基于云平台的多电网调峰调度自动控制系统设计

Design of automatic dispatching control system for multi power network based on cloud platform

摘要:

传统电网控制系统存在调度运行模式稳定性较差、调峰控制数据循环时间过长等弊端。为解决上述问题，设计基于云平台的新型多电网调峰调度自动控制系统。在云平台控制框架结构中，协调多电网自动调度模块、调峰执行单元间的平衡关系，完成新型系统的硬件运行环境搭建。在此基础上，通过组态端结构分解的方式，完善PLC调峰指令的存在形式，并根据多电网控制指令的流通周期，完善数据的循环运行流程，完成系统的软件运行环境搭建，实现基于云平台多电网调峰调度自动控制系统的顺利运行。模拟对比实验结果显示，与传统电网控制系统相比，应用新型系统后，调度运行模式稳定性差、调峰控制数据循环时间长的现象得到明显缓解。

Abstract:

Traditional power grid control system has disadvantages such as poor stability of dispatching and operation mode, and long cycle time of peak load control. To solve the above problems, a new multi peak load dispatching automatic control system based on cloud platform is designed. In the framework of the cloud platform control framework, the balance relationship between the multi grid automatic dispatching module and the peak regulation execution unit is coordinated, and the hardware running environment of the new system is built. On this basis, through the configuration end structure decomposition method, the existing form of PLC peak regulation instruction is perfected, and according to the circulation cycle of the multi grid control instruction, the circulation process of the data is perfected, the software running environment of the system is built, and the smooth operation of the multi grid dispatching automatic control system based on the cloud platform is realized. . The simulation results show that, compared with the traditional grid control system, after the application of the new system, the stability of the dispatching mode is poor and the time of peak control data cycle is longer.