摘要
电力载波通信信号在传输过程中存在衰减,为降低电力载波通信传输误码率,实时监测信号传输行为,设计了基于多参数识别的电力载波通信信号监测系统。根据动态遗忘因子取值范围,建立多参数识别机制,再联合相关载波通信数据,求解信号衰减参数,完成对电力载波通信的可行性分析。按照载波通信体系整体架构的布局形式,确定滤波器、耦合器元件所属连接位置,完成电力载波通信信号监测系统设计。对比实验结果表明,在多参数识别机制作用下,电力载波通信传输误码率最大值仅为23.5%,在实时监测信号传输行为方面具有突出应用价值。
The power carrier communication signal has attenuation in the transmission process.In order to reduce the transmission error rate of power carrier communication and monitor the signal transmission behavior in real time,a power carrier communication signal monitoring system based on multi parameter identification is designed.According to the value range of dynamic forgetting factor,a multi parameter identification mechanism is established,and then the related carrier communication data is combined to solve the signal attenuation parameters to complete the feasibility analysis of power carrier communication.According to the layout form of the overall architecture of the carrier communication system,determine the connection position of the filter and coupler elements,and complete the design of power carrier communication signal monitoring system.The experimental results show that the maximum transmission error rate of power carrier communication is only 23.5%,under the action of multi parameter identification mechanism,which has outstanding application value in real-time monitoring signal transmission behavior.
作者
段冬东
林琅
陈伟
DUAN Dongdong;LIN Lang;CHEN Wei(State Grid Queshan County Power Supply Company,Zhumadian 463000,China;State Grid Zhumadian Power Supply Company,Zhumadian 463000,China)
出处
《电子设计工程》
2024年第14期155-158,164,共5页
Electronic Design Engineering
关键词
多参数识别
电力载波
通信信号监测
动态遗忘因子
衰减参数
传输误码率
multi parameter identification
power carrier
communication signal monitoring
dynamic forgetting factor
attenuation parameters
transmission error rate
