalizes the way in which service life information should be delivered from source to user so that relevant different attributes can be exchanged and a range of software applications can be used to capture the information. 1.1 Process map The process map (see Figure 1) shows the key sequence of information exchanges and places the information exchanges in context, identifying the sending and receiving roles. It is based on the process map for design given in ISO 15686-1:2011, Annex B, and the management plan given in ISO 15686-3. In summary, ISO 15686-2, ISO 15686-8, ISO 15686-5 and ISO 15686-7 define four processes which use service life data. — ISO 15686-2 (Testing): Product and testing are brought together to obtain the service life characteristics. — ISO 15686-8 (Prediction): The characteristics are brought into a specific context to obtain a predicted service life. — ISO 15686-5 (Costing): The predicted or measured service life is used with cost or environmental impact rates to obtain a life cycle cost or assessment. — ISO 15686-7 (In-use inspection): The context factors are revised to reflect in-use surveys. The process map document covers the determining of the service life of a type of product (during early design stages) and of occurrences of products of a particular type (during later design stages, construction and operation/maintenance). NOTE The data requirements for ISO 15686-7 (In-Use inspection) are used in Clause 7 and Annex B. 1.2 Data requirements The determination of service life is undertaken at various times during the design, construction and operation of a project. During the early design stages when product information is aggregated a level such as the whole building or as specifications of whole systems; it is only the design life of a product that can be determined. At the earliest design stages when only product occurrences are defined, design life is estimated at the occurrence level. At later design stages, when individual products are located and these products are designated by type, design life can be indicated for all occurrences at the type level. Similarly, when individual products are identified, it becomes possible to determine a reference service life when a manufacturer/supplier can be identified. As with design life, reference service life can be allocated to the product type level. At later design stages and during construction, when the configuration and location of products has been fully established, it becomes possible to analyse the service life of products according to ‘in use’ conditions. These conditions can vary the reference service life depending on factors such as exposure to weather, aggressiveness of the local environment and other degrading (or upgrading) factors. The result of applying in-use conditions is to define an estimated service life which is simply the length of time of a product occurrence lifecycle. Finally, the condition of a product occurrence can be checked from time to time during the operational stage. From the condition of the product, a residual service life can be assessed. If degradation is more than has been expected, the residual service life is reduced to less than the value that might have been expected from the estimated service life. The overall data requirements for the process are summarized in Figure 2. Clause 4 of this part of ISO 15686 defines the data requirements to identify the product. Clause 5 suggests the data required for the specification/selection of product. Clause 6 adds the testing regimen and the key service life metrics. Clause 7 adds the context and the predicated estimated service life. Clause 8 adds the impacts (to date and predicted) for stages in the life cycle value. Clause 9 suggests a representation where uncertainty and ranges of values are relevant. Annex A provides a formal representation for Service Life definition. Annex B provides a formal representation for Service Life factors. Annex C provides a formal representation for Environmental and Economic Impact measures. Annex D offers example calculations. 1.3 IFC support for service life planning IFC contains support for a wide range of building and construction topics. The information needed for service life planning and related topics is supported by specific objects (entity types) in the schema (e.g. an object handling functional measures'), but also as general objects handling the technical performance of building components and systems, property information (e.g. material) about the building components, information about needed measures of care and maintenance etc. There are several concepts captured in the IFC schema that are relevant to service life planning and that can be applied in a specific subset (view) of the IFC schema about service life planning. These include the following. See Table 1.

Building Construction -- Service Life Planning -- Part 4: Service Life Planning using Building Information Modelling

GSO ISO 23045:2016 建筑环境设计新建建筑节能评估指南

This International Standard gives guidelines related to energy efficiency in buildings as introduced in ISO 16813. The objectives of this International Standard are to assist designers and practitioners when collecting and providing the useful data that are required at different stages of the design process and to fulfil the definitions of the building as prepared by building designers. This International Standard applies to new buildings and is applicable to space air-conditioning equipment and the heating plant in new buildings. It is assumed that the conditions of indoor spaces are maintained within a comfort range with regard to temperature, humidity, air quality, acoustics and light, or conditions maintained to provide freeze protection for piping or stored materials. Systems to be considered when assessing the energy efficiency of the building are heating, cooling, lighting, domestic hot water, service water heating, ventilation and related controls.

Building environment design -- Guidelines to assess energy efficiency of new buildings

GSO ISO 16484-1:2016 楼宇自动化和控制系统 (BACS) 第1部分：项目规范和实施

This International Standard specifies guiding principles for project design and implementation and for the integration of other systems into the building automation and control systems (BACS). This International Standard specifies the phases required for the BACS project, including: — design (determination of project requirements and production of design documents including technical specifications), — engineering (detailed function and hardware design), — installation (installing and commissioning of the BACS), and — completion (handover, acceptance and project finalization). This International Standard also specifies the requirements for as-built documentation and training. This International Standard is not applicable to operation and maintenance, nor is it applicable to retro or continuous commissioning, including a commissioning authority.

Building automation and control systems (BACS) -- Part 1: Project specification and implementation

ISO 19208:2016 建筑物性能指定框架

This document provides the framework for specifying the performance of a building as a whole or a part thereof in order to satisfy specified user requirements and societal expectations. This document covers buildings as constructed and inbuilt fixed components. It does not cover a) the use of the land for buildings, c) moveable contents within buildings. b) the design and operation of the environment within which buildings are located, and NOTE 1 Guidance on the application of certain clauses is provided in Annex A. NOTE 2 A part of a building includes subsystems, spaces, elements, assemblies, components, products and materials.

Framework for specifying performance in buildings

DB11/T 1350-2016 文物建筑修缮工程验收规范

Specifications for acceptance of cultural relic building repair projects

ISO/TR 16822:2016 建筑环境设计. 供暖, 通风, 空调和能效有关家用热水设备的试验规程清单

Building environment design - List of test procedures for heating, ventilating, air-conditioning and domestic hot water equipment related to energy efficiency

GOST R 57274.1-2016 建筑工程的可持续性. 第1部分. 通用框架

Sustainability of construction works. Part 1. General framework

GOST R 57274.2-2016 建筑工程的可持续性. 第2部分. 环境性能评价原则

Sustainability of construction works. Part 2. Principles of the assessment of environmental performance

GOST R 57274.3-2016 建筑工程的可持续性. 第3部分. 社会性能评价框架

Sustainability of construction works. Part 3. Framework for the assessment of social performance

GOST R 57274.4-2016 建筑工程的可持续性. 建筑物的可持续评价. 第4部分. 经济性能评价原则

Sustainability of construction works. Sustainability assessment of buildings. Part 4. Principles of the assessment of economic performance

DB11/T 825-2015 绿色建筑评价标准

Green Building Evaluation Standards

DB11/T 1315-2015 绿色建筑工程验收规范

Code for Acceptance of Green Building Projects

GSO ISO 11855-6:2015 建筑环境设计 嵌入式辐射供暖和制冷系统的设计、尺寸确定、安装和控制 第6部分：控制

  Scope is not provided for this standard

Building environment design -- Design, dimensioning, installation and control of embedded radiant heating and cooling systems -- Part 6: Control

GSO ISO 11855-4:2015 建筑环境设计 分布式室内供暖和制冷系统的设计、尺寸标注、安装和控制 第4部分：主动热建筑系统 (TABS) 中动态加热和制冷能力的尺寸标注和计算

  Scope is not provided for this standard

Building environment design -- Design, dimensioning, installation and control of embedded radiant heating and cooling systems -- Part 4: Dimensioning and calculation of the dynamic heating and cooling capacity of Thermo Active Building Systems (TABS)

GSO ISO/TS 15686-9:2015 建筑物和建成资产使用寿命规划 第9部分：使用寿命数据评估指南

  Scope is not provided for this standard

Buildings and constructed assets -- Service-life planning -- Part 9: Guidance on assessment of service-life data

GSO ISO/PAS 22539:2015 ISO 15928使用指南 -家庭 -性能描述

  Scope is not provided for this standard

User guidance to ISO 15928 -- Houses -- Description of performance

GSO ISO 11855-2:2015 建筑环境设计集成辐射制冷和供暖系统的设计、尺寸确定、安装和控制 第2部分：设计制冷和供暖能力的估算

  Scope is not provided for this standard

Building environment design -- Design, dimensioning, installation and control of embedded radiant heating and cooling systems -- Part 2: Determination of the design heating and cooling capacity

GSO ISO 15686-8:2015 建筑物和建造资产 服务持续时间规划 第8部分：参考服务持续时间和服务持续时间估计

  Scope is not provided for this standard

Buildings and constructed assets -- Service-life planning -- Part 8: Reference service life and service-life estimation