基于GSPN的区域综合能源能耗控制系统设计

Design of regional comprehensive energy consumption control system based on GSPN

在区域性综合能源调度体系中,极易因电子能耗量的增大,而导致严重的电信号损失。为解决此问题,设计了基于GSPN的区域综合能源能耗控制系统。利用能耗控制电路,提供能源信号整合构件与能耗量统计单元,计算所需的电子传输量,搭建控制系统的硬件执行体系。在此基础上构建GSPN模型,通过计算能源信号输出量的方式,确定与区域性主机相关的电子量综合处理权限,完成控制系统的软件体系环境搭建,联合各级硬件设备结构元件,实现基于GSPN区域综合能源能耗控制系统。实验结果表明,GSPN型控制系统能够避免电子传输量在单位时间内出现过度消耗的情况,在区域性综合能源调度体系中,电信号损失率明显低于当前常见的BDD型控制系统。

In the regional integrated energy dispatch system,it is extremely easy to cause serious electrical signal loss due to the increase in electronic energy consumption.To solve this problem,a regional integrated energy consumption control system based on GSPN was designed.Use the energy consumption control circuit to provide energy signal integration components and energy consumption statistics units,calculate the required electronic transmission volume,and build the hardware execution system of the control system.On this basis,the GSPN model is constructed.By calculating the energy signal output,the comprehensive processing authority of electronic quantities related to the regional host is determined,the software system environment of the control system is completed,and the structural elements of the hardware equipment at all levels are combined to realize the basis GSPN regional integrated energy consumption control system. The experimental results show that the GSPN control system can avoid the excessive consumption of the electronic transmission volume per unit time.In the regional integrated energy dispatch system,the electrical signal loss rate is significantly lower than the current common BDD control system.