A data access framework for integration to facilitate efficient building operation

John C. McCarthy, D. O’Sullivan
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引用次数: 1

Abstract

Building Automation and Control Systems (BACs) are used to manage the day-to-day functions, operation and maintenance of a huge diversity of equipment within facilities of varying size and function. These systems are developed by a large number of hardware and software manufacturers who produce proprietary products designed to solve specific problems. As a result a number of different BACS can be operating within a single facility controlling various devices and producing significant quantities of data. This data can prove difficult to access due to the proprietary nature of the individual applications, thereby limiting the potential for a holistic view of a facilities operation and limiting the scope for big data analytics. This paper proposes the implementation of a Data Access Framework to coalesce the disparate information sources that can exist within a facility via OPC into a tagged database with particular focus on Heating Ventilation and Air Conditioning (HVAC) as a test case.
一个整合的数据存取架构,以促进有效的楼宇运作
楼宇自动化和控制系统(BACs)用于管理各种规模和功能设施内各种设备的日常功能、操作和维护。这些系统是由大量的硬件和软件制造商开发的,他们生产专门用于解决特定问题的专有产品。因此,许多不同的BACS可以在一个控制各种设备并产生大量数据的单一设施内运行。由于单个应用程序的专有性质,这些数据可能难以访问,从而限制了对设施运营的整体视图的潜力,并限制了大数据分析的范围。本文提出了一个数据访问框架的实现,将可以通过OPC存在于设施内的不同信息源合并到一个标记数据库中,特别关注供暖通风和空调(HVAC)作为测试用例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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