偏远地区的无线电中继建设协调电力系统

Suhardhika Sih Sudewanto
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引用次数: 0

摘要

电网和变电站的扩建对电力系统的协调性提出了更高的要求。无线电通信系统是满足这种需求的许多方法之一。无线电通信系统的范围受地理位置的限制。建立一系列覆盖广泛区域的无线电链路不再是拥有高质量、可靠的无线电通信系统的解决方案。因此,无线电中继器需要一个最优的位置来覆盖所有在电力系统协调中起关键作用的站点。山地地理区域的最佳位置通常位于远离文明的偏远地区。在工程上需要更多的努力来建立一个无线电中继站。选址方法和开发阶段将通过软件模拟和实际调查进行测试,以确定建立无线电中继器所需的设备,并用于管理目的。由于平均衰减余量为25 dB,无线电中继器的位置被认为是最佳的,足以最大化电力系统的协调。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pembangunan Repeater Radio di Daerah Terpencil untuk Koordinasi Sistem Tenaga Listrik
Expansion of the electrical network and substation makes a demand for better electricity system coordination. A radio communication system is one of many ways that fulfill such demand. The range of radio communication systems is limited by geographical location. Establishing a series of radio links to cover a wide area can not be considered as a solution to have good quality and reliable radio communication system anymore. Therefore, It needs one optimal location for radio repeater to cover all sites that have a crucial role in electricity system coordination. The optimal location for the mountainous geographical region is usually located in a remote area, far from civilization. It will need more effort on engineering to establish a radio repeater site. The selection method of location and development phase will be done by software simulation and actual survey to conduct testing, to determine the equipment needed to build radio repeater, and for administrative purposes. With the average fade margin of 25 dB, the location of the radio repeater is considered optimal enough to maximize electricity system coordination.
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