左信;胡意茹;王珏;朱春丽;田佳;

• 1:中国石油大学(北京)自动化系
• 2:中海油研究总院

摘要(Abstract)：

目前水下生产系统已经成为开发海洋油气资源的主流模式,其中水下生产控制系统是水下生产系统的关键组成部分。水下电力载波通信作为水下生产控制系统的主要通信方式之一,其发展水平直接影响油气田开发的安全稳定和成本。首先介绍了水下复合电液控制系统中电力载波通信的基本原理,总结了国际标准化技术委员会ISO/TC 67、智能井接口标准(IWIS)和水下仪器接口标准(SIIS)等组织对水下电力载波通信技术的促进作用。其次,从传输速率、通信距离等技术指标的角度,回顾了各水下项目中电力载波通信技术的发展历史。最后,从脐带缆电缆特殊性、系统拓扑结构不确定性和水下增压设备电磁干扰等方面分析了水下环境为电力载波技术带来的特殊挑战。

关键词(KeyWords)： 海洋油气资源开发;水下生产控制系统;复合电液控制;水下电力载波通信;智能井接口标准

Abstract:

Keywords:

基金项目(Foundation): 国家科技重大专项(2011ZX05026-003-01)

作者(Author): 左信;胡意茹;王珏;朱春丽;田佳;

Email:

DOI:

参考文献(References)：

• [1]Burleson C W.Deep challenge:our quest for energy beneath the sea[M].Houston:Gulf Professional Company,1999.
• [2]Bai Y,Bai Q.Subsea engineering handbook[M].Waltham:Gulf Professional Publishing,2012.
• [3]范亚民.水下生产控制系统的发展[J].石油机械,2012,40(7):45.
• [4]Jernstrm T L,Sangesland S,Anders H.An all-electric system for subsea well control[C].OTC,1993:7335.
• [5]Rivenbark M,Khater S,Dietz W,et al.An innovative all electric well production system[C].SPE,2001:67244.
• [6]Abicht D,Van Den Akker J.The 2nd generation DC allelectric subsea production control system[C].OTC,2011:21300.
• [7]海洋石油工程设计指南编委会.海洋石油工程电器、仪控、通信设计[M].北京:石油工业出版社,2007.
• [8]Kenny T.Reliable wideband acoustic communication links in critical subsea control and monitoring applications[C].Subsea Control and Data Acquisition,2010:SUT-SCADA-10-89.
• [9]Locheed E W,Phillips R.A high integrity electrohydraulic subsea production control system[C].OTC,1979:3357.
• [10]海洋石油工程设计指南编委会.海洋石油工程深水油气田开发技术[M].北京:石油工业出版社,2011.
• [11]Stair M A,Clark G R,White J.Zinc project:overview of the subsea control system[C].OTC,1993:7285.
• [12]Blankenship H C,Marosko R J.Improved signal-on power technique[C].OTC,1993:7255.
• [13]Ferreira H C,GrovéH M,Hooijen O,et al.Power line communications:an overview[C].IEEE 4th AFRICON,1996:558.
• [14]Yousuf M S,El-Shafei M.Power line communication:an overview.PartⅠ[C].4th International Conference on Innovations in Information Technology,2007:218.
• [15]黄荣辉,周明天,曾家智.电力线通讯技术研究述评[J].计算机科学,2000,27(4):85.
• [16]杨刚.电力线通信技术[M].北京:电子工业出版社,2011.
• [17]Yazdani J,Glanville K,Clarke P.Modelling,developing and implementing sub-sea power-line communication networks[C].2005 International Symposium on Power Line Communications and Its Applications,2005:310.
• [18]Reeve N.国际标准用户协会(IFAN)中外标准应用:石油天然气公司对国际标准的应用[R].北京,2006.
• [19]Windsor R,Arne N P.A move towards subsea control system standardisation?[C].Subsea Control and Data Acquisition,1994:SUT-AUTOE-v32-027.
• [20]阮臣良,朱和明,冯丽莹.国外智能完井技术介绍[J].石油机械,2011,39(3):82.
• [21]Gao C,Rajeswaran T,Nakagawa E.A literature review on smart-well technology[C].SPE,2007:106011.
• [22]刘均荣,姚军,张凯.智能井技术现状与展望[J].油气钻采工程,2007,14(6):107.
• [23]International Organization for Standardization.Petroleum and natural gas industries—design and operation of subsea production systems.Part 6.Subsea production control systems[S].ISO 13628-6:2006,2006.
• [24]International Electrotechnical Commission.IEC 60870-5-1Transmission frame formats;IEC 60870-5-2 Data link transmission services;IEC 60870-5-3 General structure of application data[S].IEC 60870-5,1990.
• [25]OTM Consulting Ltd.OTM managed JIPs[OL].http://www.otmnet.com/links.asp?id=8.
• [26]OTM Consulting Ltd.Standard introduction to IWIS[OL].http://www.iwis-jip.com/download2.asp?filename=Standard_Introduction_to_IWIS_PJ_Feb04.pdf.
• [27]OTM Consulting Ltd.IWIS recommended practice[OL].http://www.iwis-jip.com/docs/IWIS-RP-A2-Master_Apr_2011.pdf.
• [28]OTM Consulting Ltd.Welcome to the SIIS website[OL].http://www.siis-jip.com/index.asp.
• [29]OTM Consulting Ltd.Background[OL].http://www.siisjip.com/background.asp.
• [30]SIIS JIP.SIIS key fact sheet[OL].http://www.siis-jip.com/publicdocs/SIIS_Key_Fact_Sheet_Dec11.pdf.
• [31]Nilsen P A.TOGI production control system challenges and experiences[C].OTC,1991:6671.
• [32]Grimseth T.Unique features of TOGI control and monitoring systems[C].Subsea Control and Data Acquisition,1990:SUT-AUTOE-v22-109.
• [33]Cameron.Production control systems[OL].http://www.firmenkontaktmesse-magdeburg.de/Download/Firmenprospekt/2012_99_20120925110502.pdf.
• [34]Weatherford.Subsea production control and communication[OL].http://www.ep-solutions.com/solutions/WC_Subsea_Control_Systems.htm.
• [35]FMC Technologies.SCM600[OL].http://www.fmctechnologies.com/en/SubseaSystems/Technologies/Subsea ProductionSystems/ControlSystems/TreeControls/SCM600.aspx.
• [36]Corneliussen S.Communication on power lines—constraints and experience[C].Subsea Control and Data Acquisition,2004:217.
• [37]Corneliussen S.KOS 200,the subsea control system for the millenium[C].Subsea Controls and Data Acquisition,2002:SUT-SCADA-02-111.
• [38]Suma M N,Kanmani B.Developments in orthogonal frequency division multiplexing(OFDM)system—a survey[C].2011Second Asian Himalayas International Conference on Internet(AH-ICI),2011.
• [39]Awad M.FPGA supercomputing platforms:a survey[C].International Conference on Field Programmable Logic and Applications,2009:564.
• [40]Horten V,Steign V.Modem,in particular for subsea power line communication:Europe,EP2044824 B1[P].2012-02-01.
• [41]Brekke E,Horten V,Steign V.Method and modem for subsea power line communication:US,8199798 B2[P].2012-06-12.
• [42]Hesbol S,Horten V,Steign V.Power line communication device for subsea well:World,WO 2008011891 A1[P].2008-01-31.
• [43]张力军,钱学荣,张宗橙,等.通信原理[M].北京:高等教育出版社,2008.
• [44]黄智伟,王彦.FPGA系统设计与实践[M].北京:电子工业出版社,2005.
• [45]Pavlidou N,Vinck A J H,Yazdani J,et al.Power line communications:state of the art and future trends[J].IEEE Communications Magazine,2003,41(4):34.
• [46]Majumder A,Caffery J.Power line communications:an overview[J].IEEE Potentials Magazine,2004,23(4):4.
• [47]High G,Wright P J.Subsea fibre optic communications for production control and data acquisition[C].OTC,1996:8167.

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