高压输电线路是电力输送的关键,尤其是在智能电网的核心构成中,为了满足较大范围和规模的供电需求,必须确保高压输电线路达到标准的运行要求。电力设备运行状态在线监测系统具有科学的监测作用,可以对电力设备的运行状态进行持续的和实...高压输电线路是电力输送的关键,尤其是在智能电网的核心构成中,为了满足较大范围和规模的供电需求,必须确保高压输电线路达到标准的运行要求。电力设备运行状态在线监测系统具有科学的监测作用,可以对电力设备的运行状态进行持续的和实时的监测,为了达到更好的监测质量和效果,需要加强对电力设备运行状态监测系统的设计,针对多元化的监测需求,不断完善系统的监测技术。但技术的提高受到较多因素的影响,导致较多的系统问题,不仅无法达到监测标准,还会造成电力设备运行故障,所以更要注重电力设备运行状态在线监测系统设计的可实现性。Abstract:High-voltage transmission lines are the key to power transmission, especially in the core composition of smart grids. In order to meet the needs of large-scale and large-scale power supply, it is necessary to ensure that high-voltage transmission lines meet the standard operation requirements. The online monitoring system for the operation status of power equipment has a scientific monitoring function, which can continuously and real-time monitor the operation status of power equipment. In order to achieve better monitoring quality and effect, it is necessary to strengthen the design of the monitoring system for the operation status of power equipment. In response to diversified monitoring needs, we will continuously improve the monitoring technology of the system. However, the improvement of technology is affected by many factors, resulting in many system problems, not only failing to meet the monitoring standards, but also causing malfunctions in the operation of power equipment.展开更多
文摘高压输电线路是电力输送的关键,尤其是在智能电网的核心构成中,为了满足较大范围和规模的供电需求,必须确保高压输电线路达到标准的运行要求。电力设备运行状态在线监测系统具有科学的监测作用,可以对电力设备的运行状态进行持续的和实时的监测,为了达到更好的监测质量和效果,需要加强对电力设备运行状态监测系统的设计,针对多元化的监测需求,不断完善系统的监测技术。但技术的提高受到较多因素的影响,导致较多的系统问题,不仅无法达到监测标准,还会造成电力设备运行故障,所以更要注重电力设备运行状态在线监测系统设计的可实现性。Abstract:High-voltage transmission lines are the key to power transmission, especially in the core composition of smart grids. In order to meet the needs of large-scale and large-scale power supply, it is necessary to ensure that high-voltage transmission lines meet the standard operation requirements. The online monitoring system for the operation status of power equipment has a scientific monitoring function, which can continuously and real-time monitor the operation status of power equipment. In order to achieve better monitoring quality and effect, it is necessary to strengthen the design of the monitoring system for the operation status of power equipment. In response to diversified monitoring needs, we will continuously improve the monitoring technology of the system. However, the improvement of technology is affected by many factors, resulting in many system problems, not only failing to meet the monitoring standards, but also causing malfunctions in the operation of power equipment.