核电厂仪控设计验证转换工具的开发
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摘要
仪控系统的设计验证对于核安全至关重要,为了对核电厂的仪控设计进行验证,介绍了一套完整的仪控设计图纸转换工具,将仪控设计数据转换成仿真模型,对仪控设计进行充分的验证。转换工具功能设计分为两部分,一部分为仪控逻辑设计图纸的转换,也就是AutoCAD文件的转换;另一部分为画面文件的转换,也就是Visio文件的转换。仪控设计验证转换工具的核心是将工程设计数据转换成符合仿真平台规范的程序文件和配置文件。
Instrument control system of the design verification is vital for nuclear security. In order to certify the instrument control design of nuclear power plant,this paper introduces a complete set of instrument control design which draws conversion tool,instrument control design data into a simulation model of full verification of the design of instrument control. The functional design of the conversion tool is divided into two parts,one is the transformation of the instrument design drawing or the transformation of AutoCAD file,and the other part is the transformation of the image file or the transformation of the Visio file. The core of the instrument control design validation transformation tool is to convert the engineering design data into a program file and configuration file that conforms to the simulation platform specification.
Instrument control system of the design verification is vital for nuclear security. In order to certify the instrument control design of nuclear power plant,this paper introduces a complete set of instrument control design which draws conversion tool,instrument control design data into a simulation model of full verification of the design of instrument control. The functional design of the conversion tool is divided into two parts,one is the transformation of the instrument design drawing or the transformation of AutoCAD file,and the other part is the transformation of the image file or the transformation of the Visio file. The core of the instrument control design validation transformation tool is to convert the engineering design data into a program file and configuration file that conforms to the simulation platform specification.
引文
[1] 李延凯,林萌,杨燕华,刘斌,核电厂仪控系统设计验证仿真平台开发[J].核动力工程,2014,35(5):148-152.
[2] 章旋,茆荣,曹建亭.核电站全范围模拟机自主化关键技术探讨[J].热力发电,2011,40(1):16-18.
[3] 夏祖国,江国进,徐晓臻,张矾,邓天,叶琳.核电站LD/AD模块化设计平台开发[J].核动力工程,2009,30(Z2):100-104.
[4] 马志才,张东生.核电厂仪表控制辅助设计系统的开发[J].核动力工程,2013,34(4:168-170.
[5] 程俊杰,等.核电厂虚拟DCS翻译软件的设计与实现[J].工业控制计算机,2014,(3):17-18,22.
[6] 邱建利,刘培邦,田波.设计验证平台在核电厂DCS设计中的应用[J].科技创新导报,2015,30:23-24.
[2] 章旋,茆荣,曹建亭.核电站全范围模拟机自主化关键技术探讨[J].热力发电,2011,40(1):16-18.
[3] 夏祖国,江国进,徐晓臻,张矾,邓天,叶琳.核电站LD/AD模块化设计平台开发[J].核动力工程,2009,30(Z2):100-104.
[4] 马志才,张东生.核电厂仪表控制辅助设计系统的开发[J].核动力工程,2013,34(4:168-170.
[5] 程俊杰,等.核电厂虚拟DCS翻译软件的设计与实现[J].工业控制计算机,2014,(3):17-18,22.
[6] 邱建利,刘培邦,田波.设计验证平台在核电厂DCS设计中的应用[J].科技创新导报,2015,30:23-24.