智能电网调度技术系统人机界面优化设计

Optimum design of man-machine interface for smart grid dispatching technology system

人机界面是智能电网调度技术系统与人进行交互的媒介和窗口,关系着电力调度的效率和质量。为此,针对当前智能电网调度技术系统人机界面布局匹配精度不足的问题,提出一种智能电网调度技术系统人机界面的优化设计。优化设计过程分为3部分:对当前智能电网调度人机界面进行分析,明确其不足,针对不足建立数学模型,并利用遗传蚁群算法进行求解,利用专家评价方法对优化前后的人机界面进行匹配精度评估,实验结果表明:优化后的人机界面匹配精度达到98.7%,与优化前相比,更接近于100%,由此说明优化后的人机界面布局更为合理。

Man-machine interface is the medium and window for smart grid dispatching system to interact with people,which is related to the efficiency and quality of power dispatching. For this reason,an optimal design of the human-machine interface of smart grid dispatching technology system is proposed to solve the problem that the layout matching precision of the human-machine interface of smart grid dispatching system is insufficient. Optimization design process is divided into three parts:analysis of the current smart grid scheduling man-machine interface,clear its deficiencies,in view of the lack of mathematical model is established,and by using the genetic ant colony algorithm to solve,before and after the use of expert evaluation method to optimize the human-computer interface matching precision evaluation,the experimental results show that the optimized human-machine interface matching accuracy reached 98.7%,compared with before optimization,closer to 100%,which shows that the optimized human-machine interface layout is more reasonable.