电磁兼容技术在电力系统自动化设备中的应用分析

Application and Analysis of Electromagnetic Compatibility Technology in Power System Automation Equipment

随着我国的电力事业的发展,对于电力系统运行的安全性、稳定性与可靠性提出更高的要求。然而,由于电力系统自动化设备通常在工作运行过程中受到外界干扰,导致其无法正常运行或运行受到障碍,因此需要运用技术来保障设备能够正常工作。电磁波干扰是最为常见的影响设备运转过程的因素,目前可以通过电磁兼容技术来有效提升设备的抗干扰性。这种技术是目前市场上效果最好的技术之一,能够保障设备即便在较为强烈的电磁干扰之下仍能够正常运转,因此得到研究人员的重视。当前存在的问题在于设备受到越来越严重的影响,因此需要进一步发展和完善电磁兼容技术,以此发挥该技术的作用保证设备正常运转。本文主要研究了当前电力系统自动化设备电磁兼容的问题,并提出了有效的解决措施,为保障电力系统正常的运行提供一定的参考与借鉴。

With the development of China’s power industry, higher requirements are put forward for the security, stability and reliability of power system operation. However, since the power system automation equipment is usually disturbed by external interference in the process of operation, leading to its normal operation or operation is hindered, so it is necessary to use technology to ensure that the equipment can work normally. Electromagnetic interference is the most common factor affecting the operation process of equipment. At present, electromagnetic compatibility technology can effectively improve the anti-interference of equipment. This technology is one of the most effective technologies on the market at present. It can guarantee the normal operation of the equipment even under the strong electromagnetic interference. Therefore, researchers pay attention to it. At present, the problem is that the equipment is being more and more seriously affected, so it is necessary to further develop and improve the electromagnetic compatibility technology in order to play the role of this technology to ensure the normal operation of the equipment. This paper mainly studies the electromagnetic compatibility of the current power system automation equipment, and puts forward effective measures to ensure the normal operation of the power system to provide some reference and reference.