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首页> 外文会议>International Building Physics Conference >Knowledge based expert system tool for optimization of the complex glass BIPV system panel layout on the cable net structural skin
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Knowledge based expert system tool for optimization of the complex glass BIPV system panel layout on the cable net structural skin

机译：基于知识的专家系统工具，用于优化电缆网结构皮肤上的复杂玻璃BIPV系统面板布局

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Nowadays, digital tools in architectural performance-based design have become almost inevitable in creation of Nearly Zero Energy Buildings (nZEB). Rising the number of performances to be included in the building simulation, rise also the need for optimization of building geometry and performances. Current optimization techniques, mostly developed as black-box models, offer great features and target detailed design phase, but they do not provide enough user control during the optimization process. This paper, however, presents knowledge-based expert system with user-interactive features, integrated within Rhinoceros 3D environment, that guide optimization in early design phase. Single criteria optimization of energy generation potential has been done to show and evaluate the effectiveness of the process in qualitative and quantitative manner. One typology of complex Building Integrated Photovoltaics (BIPV) components was chosen as a case study to demonstrate and evaluate potential of the early design phase optimization of paneling considering aesthetical criteria. Results indicate the software is capable to support architects by providing crucial information, allowing them to optimize overall performance while keeping integrity of the design decision-making.
机译：如今，基于架构性能的设计中的数字工具在创建近零能量建筑物（NZEB）时已经变得几乎是不可避免的。上升所包含在建筑模拟中的表现数量，也增加了对建筑几何和性能的优化。当前的优化技术，主要开发为黑盒式型号，提供了很大的功能和目标详细设计阶段，但在优化过程中，它们不提供足够的用户控制。然而，本文介绍了基于知识的专家系统，具有用户交互功能，集成在犀牛3D环境中，该指导优化在早期设计阶段。已经完成了能量发电潜力的单一标准优化，以显示和评估过程的有效性和定量的方式。选择了复杂建筑集成光伏（BIPV）组分的一种类型，以作为案例研究来证明和评估考虑镶嵌的早期设计阶段优化的潜力。结果表明，该软件能够通过提供重要信息来支持架构师，使它们能够优化整体性能，同时保持设计决策的完整性。

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