电力市场技术支持系统人机图形组态架构及关键技术

Architecture and Key Technologies of Human-Machine Graphic Configuration for Technical Supporting System of Electricity Market

电力市场技术支持系统需要随市场规则变化不断调整,现有的电力市场技术支持系统在人机图形展示方面主要依赖定制化开发,在运维升级方面存在明显局限。文中结合电力市场数据特点,分析电力市场数据的图形展示交互需求,提出一种电力市场多维度数据灵活展示的图形组态架构,并对其关键技术如属性引用及事件交互组态、多维数据动态关联定义、基于推送和触发模式相融合的数据交互、业务人机操作的扩展等进行了讨论。最后,通过实际应用结果验证了所提人机图形组态架构的可行性。

The technical supporting system of the electricity market needs to be constantly adjusted with changes in market rules.The existing electricity market technical supporting system mainly relies on customized development in terms of human-machine graphic display, and has obvious limitations in operation and maintenance upgrades. Combining with the characteristics of electricity market data, this paper analyzes the graphic display and interactive requirements of electricity market data, and proposes a graphic configuration architecture for flexible display of the multidimensional data of the electricity market. Its key technologies are discussed including attribute reference and event interactive configuration, dynamic association definition of multidimensional data, the data interaction based on the integration of push and trigger modes, and expansion of business human-machine operation.Finally, the practical application results verify the feasibility of the proposed human-machine graphic configuration architecture.