1) superconducting magnetic energy storage system-uninterruptible power supply
超导储能不间断电源
2) SMES-UPS
超导磁体储能不停电电源
1.
SMES-UPS based on torodial field supercon- ducting coils (TFSC) of the superconducting tokamak can be used to avoid the breakdown of the cryogenic and vacuum system because of the deep voltage sag or other grid faults during the tokamak抯 experiment, which will result in the quench of the superconducting coils of tokamak.
基于超导托卡马克纵场线圈构成的超导磁体储能不停电电源,可用来避免由于电网嬗变或秒级跳闸使低温和真空系统掉电导致的托卡马克装置中的超导磁体失超。
3) UPS
不间断电源
1.
Inprovement of Model KF1016 Mine Used Multiplex UPS and Its Application;
KF1016矿用多路不间断电源的改进和应用
2.
Research on UPS Based on DSP Dual-loop Control;
基于DSP双环控制不间断电源的研究
3.
the Design of DC UPS Based on UC3906;
基于UC3906的直流不间断电源设计
4) uninterrupted power supply
不间断电源
1.
The novel uninterrupted power supply has less cost, several outputs,higher efficiency, and easier maintenance than traditional UPS.
分析了一种新型不间断电源。
5) uninterruptable power supply
不间断电源
1.
A digital control scheme was developed to improve the output performance of UPS(uninterruptable power supply) inverters without adding additional sensors.
为在不增加传感器的情况下,改善不间断电源(U PS)逆变器的输出动静态性能,提出了一种数字控制策略。
6) uninterruptible power supply
不间断电源
1.
With the development of information technology, uninterruptible power supply (UPS) which have been widely used in banking, securities, military, medical, aerospace and so forth, are widely selected for the protection of sensitive loads such as PC, communication systems and medical equipments.
对于UPS整个系统构架，可以说逆变器是不间断电源系统的核心，决定着输出电压波形的质量。
2.
This dissertation is focused on the research of the digital control technologies for uninterruptible power supply (UPS).
本文致力于单相不间断电源(UPS)的数字化控制。
补充资料：超导储能（storedenergyofsuperconductivity）
超导储能（storedenergyofsuperconductivity）
由于超导磁体环流在零电阻下无能耗运行，所以超导线圈中可持久地储存电磁能，且在短路情况下运行，称超导储能。它的优点在于：⑴一次储能可长期无损耗地保存，又可瞬时放出；⑵储存能量高，现已可达107J/m3以上；⑶用低压电源励磁即可；⑷装置体积小；⑸节省了常规所需的送变电设备和减少送变电损耗。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条