Improving the performance of buildings

机译：改善建筑物的性能

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摘要

In the building performance analysis as developed at VTT, the characteristics of buildings are classified according to three main categories that are A) conformity, B) performance and C) cost and environmental properties. Each category has a hierarchy of indicators and their values. A software tool has been developed to support multicriteria decision-making from the whole life costing perspective. Its database includes a number of preset definitions and performance levels as well as description of verification methods.

机译：在VTT进行的建筑物性能分析中，建筑物的特征根据以下三个主要类别进行分类：A）合格，B）性能以及C）成本和环境属性。每个类别都有指标及其值的层次结构。从整个生命周期成本的角度出发，已经开发了一种软件工具来支持多标准决策。其数据库包括许多预设定义和性能级别以及验证方法的描述。

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来源
《》|2005年|P.425-430|共6页
会议地点 Innsbruck(AT)
作者
Heli Koukkari; Pekka Huovila;
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作者单位

VTT Building and Transport, Espoo, Finland;

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会议组织
原文格式 PDF
正文语种 eng
中图分类建筑结构;
关键词
building performance; eco-efficiency; cost-efficiency; building process; management; software;

机译：建筑性能;生态效率;成本效率;建筑过程;管理;软件;

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专利

1. A hierarchical coordinated demand response control for buildings with improved performances at building group [J] . Huang Pei, Fan Cheng, Zhang Xingxing, Applied Energy . 2019,第PTa1a1284期

机译：具有改进的建筑物组性能的建筑物的分层协调需求响应控制
2. Combining context-aware design-specific data and building performance models to improve building performance predictions during design [J] . Chokwitthaya Chanachok, Zhu Yimin, Dibiano Robert, Automation in construction . 2019,第Nova期

机译：结合上下文感知的特定于设计的数据和建筑性能模型，以改善设计期间的建筑性能预测
3. A hierarchical coordinated demand response control for buildings with improved performances at building group [J] . Huang Pei, Fan Cheng, Zhang Xingxing, Applied Energy . 2019,第PTa1a1284期

机译：建筑物群体改善的建筑物的分层协调需求响应控制
4. Improving Building Operating Performance through Building Performance Services [C] . Janice C. Peterson, Jim Volkman, Harold Schick Biennial ACEEE Summer Study on Energy Efficiency in Buildings;ACEEE summer study on energy efficiency in buildings . 2010

机译：通过建筑绩效服务改善建筑运营绩效
5. Building Integrated Active Flow Control: Improving the Aerodynamic Performance of Tall Buildings Using Fluid-Based Aerodynamic Modification [D] . Menicovich, David 2013

机译：建筑物集成的主动流控制：使用基于流体的空气动力修改，改善高层建筑的空气动力性能
6. Assigning Robust Default Values in Building Performance Simulation Software for Improved Decision-Making in the Initial Stages of Building Design [O] . Kyosuke Hiyama 2015

机译：在建筑性能模拟软件中分配稳健的默认值以改善建筑设计初期的决策能力
7. Key Success Factors for Critical Chain Project Management (CCPM) and 4D Building Information Modeling (BIM) for Improving Time Performance in Basement Work on 5 Layers of High-rise Residential Buildings in Indonesia [O] . Truman Sinaga, Albert Eddy Husin 2021

机译：关键链项目管理（CCPM）和4D建筑信息建模（BIM）的关键成功因素在印度尼西亚5层高层住宅建筑中提高地下室工作中的时间绩效
8. Building Technologies Program: NREL Evaluates the Thermal Thermal Performance of Uninsulated Wall to Improve the Accuracy of Building Energy Simulation Tools. Building America Technical Highlight. [R] . 2012

机译：建筑技术计划：NREL评估非绝缘墙的热效率性能，以提高建筑能源模拟工具的准确性。建设美国技术亮点。

Improving the performance of buildings

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