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Open Access Article

Journal of Electrical Engineering and Automation. 2022; 1: (1) ; 21-26 ; DOI: 10.12208/j.jeea.20220006.

Design and application of standardization of BAS system integration products for Beijing line 17
北京17号线BAS集成产品标准化设计与应用

作者: 冀卫杰 *

北京和利时系统集成有限公司 北京

*通讯作者: 冀卫杰,单位:北京和利时系统集成有限公司 北京;

发布时间: 2022-04-19 总浏览量: 157

摘要

传统地铁BAS(环控与设备监控系统)的硬件集成设计、编程设计存在的问题较多如:设计繁琐、调试缓慢、维护困难。BAS集成系统包括:箱柜设计、集成电路设计、PLC编程集成设计、软硬件集成测试。BAS集成产品设计对后续产品交付、安装调试、运营维护等环节带来一系列的影响。为了提高北京17号线BAS系统的GWQS(绿色、智慧、品质、安全)设计效率和质量[1]。本文提出一种BAS硬件集成标准化同步PLC编程自动化的方法,分别从硬件、集成电路、图纸生成自动化、程序输出自动化等不同维度进行设计。该方法优化了设计流程和方法,可以提升各环节效率、缩短工期,实现图纸和编程生成自动化的转变,还解决了维护方便、调试便捷。

关键词: 环境与设备监控BAS;硬件集成;标准化;自动化

Abstract

The hardware design, programming design ideas and methods of traditional Metro bas (environmental control and equipment monitoring) can not meet the design requirements of GWQS-ISCS (green, intelligent, quality and safe ISCS) of Beijing Metro New Metro Project [1]. Bas integrated design includes: cabinet design, integrated circuit design, PLC programming integrated design, software and hardware integration test. BAS system integrated product design has a series of impacts on subsequent product delivery, installation and commissioning, operation and maintenance. In order to improve the GWQS design efficiency and quality of BAS system of Beijing line 17 [1]. This paper presents a method of BAS hardware integration standardization, which is designed from different dimensions, such as hardware design standard, integrated circuit standardization, drawing generation automation, and program output automation. This method optimizes the design process and method, can improve the efficiency of each link, shorten the construction period, realize the transformation of drawing generation automation and product integration automation, and can also meet the high-quality and safety standards to ensure the safety of public transportation .

Key words: Building Automation System (BAS); Hardware Integration; Standardization;Automation

参考文献 References

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引用本文

冀卫杰, 北京17号线BAS集成产品标准化设计与应用[J]. 电气工程与自动化, 2022; 1: (1) : 21-26.