摘要
高温超导(HTS)电缆具有低损耗、大容量、无污染等优点,由于超导电缆的优越特性已在国内外应用在工程中。超导磁储能(SMES)具有低损耗、储能效率高、快速响应等诸多优点。本文基于二者的优点结合,HTS的低消耗高效率传输等优点能降低超导储能装置(SMES)提供给不稳定的分布式电源高效率的电能传输,增强系统并网的可靠性。HTS电缆和SMES的综合应用能够使电网更为坚强,有助于实现与相邻电网的电能交换,是智能电网基础技术之一,已在电力系统中已受到越来越多的关注。
High-temperature superconductor （HTS） cable with low loss, high-capacity, pollution, etc. , because the supe- rior properties of superconducting cables have been used in projects at home and abroad. Superconducting Magnetic En- ergy Storage （SMES） with low-loss, energy storage, high efficiency, fast response, and many other advantages. Based on the combined advantages of both, HTS transmission efficiency of the advantages of low consumption can reduce the supercon- ducting energy storage （SMES） to provide distributed power to the instability of the high efficiency of energy transfer, en- hanced system and network reliability. I-ITS cable and the integrated application of SMES to the power grid is more strong, contribute to energy exchange with the adjacent grid, smart grid-based technologies, has been in the power system has been more and more attention.
出处
《电气开关》
2016年第4期99-102,104,共5页
Electric Switchgear
关键词
高温超导电缆
超导磁储能装置
分布式电源
智能电网
high temperature superconductor cable
distributed generation
superconducting magnetic energy storagedevice
smart grid
