Intelligent building automation systems

在建筑自动化系统中创建智能需要专注于集成和解释当前存储在建筑系统和云中的不同的、大规模的、时间序列的建筑能源和环境数据。利用先进的数据挖掘技术，可以开发一个智能建筑自动化系统(IBAS)，从大数据中自动提取和集成相关统计数据，并能够对自动化系统进行主动控制，从而显著提高任何建筑的能源管理效率。有必要在硬件、软件和协议方面进一步进行技术创新，以解决新系统和旧系统的互操作性问题。在建筑项目中成功采用IBAS技术需要所有利益相关者的合作，包括建筑师、工程师、贸易商、建筑业主和设施经理，以及在建筑整个生命周期内与IBAS解决方案提供商的合作。这个

Creating intelligence in building automation systems requires focused research on integrating and interpreting currently disparate, large-scale, time-series, building energy and environmental data stored in both building systems and the Cloud. Using advanced data mining, an Intelligent Building Automation System (IBAS) can be developed to automatically extract and integrate relevant statistics from big energy data and enable active control of the automation systems to achieve a significant increase in the efficiency of energy management in any building. Further technological innovations in hardware, software and protocols are necessary to address the interoperability issues of new and legacy systems. Successful adoption of IBAS technologies in a construction project requires collaboration of all stakeholders, including architects, engineers, tradespeople, building owners and facility managers and with IBAS solution providers throughout the building's life. The