The characteristic of dynamic increasing capacity models are studied,and the overall structure of on-line conductor temperature monitor system is introduced. At the temperature measure terminal,solar energy combined with battery provide its power supply.
本文系统地分析了国内外输电线路增容的研究情况,从导线温度与输电线路载流量的关系入手,研究了基于导线运行温度的输电线路动态增容理论模型,提出了高压输电线路导线温度在线监测系统的总体结构,在测温终端采用太阳能与蓄电池结合供电的方式,很好地解决了测温终端取电困难的问题。
参考来源 - 高压输电线路导线温度在线监测系统研究与实现·2,447,543篇论文数据，部分数据来源于NoteExpress
这种光纤输电导线（FOTC），可精确掌握导线温度变化曲线，从而增大输电线路的容量，提高输电线路的可靠性。
The fiber-optic transmission conductors (FOTCs) can increase capacity and reliability of transmission lines by providing accurate profiles of the temperature.
由于补偿导线和热电偶的热电级材料并不完全相同，所以要求它们连接处两接点温度相同，否则又会引入误差。
Since the electrode material of compensating wire and cable and thermocouple are different, the two contacts at the connection must be at the same temperature to avoid further error.
进行各种电阻温度测量时，建议使用三根导线的热电阻探测器电缆。这样就可降低环境温度对电缆的影响。
With all the resistance-temperature measurements, the use of three conductor RTD cable is recommended. The effect of ambient temperature variations on the cable is thereby minimized.
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