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Probabilistic assessment of impacts of real-time line ratings on distribution networks

机译：实时线评级对分销网络影响的概率评估

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Underground cabling systems which includes cables and ducts play a vital role in the planning and assessment of electro-thermal coordination that will incorporate smart energy transmission and utilize the prevailing weather conditions in implementing future smart distribution systems. This paper investigates the effects of increased adequacy through real-time line thermal ratings on network losses and risk of ageing. The analysis is performed on a range of underground cable duct installation methods in a distribution network. The paper proposes a new technique of assessing the reliability of distribution systems when real-time line rating is implemented on power cables considering the ducting methods and accounting for the reliability risks of cable ageing. Probabilistic assessments on nine different ducting installations for a buried 22kV XLPE cable showed that an oil pressure type cable ducting has the lowest risk of asset ageing when real-time line rating is implemented on the network.
机译：包括电缆和管道的地下布线系统在对电热协调的规划和评估中起着至关重要的作用，该系统将包含智能能量传输，并利用在实现未来的智能分配系统方面的普遍天气条件。本文通过对网络损失的实时线热评级和老化风险来调查充分性提高的影响。在分销网络中的一系列地下电缆管道安装方法进行分析。本文提出了一种新的技术，用于评估分配系统的可靠性，当考虑管道方法的电力电缆上的电力电缆在电缆上实现了电力电缆和占电缆老化的可靠性风险。诸如埋设22kV XLPE电缆的九个不同管道装置的概率评估显示，当在网络上实施实时速率时，油压型电缆管道具有最低的资产老化风险。

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