水下控制模块测试系统的系统设计与实验研究（英文）
发布时间：2021-12-02 01:33
As a core part of subsea production systems, subsea control modules（SCMs） are costly, difficult, and expensive to install and inconvenient to use in underwater maintenance. Therefore, performance and function tests must be carried out before launching SCMs. This study developed a testing device and an SCM test by investigating SCMs and their underwater. The testing device includes four parts: a hydraulic station, an SCM test stand, a signal generating device, and an electronic test unit. First, ...
【文章来源】：Journal of Marine Science and Application. 2020,19(03)CSCD
【文章页数】：12 页
【文章目录】：
1 Introduction
2 General Layout of Subsea Control Module Test System
2.1 Components of Subsea Control Module
2.1.1 Hydraulic Power Unit
2.1.2 SCM Test Stand
2.1.3 Signal Generating Device
2.1.4 Electronic Test Unit
2.2 Test Requirements for Components of Subsea Control Module
2.2.1 Hydraulic Power Unit
2.2.2 SCM Test Stand
2.2.3 SGDs
2.2.4 ETU
3 General Layout of Subsea Control Module Test System
3.1 Design of Hydraulic Station
3.1.1 Redundant Power Unit
3.1.2 Redundant Oil Supply Unit
3.1.3 Redundant Filter Unit
3.1.4 Emergency Shutdown Pressure Relief Unit
3.2 Design of Test Stand
3.3 Design of SGD
3.4 Design of ETU
4 SCM Test
5 Conclusion
【参考文献】：
期刊论文
[1]番禺34-1气田水下生产系统ESD0级关断测试研究[J]. 陈加鑫,郝高正,韩磊,王钊. 机电工程技术. 2018(11)
[2]水下油气生产系统水下测试设施研究[J]. 苏锋,陈斌,张凡,周凯,刘冬冬. 中国测试. 2015(07)
[3]Compliance of hydraulic system and its applications in thrust system design of shield tunneling machine[J]. SHI Hu,GONG GuoFang,YANG HuaYong,MEI XueSong. Science China（Technological Sciences）. 2013(09)
[4]Design and Research on the Two-Joint Mating System of Underwater Vehicle[J]. 张忠林,王立权. China Ocean Engineering. 2013(01)
[5]水下生产系统测试技术综述[J]. 梁稷,姚宝恒,曲有杰,段立志,石锦坤. 中国测试. 2012(01)
[6]Output speed and flow of double-acting double-stator multi-pumps and multi-motors[J]. Tetsuhiro TSUKIJI. Journal of Zhejiang University-Science A（Applied Physics & Engineering）. 2011(04)
本文编号：3527458
【文章来源】：Journal of Marine Science and Application. 2020,19(03)CSCD
【文章页数】：12 页
【文章目录】：
1 Introduction
2 General Layout of Subsea Control Module Test System
2.1 Components of Subsea Control Module
2.1.1 Hydraulic Power Unit
2.1.2 SCM Test Stand
2.1.3 Signal Generating Device
2.1.4 Electronic Test Unit
2.2 Test Requirements for Components of Subsea Control Module
2.2.1 Hydraulic Power Unit
2.2.2 SCM Test Stand
2.2.3 SGDs
2.2.4 ETU
3 General Layout of Subsea Control Module Test System
3.1 Design of Hydraulic Station
3.1.1 Redundant Power Unit
3.1.2 Redundant Oil Supply Unit
3.1.3 Redundant Filter Unit
3.1.4 Emergency Shutdown Pressure Relief Unit
3.2 Design of Test Stand
3.3 Design of SGD
3.4 Design of ETU
4 SCM Test
5 Conclusion
【参考文献】：
期刊论文
[1]番禺34-1气田水下生产系统ESD0级关断测试研究[J]. 陈加鑫,郝高正,韩磊,王钊. 机电工程技术. 2018(11)
[2]水下油气生产系统水下测试设施研究[J]. 苏锋,陈斌,张凡,周凯,刘冬冬. 中国测试. 2015(07)
[3]Compliance of hydraulic system and its applications in thrust system design of shield tunneling machine[J]. SHI Hu,GONG GuoFang,YANG HuaYong,MEI XueSong. Science China（Technological Sciences）. 2013(09)
[4]Design and Research on the Two-Joint Mating System of Underwater Vehicle[J]. 张忠林,王立权. China Ocean Engineering. 2013(01)
[5]水下生产系统测试技术综述[J]. 梁稷,姚宝恒,曲有杰,段立志,石锦坤. 中国测试. 2012(01)
[6]Output speed and flow of double-acting double-stator multi-pumps and multi-motors[J]. Tetsuhiro TSUKIJI. Journal of Zhejiang University-Science A（Applied Physics & Engineering）. 2011(04)
本文编号：3527458
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