Development of a design protocol for building information model (BIM) and building energy modeling (BEM)

建筑信息模型(BIM)的使用作为改进建筑的一种有价值的工具正在被人们接受 设计和施工。BIM是建筑系统和构件的完整表示，是 功能强大的平台，包括与高效建筑设计相关的信息。它具有潜在的 将建筑设计信息自动传输到建筑能量模型(BEM)工具。传统上， 边界元工具主要用于设计过程的后期阶段；然而，它们用于早期设计 已经显示出在提高建筑能效方面的巨大潜力。BIM提供了创建 可直接转换为边界元工具的动态建筑模型。有很大的必要性，在 建筑行业通过新程序和适用程序产生可靠的基于BIM的能源模拟 在设计阶段协助节能决策过程的方法。为了解决这些问题， 拟议合作的目标是开发工作和数据流，将BIM与BEM联系起来，从而实现 机械系统的详细建模。该项目将同时考虑互操作性问题和流程 测绘适应当前和新兴的建筑设计实践。该项目将为 (1)以综合和创新的方法发展独特的设计概念；。(2)改善 建筑可持续设计过程；(3)将BIM和BEM整合到建筑设计过程中。 在这种情况下，Trailloop预见了开发将BIM链接到BEM的工作和数据流的潜力 这使得可以对机械系统进行详细的建模，以便成为该领域的领导者。目前， 可用的专业知识是有限的，Trailloop通过与这个研究项目合作，目标是成为领导者 改进建筑设计。在整个项目过程中取得的成果将用于加强 公司围绕BIM平台和BEM工具进行实践，以改进可持续建筑的设计和 将BIM和BEM整合到建筑设计过程中。这将使加拿大市场受益于发展

The use of Building Information Model (BIM) is gaining acceptance as a valuable tool to improve building design and construction. BIM is a complete representation of the building systems and components and is a powerful platform that includes information relevant to the efficient design of buildings. It has the potential of transferring building design information automatically to Building Energy Model (BEM) tools. Traditionally, BEM tools were mainly used during the later stages of the design process; however, their use for early design has shown great potential to improve energy efficiency in buildings. BIM offers the possibility of creating dynamic building models that could directly be transferred to BEM tools. There is a great necessity in the building industry to produce reliable BIM-based energy simulation through new programs and applicable methods to assist the energy-conscious decision process during the design phase. To address these issues, the objective of the proposed collaboration is to develop a work and data flow to link BIM to a BEM that allows detailed modeling of mechanical systems. The project will look at both interoperability issues and process mapping adapted to the current and emerging building design practices. This project will provide the basis to (1) develop a unique design concept based on an integrated and innovative approach; (2) improve the sustainable design process of building; and (3) integrate BIM and BEM to the building design process. In this context, Trailloop foresees the potential of developing the work and data flow to link BIM to a BEM that allows detailed modeling of mechanical systems in order to become a leader in this field. Currently, the expertise available is limited and Trailloop, by collaborating to this research project, aims at becoming a leader to improve the design of buildings. The results obtained throughout the project will be used to enhance the company practices around the BIM platform and BEM tools to improve the design of sustainable buildings and to integrate BIM and BEM to the building design process. This will benefit the Canadian market by developing