1) conductor temperature
导线温度
1.
The real-time capacity-increase technology of transmission lines is adopted to increase transmission current capacity of transmission lines,by which the conductor temperature,the ambient temperature and the wind speed can be timely measured and the transmission current capacity can be adjusted dynamically without breach of available rules.
电力系统可采用实时增容技术来提高现有输电线路的输送载流量,实现对导线温度、环境温度、风速等因素的实时监测,从而在不改变现行技术规程规定的前提下动态调整输送载流量。
2.
It\'s difficult to accurately calculate the value of the conductor temperature using the currently available methods since it is not only influenced by the line load,but also related to tension and environmental factors such as wind speed,wind directions,and sunshine.
现有检测导线温度的方法存在计算困难、精度偏低且不稳定等问题。
2) conductor temperature model
导线温度模型
1.
Line dynamic capacity error analysis based on conductor temperature models;
基于导线温度模型的线路动态容量误差分析
3) high-temperature low-sag conductor
高温-低弛度导线
4) conductor allowable temperature
导线允许温度
1.
Feasibility study of 110 kV urban network on increasing conductor allowable temperature in alpine-cold region;
高寒地区110kV城网中提高导线允许温度的可行性研究
5) conductor average temperature
导线平均温度
6) permeability-temperature curve
导磁率-温度曲线
补充资料：铂电阻温度表(见电阻温度表)
铂电阻温度表(见电阻温度表)
表。bod旧nZu wendubiao铂电阻温度表见电阻温
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