我国第一组高温超导电缆的运行工况及损耗计算  

Operation Condition Analysis and Loss Calculation for the First High Temperature Superconductor Power Cable System in China

作　　者：侯波[1] 叶锋[2] 熊志全[2] 谭闵[2] 魏杰[2] 席海霞 龚伟志 

机构地区：[1]中国科学院等离子体物理研究所,安徽省合肥市230031 [2]云南电网公司,云南省昆明市650011 [3]云电英纳超导电缆有限公司,北京市通州区100176

出　　处：《电网技术》2006年第14期24-29,共6页Power System Technology

摘　　要：介绍了普吉变电站的超导电缆系统的技术参数、结构和并网运行的基本情况,与美国、丹麦的同等项目做了技术指标的比较,并用Monoblock model、Bean model等方法对超导电缆的损耗进行了计算,电缆及系统各部分损耗的计算结果与实际运行数据相符,随着电缆长度的增加,超导电缆系统的节能效果将越来越明显,普吉超导电缆系统能够在自然条件及电网各种工况下完成电能的输送。The structure, technical parameters of high temperature superconductor （HTS） power cable system of Puji substation, that locates in Yunnan province, China and put into operation since April, 2004, as well as its on-line operation condition are presented and the technical indices of this project are compared with these of coordinative items in United States and Denmark. The losses of superconductor power cable system are calculated by the methods such as Monoblock model and Bean model, the calculation results of losses in cables themselves and in other parts of superconductor power cable system coincide with the data from practical operation. Along with the increment of cable length the energy saving effect of superconductor power cable system become more and more evident. The high temperature superconductor （HTS） power cable system configured in Puji substation can transmit electrical energy under natural conditions and various operation conditions of power network.

关 键 词：高温超导 电力电缆 并网运行 损耗 输配电工程 

分 类 号：TM249.7[一般工业技术—材料科学与工程]