高温超导电缆

高温超导电缆失超故障的检测和保护是超导电缆实用化过程中需要亟需解决的关键技术难题之一。

HTS cable quench fault detection and protection is one of the key technical problems for the practical application of superconducting cable .

这套高温超导电缆系统的成功并网运行意味着中国的高温超导电缆技术已向工业化生产迈出了重要的一步。

The successful on-line operation of this HTS cable system means that the HTS cable technology in China advances with a big stride towards its industrialized production .

低温绝缘（CD）高温超导电缆屏蔽层电流对超导电缆导体和屏蔽电流分布的影响

The Influence of Shield Current on the Current Distribution in the Superconducting Conductor and Shield in of Cold Dielectric ( CD ) High-Temperature Superconducting ( HTSC ) Cables

4M-2000A高温超导电缆制冷系统

The Cryogenic LN_2 System for 4M-2000A Superconductor Cable

该系统基于计算机和MCGS组态软件，具有操作简便、运行可靠、采集高效精确等优点，并通过与高温超导电缆的通电实验。

Because this system is based on computer and MCGS ( Monit or and Control Generated System ), it has such advantages as operation simplicity , running reliability , data acquisition precision and high efficiency .

结果表明新的模型更符合预期要求，为实际220kV高温超导电缆的制作提供了重要参数。

The results show that the new model accords with the expecting demand better and may provide an important reference to make an actual HTS cable .

介绍了我国新研制成的首条双通道热绝缘型4M-2000A高温超导电缆制冷系统。

The new development of the cryogenic LN 2 system for the first 4M-2000A two passages superconductor cable with hot insulates in China is described in this paper .

采用高温超导电缆将有可能降低输电电压等级，可以采用220kV高温超导电缆将1GVA以上的电能输入到城市负荷中心，满足特大型城市负荷中心供电需求。

It is possible to transmit high electric power above 1 GVA to the load centers in downtown areas by 220 kV HTS cables so as to meet the needs for power supply by large cities .

确定了采用以绕包结构聚丙烯层压纸（PPLP）薄膜绝缘作为高温超导电缆终端主绝缘、用碳纸作为应力锥半导体材料的设计方案。

The finally design scheme is that using Polypropylene laminated paper ( PPLP ) as the insulation material for main insulation layers and carbon paper as semiconductor materials for stress cone in HTS cable .

高温超导电缆自动重合闸方案研究

Study of auto - reclosure strategy for high temperature superconducting cable

我国首套高温超导电缆并网运行情况

On-line operation situation of first high temperature superconducting cable system in China

75米三相交流高温超导电缆冷却系统

Cryogenic system for the 75-m three-phase AC high temperature superconducting power cable

高温超导电缆的磁场计算

Calculation of magnetic field in transmission power cable of HTS

高温超导电缆发展的概况

Outlines of the development of high temperature superconducting cables

引发输电技术革命的高温超导电缆

High temperature superconducting cable initiated power transmission technology revolution

高温超导电缆监测系统的研究

Research of Monitoring System for High-Temperature Superconducting Power Cable

高温超导电缆低温系统数据实时监控

Real-time monitoring for cryogenic system of HTS cable

高温超导电缆监测与保护系统管理软件的开发

Development of management software for high temperature superconducting cable 's monitoring and protection system

高温超导电缆终端恒温器热负荷的计算与测定

Calculation and mensuration of heat loads of a cryostat for the HTS power cable

高温超导电缆的过电流保护

Overcurrent protection of high temperature superconductive cable

高温超导电缆本体绝缘及终端和中间连接体绝缘研究

Research in the Insulation of the Cryostat , Terminator and Cryostat Connecter of HTS Cable

高温超导电缆的研制动态与发展前景

Developments and Prospects of HTS Cables

35kV/2kA高温超导电缆系统现场安装、调试和运行缺陷分析

The analysis of 35kV / 2kA HTS cable system site installation , trial and operation fault

高温超导电缆实时监测系统及试验

Real-time Monitoring System for HTS Cable

高温超导电缆中各层导体电流分布及其影响因素分析

Analysis on Current Distributing and its Effect Factors in the Layer Conductors of High-temperature Superconduct Cable

在电力传输方面，高温超导电缆为高效率、大容量、低损耗输电提供了有效途径。

In power transmission , HTS cable provides an effective way for efficient , high-capacity , low-loss transmission .

21世纪电力传输新材料高温超导电缆综述与展望

General introduction to and forecast of high temperature superconductive cable , a new medium for power transmission in 21 Century

一种真空保温孔板式低温流量计用于4米高温超导电缆制冷系统。

A kind of cryogenic orifice plate flowmeter by vacuum insulation is used in the cryogenic LN2 system for4M-2000A superconductor cable .

高温超导电缆是高温超导材料在电力领域应用的一个重要方面。

The HTS ( high temperature superconducting ) cable is one of the areas where superconducting materials have been applied to .

结果表明，在高温超导电缆分相电流差动保护方案中必须考虑电容补偿；

Simulation results show that it is necessary to consider capacitance current compensation in the phase-splitting current differential protection scheme for HTS power cable ;