考虑数据完整性的数字化电网中台优化系统

Digital power grid middle platform optimization system considering data integrity

为了有效提高系统信噪比和运行效率,加快信息发送速率,确保系统运行稳定性,设计考虑数据完整性的数字化电网中台优化系统。根据信息自适应控制逻辑,设计自适应优化电路;通过分析数字化电网中台数据,利用隐含攻击路径,找出相同中台数据中的已知漏洞信息;计算数据漏洞的利用率,结合自适应性优化流程,实现数字化电网中台优化。测试结果表明,该系统的信噪比和运行效率较高,中台信息发送速率较快,能够有效确保系统运行稳定性。

In order to effectively improve the signal-to-noise ratio and operation efficiency of the system,speed up the information transmission rate and ensure the operation stability of the system,a digital power grid middle platform optimization system considering data integrity is designed.According to the information adaptive control logic,an adaptive optimization circuit is designed.By analyzing the middle platform data of digital power grid,using the implicit attack path,the known vulnerability information in the same middle platform data is obtained,the utilization rate of data vulnerabilities is calculated,and the middle platform optimization of digital power grid is realized combined with the self-adaptive optimization process.The test results show that the system has high signal-to-noise ratio and operation efficiency,and the medium platfrom information transmission rate is fast,which can effectively ensure the operation stability of the system.