Mochamad Zaeynuri Setiawan, Fachrudin Hunaini, Mohamad Mukhsim
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摘要

变电站中经常出现的现象是出线电缆绝缘部分放电的问题。局部放电是正离子和负离子的跳跃,它们不应该相遇,所以它可以引起火花跳跃。如果局部放电时间过长,可能会导致绝缘失效,蛇的嘶嘶声和最可能导致出线电缆上的闪络。为了预测出线电缆的隔离干扰,在电缆绝缘中制作了局部放电检测样机。可简化变电站操作人员检查各隔间出线侧绝缘可靠性的工作。因此编制了一种测量测量过程中局部放电声波的方法,采用麦克风传感器,Arduino Mega 2560模块作为微控制器,LCD TFT作为监控,MicroSD卡模块作为存储。麦克风传感器是一种对声音具有高灵敏度的传感器,具有2个模拟和数字读数,并且易于用微控制器设计。基本上,在局部放电时测量的单位是分贝。原型的结果可以应用于隔间,其工作方式是将原型与出柜电缆匹配,然后从电缆靴连接器到出柜电缆底部测量,距离为1米。然后测量结果将在TFT液晶屏上以局部放电的测量结果、图形和类别的形式进行监控。在本设计中,麦克风的测量数据可以用microSD存储,以便对出线电缆绝缘的局部放电处理进行评估。
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Prototype Sistem Deteksi Partial Discharge Pada Isolasi Kabel Menggunakan Sensor Microphone
The phenomenon that often arises in a substation is the problem of partial discharge in outgoing cable insulation. Partial discharge is a jump of positive and negative ions that are not supposed to meet so that it can cause a spark jump. If a partial discharge is left too long it can cause insulation failure, the sound of snakes like hissing and the most can cause a flashover on the outgoing cable. Then a partial discharge detection prototype was made in the cable insulation in order to anticipate the isolation interference in the outgoing cable. Can simplify the work of substation operators to check the reliability of insulation on the outgoing side of each cubicle. So it was compiled as a method for measuring sound waves caused by partial discharge in the process of measuring using a microphone sensor, the Arduino Mega 2560 module as a microcontroller, the LCD TFT as a monitoring and the MicroSD card module as its storage. The microphone sensor is a sensor that has a high sensitivity to sound, has 2analog and digital readings, and is easily designed with a microcontroller. Basically the unit of measure measured at partial discharge is Decibels. The results of the prototype can be applied to the cubicle and the way it works is to match the prototype to the outgoing cubicle cable then measure from the cable boots connector to the bottom of the outgoing cable with a distance of 1 meter. Then the measurement results will be monitored on the TFT LCD screen in the form of measurement results, graphs and categories on partial discharge. In this design the measurement data made by the microphone can be stored with microSD so that it can make an evaluation of partial discharge handling in outgoing cable insulation.
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