基于多维数据模型的电力调控系统设计与实现

Design and implementation of power control system based on multidimensional data model

随着电网逐步向智能化发展,电力调控系统以智能电网的关键组成部件的角色存在,电力调控对于智能电网的高效运行起到了关键作用。通常情况下,电力调控系统具备了较好的通用性能及功能扩展能力,但是对于多维数据的处理存在一定的不足。因此,该研究基于多维数据模型对电力调控系统的建模进行了深入的研究,在多维方式下实现了电力调控系统数学模型的构建,有效解决了常规电力系统存在的缺陷。经过实例验证,该研究所提出的基于多维数据模型的电力调控系统对于智能电网具有更好的适应性,具备一定的科学性和有效性,可进行大规模的推广应用。

As the power grid gradually develops towards intelligence,the power regulation system exists as a key component of the smart grid,and power regulation plays a crucial role in the efficient operation of the smart grid.Under normal circumstances,power regulation systems have good general performance and functional expansion capabilities,but there are certain shortcomings in the processing of multidimensional data.Therefore,this research article conducted in-depth research on the modeling of power regulation systems based on multidimensional data models,and achieved the construction of mathematical models for power regulation systems in a multidimensional manner,effectively solving the shortcomings of conventional power systems.Through practical examples,it has been verified that the power regulation system based on multidimensional data model proposed in this research has better adaptability to smart grids,and has certain scientific and effective characteristics,which can be widely promoted and applied.