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A. Q. Song, Y. C. Cheng and Y. Dai, “Characteristics of Temperature Sensor Using in the Dynamic Capacity of the High Voltage Line,” The Chinese Society of Electrical Engineering Professional Committee of the high voltage, Jinan, China, 2011.

has been cited by the following article:

• TITLE: Characteristic Analysis of DS18B20 Temperature Sensor in the High-voltage Transmission Lines’ Dynamic Capacity Increase

  AUTHORS: Song Nie, Yang-chun Cheng, Yuan Dai

  KEYWORDS: DS18B20 Temperature Sensor; Measurement Error; Dynamic Capacity Increase; Data Analysis

  JOURNAL NAME: Energy and Power Engineering, Vol.5 No.4B, October 30, 2013

  ABSTRACT: Dynamic capacity increase in high voltage electric power transmission line is currently the most economical method for solving electric power transmission bottleneck nowadays. DS18B20 temperature sensor is applied to the dynamic capacity increase of high voltage transmission lines to measure the conductor temperature and ambient temperature. The paper is focused on the experiment of DS18B20 both in the laboratory and outside. From the result of the lab temperature measurement data analysis, using 4 DS18B20’s is the most suitable plan, considering both accuracy and economical efficiency. In the experiment outside, we get four groups of conductor (uncharged) temperature and four groups of ambient temperature. The data proved that DS18B20 has good stability, and small measurement error. It is suitable for measuring the temperature of conductor and ambient in dynamic capacity increase, and helpful to improve the accuracy of the calculation of capacity increasing.