面向设备编码扩张的电力物联数据编码规范互通系统设计

Design of power Internet of Things data coding specification interoperability system for equipment coding expansion

传统电力物联数据编码规范互通无法解决设备编码扩张问题,导致编码规范互通检测的效率与准确度均偏低。为此,提出新的电力物联数据编码规范互通系统设计方法。构建电力物联数据编码状态参数融合模型,采用功率增益补偿方法实现数据编码的自适应控制,采用设备编码控制和线性融合识别方法解析参数。采用电热联合系统调节方法设计电力物联数据编码密钥,通过刚性耦合限制性调节,实现编码规范互通控制,采用物理设备参数调节法,实现编码规范性参数辨识和负荷特征分析,提高电力物联数据编码规范互通检测能力。仿真结果表明,采用该方法进行电力物联数据编码规范互通检测的效率和准确度较高,提高了电力物联数据的安全性。

The traditional data coding specification interchange of electrical Internet of Things can not solve the problem of device coding expansion,which leads to the low efficiency and accuracy of coding specification interchange detection. Therefore,a new design method of data coding specification interchange system for electrical Internet of Things is proposed.Building state parameter fusion model of power Internet of Things data coding. The power gain compensation method is used to realize the adaptive control of data coding,and the equipment coding control and linear fusion identification method are used to analyze the parameters.The combined electric and thermal system regulation method is adopted to design the encoding key of the power IoT data. Through the rigid coupling restriction regulation,the interworking control of the coding specification is realized. The parameter regulation method of physical equipment is adopted to realize the identification of coding normative parameters and load characteristic analysis,so as to improve the interworking detection ability of the data coding specification of the power IoT. The simulation results show that the proposed method has high efficiency and accuracy in the interchange detection of power IoT data coding specifications,and improves the security of power IoT data.