1) ice-melting by short-circuit current
短路电流融冰
2) deicing current
融冰电流
3) transmission line/ice-melting current
输电线路/融冰电流
4) overcurrent ice-melting
过电流融冰
1.
By means of adjusting operation modes of Hunan and Jiangxi provincial power grids,the feasibility of overcurrent ice-melting for power plant outlets,main tie-lines and transmission lines in load centers are analyzed.
通过调整湖南、江西电网的运行方式,对其电厂出线、主要输电断面和负荷中心线路进行过电流融冰可行性分析,结果表明,接入220 kV电压等级的电厂出线部分实施过电流融冰可行,负荷中心环网不具备过电流融冰的可行性,负荷馈线和省内主要断面实施过电流融冰的可行性很小。
5) short circuit current
短路电流
1.
Connection solutions of limited short circuit current in power stations and substations;
限制电站和变电所中的短路电流的接线方案
2.
Analysis of effect of 1000kV UHV grid on the short circuit current of the Central China Grid and research on limiting measures of short circuit current;
特高压网架对华中电网短路电流水平的影响分析及限流措施
3.
Improving power supply capacity of Shanghai 220 kV district gird by controlling short circuit current;
控制短路电流提高220 kV分区电网可供电容量
6) short-circuit current
短路电流
1.
Analysis on short-circuit current of 10 kV distribution network with neutral point ungrounded;
10kV配电网中性点不接地短路电流的分析
2.
Study of resolving scheme for short-circuit current exceeding limit of the 220 kV busbars of Feixi substation;
肥西变电站220kV母线短路电流越限解决方案的研究
3.
Short-circuit current level and it s limited measures for hubei power grid in 2007;
湖北电网2007年短路电流水平及限制措施
补充资料:短路
分子式:
CAS号:
性质:电池内部极性相反的两片(或两组)极板彼此电接触。稳定接触称为牢固短路(hard short circuit),不稳定接触称为间歇短路(intermittent short circuit)。短路是电池早期失效的重要原因,往往是由于产品设计不合理或不严格按照工艺规程操作引起的。
CAS号:
性质:电池内部极性相反的两片(或两组)极板彼此电接触。稳定接触称为牢固短路(hard short circuit),不稳定接触称为间歇短路(intermittent short circuit)。短路是电池早期失效的重要原因,往往是由于产品设计不合理或不严格按照工艺规程操作引起的。
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