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How hot is it? A survey of temperatures inside medium-voltage electrical enclosure across North America

机译:有多热?北美中压电气外壳内部温度的调查

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While circuit owners often monitor cable and transformer temperatures on their critical circuits, the temperatures that exist inside distribution-voltage electrical enclosures have not been well documented. This paper studies the temperatures recorded inside electrical enclosures throughout North America. The results were collected over the course of a year at four geographically different locations in cryic, mesic, thermic and hyperthermic soils and from systems operating with phase to phase voltages of 15 through 35kV. This paper illustrates the effects that the ambient conditions, seasonal load fluctuation and installation factors have on the temperatures measured inside enclosures. The internal temperatures impact the safety and long-term durability of the ancillary equipment often contained within distribution-class electrical enclosures such as cable rejuvenation equipment, rejuvenation fluid, smart sensors, partial-discharges sensors, fault indicators, etc. and this data should be given consideration in the standards and installation guidelines for those devices.
机译:虽然电路所有者经常监视其关键电路上的电缆和变压器温度,但配电电压电气外壳内部的温度尚未得到充分记录。本文研究了整个北美电气外壳内部记录的温度。在一年的过程中,从冰,中,热和高热土壤中的四个地理上不同的位置,以及从相电压为15至35kV的系统中收集的结果中收集了这些结果。本文说明了环境条件,季节性负载波动和安装因素对机柜内部测得的温度的影响。内部温度会影响通常包含在配电级电气外壳中的辅助设备的安全性和长期耐用性,例如电缆回生设备,回生液,智能传感器,局部放电传感器,故障指示器等,此数据应为这些设备的标准和安装指南中已考虑了这些因素。

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