作为低压用户相位检测介质的电力线载波(PLC)

None Anang Dasa Novfowan, None Mochammad Mieftah, None Wijaya Kusuma, None Slamet Nurhadi
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引用次数: 0

摘要

由于配电变电站众多,家庭用户多为单相低压用户,因此客户相位校验在负载均衡过程中变得非常重要。先前研究过的使用无线电频率通信媒体的用户相位检测系统,如果在两(两个)配电变电站之间的边界地区使用,则被认为有效性较低。认为低压客户相位检测方法如果通过电力线载波(PLC)介质,即通过电力线进行数据通信,将更加有效。该系统由两个设备组成,即安装在低压面板上的发送器(称为主)和由移动设备携带到检测相点的接收器(称为从)。利用电力线卡丽从发送器到接收器的短距离相位检测在一个子面板上成功率100%,传输速度为9600波特率,短距离平均检测时间为5秒。对于长距离检测,有时检测时间相对较长(±120秒)甚至失败,可能是由于沿导体的连接质量被检测到,从而在网络中造成噪声。
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Power Line Carrier (PLC) sebagai Media Pendeteksi Phasa Pelanggan Tegangan Rendah
With so many distribution substations and the number of household customers, most of whom are single-phase low voltage customers, customer phase verification becomes very important in the load balancing proces. The customer phase detection system that has been studied previously, using radio frequency communication media over the air, is considered less valid if used in border areas between 2 (two) distribution substations. It is felt that the low voltage customer phase detection method will be more valid if it is carried out via Power Line Carrier (PLC) media, namely data communication via electrical lines. And this system consists of two devices, namely a transmitter (called the Master) which is installed on the LV Panel and a receiver (called the Slave) which is carried by the mobile to the detected phase point Short distance phase detection using Power Line Carrie from transmitter to receiver has a 100% success rate in one sub-panel with a transfer speed of 9600 baudrate, with an average detection time for short distances of 5 seconds. For long distance detection, sometimes the detection time is relatively long (± 120 seconds) or even failed, possibly due to the quality of the connection along the conductor being detected, thus causing noise in the network.
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