变电站预制光缆及其免熔接光纤配线模块化标准化研究
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摘要
针对智能变电站模块化建设"即插即用"要求,设计了一种连接快速、性能可靠、可盲插的高密度预制光缆和标准化、模块化的免熔接光纤配线模块;该预制光缆和免熔接光纤配线模块解决了智能变电站预制光缆接口标准不统一和免熔接光纤配线模块尺寸不标准的问题,提高了光连接的效率性、可靠性、标准性和互换性;通过对预制光缆和免熔接光纤配线模块的测试验和验证,表明该预制光缆和免熔接光纤配线模块达到了智能变电站建设标准化、模块化、通用性、互换性、兼容性目标。
Aiming at the requirement of"plug and play"for modular construction of intelligent substation,a high-density prefabricated optical cable with fast connection,reliable performance and blind insertion,and a standardized and modular fusible-free optical fiber distribution module are designed.The prefabricated optical fiber cable and the fusible-free optical fiber distribution module solve the problem that the standard of the intelligent substation prefabricated optical cable interface is not uniform and the size of the non-welded optical fiber distribution module is not standard,and the efficiency,reliability,standardity and interchangeability of the optical connection are improved..Through the test and verification of the prefabricated optical cable and the fusible-free optical fiber distribution module,it is shown that the prefabricated optical cable and the fusible-free optical fiber distribution module achieve the goal of standardization,modularization,versatility,interchangeability and compatibility of intelligent substation construction.
Aiming at the requirement of"plug and play"for modular construction of intelligent substation,a high-density prefabricated optical cable with fast connection,reliable performance and blind insertion,and a standardized and modular fusible-free optical fiber distribution module are designed.The prefabricated optical fiber cable and the fusible-free optical fiber distribution module solve the problem that the standard of the intelligent substation prefabricated optical cable interface is not uniform and the size of the non-welded optical fiber distribution module is not standard,and the efficiency,reliability,standardity and interchangeability of the optical connection are improved..Through the test and verification of the prefabricated optical cable and the fusible-free optical fiber distribution module,it is shown that the prefabricated optical cable and the fusible-free optical fiber distribution module achieve the goal of standardization,modularization,versatility,interchangeability and compatibility of intelligent substation construction.
引文
[1]国家电网公司.深入推进智能变电站模块化建设[R].北京,2017.
[2]国家电网公司.110(66)kV智能变电站模块化建设通用设计[M].北京.中国电力出版社,2015.
[3]高磊,杨毅,苏麟,等.智能变电站二次系统物理回路建模方法及设计实践[J].电力系统保护与控制,2016,44(24):130-139.
[4]杨辉,温东旭,高磊,等.智能变电站二次虚回路连线自动生成实践[J].电力系统保护与控制,2017,45(23):116-121.
[5]国家电网公司.智能变电站预制光缆技术规范[S].Q/GDW11155-2014.
[6]国防科学技术工业委员会.耐环境快速分离高密度小圆形电连接器总规范[S].GJB599A-93.
[7]王献锋,刘涛,乔东旭.军用光纤连接器失效模式分析[J].机电元件,2012,32(2):45-59.
[8]李华强.军用光纤连接器技术近期发展动向[J].光通信技术,2015.39(3):21-23.
[9]吴世湘.军事/宇航用光纤连接器近期发展动向[J].机电元件,2005,25(1):49-54.
[10]李晓朋,裘愉涛,钱建国,等.智能变电站二次设备互换性探讨[J].电力系统保护与控制,2016,44(14):76-81.
[11]裘愉涛,胡雪平,凌光,等.国网公司智能变电站继电保护标准体系研究[J].电力系统保护与控制,2017,45(20):7-13.
[12]Telecommunications Industry Association.Generic Telecommunications Cabling For Customer Premises[S].Ansi/Tia-568-C.0-2009.2009.
[13]工业和信息化部.光纤活动连接器第5部分:MPO型[S].YD/T1272.5-2009.2009-06-15.
[14]信息产业部.光纤活动连接器第3部分:SC型[S].YD/T1272.3-2005.2006-03-01.
[15]国防科学技术工业委员会.耐环境中性圆形光纤光缆连接器总规范[S].GJB1919-94.
[16]宋金声.单模光纤的连接损耗计算[J].光纤与电缆及其应用技术,1989(6):24-31.
[17]陶星晨,朱益清,姚晓天.基于光束传播法的单模光纤连接横向偏移的研究[J].光通信技术,2016(3):33-35.
[18]江山,刘水华,方罗珍,等.单模光纤斜面连接的回波损耗[J].光通信研究.1994,71(3):31-37.
[19]国家技术监督局.高度进制为44.45mm的面板、机架和机柜的基本尺寸系列[S].GB/T3047,2-92.
[20]国家标准局.高度进制为44.45mm的插箱、插件的基本尺寸系列[S].GB3047,4-86.
[2]国家电网公司.110(66)kV智能变电站模块化建设通用设计[M].北京.中国电力出版社,2015.
[3]高磊,杨毅,苏麟,等.智能变电站二次系统物理回路建模方法及设计实践[J].电力系统保护与控制,2016,44(24):130-139.
[4]杨辉,温东旭,高磊,等.智能变电站二次虚回路连线自动生成实践[J].电力系统保护与控制,2017,45(23):116-121.
[5]国家电网公司.智能变电站预制光缆技术规范[S].Q/GDW11155-2014.
[6]国防科学技术工业委员会.耐环境快速分离高密度小圆形电连接器总规范[S].GJB599A-93.
[7]王献锋,刘涛,乔东旭.军用光纤连接器失效模式分析[J].机电元件,2012,32(2):45-59.
[8]李华强.军用光纤连接器技术近期发展动向[J].光通信技术,2015.39(3):21-23.
[9]吴世湘.军事/宇航用光纤连接器近期发展动向[J].机电元件,2005,25(1):49-54.
[10]李晓朋,裘愉涛,钱建国,等.智能变电站二次设备互换性探讨[J].电力系统保护与控制,2016,44(14):76-81.
[11]裘愉涛,胡雪平,凌光,等.国网公司智能变电站继电保护标准体系研究[J].电力系统保护与控制,2017,45(20):7-13.
[12]Telecommunications Industry Association.Generic Telecommunications Cabling For Customer Premises[S].Ansi/Tia-568-C.0-2009.2009.
[13]工业和信息化部.光纤活动连接器第5部分:MPO型[S].YD/T1272.5-2009.2009-06-15.
[14]信息产业部.光纤活动连接器第3部分:SC型[S].YD/T1272.3-2005.2006-03-01.
[15]国防科学技术工业委员会.耐环境中性圆形光纤光缆连接器总规范[S].GJB1919-94.
[16]宋金声.单模光纤的连接损耗计算[J].光纤与电缆及其应用技术,1989(6):24-31.
[17]陶星晨,朱益清,姚晓天.基于光束传播法的单模光纤连接横向偏移的研究[J].光通信技术,2016(3):33-35.
[18]江山,刘水华,方罗珍,等.单模光纤斜面连接的回波损耗[J].光通信研究.1994,71(3):31-37.
[19]国家技术监督局.高度进制为44.45mm的面板、机架和机柜的基本尺寸系列[S].GB/T3047,2-92.
[20]国家标准局.高度进制为44.45mm的插箱、插件的基本尺寸系列[S].GB3047,4-86.