基于STM32的电力数据集成系统设计

Design of power data integration system based on stm32

由于电力数据集成应用层与集成模块存在不兼容的问题,导致电力数据集成传输系统的时延过高。为解决这一问题,设计一种基于STM32的电力数据集成系统。在硬件部分,首先构建电力数据传输电路,再通过电力数据传输机载框架完成电路设计,并针对数据转换处理模块设置转换器。在软件部分,基于STM32建立电力数据集成通道,针对数据库模型分析电力数据集成传输规律。据此,构建电力数据集成应用层,通过应用层形成电力综合数据。至此,完成基于STM32的电力数据集成系统设计。实验结果表明:与另外两种系统相比,本系统的电力数据集成传输系统时延较低,最长仅为19.7 ms。以期通过本研究为降低电力数据集成传输系统时延提供一定帮助。

Due to the incompatibility between power data integration application layer and integration module,the time delay of power data integration transmission system is too high.In order to solve this problem,this paper designs a power data integration system based on STM32.In the hardware part,first build the power data transmission circuit,then complete the circuit design through the power data transmission airborne framework,and set the converter for the data conversion processing module.In the software part,the power data integration channel is established based on STM32,and the power data integration transmission law is analyzed according to the database model.Accordingly,the power data integration application layer is constructed,and the power comprehensive data is formed through the application layer.So far,the design of power data integration system based on STM32 has been completed.The experimental results show that compared with the other two systems,the power data integrated transmission system in this paper has a lower delay,up to 19.7ms.This paper is expected to provide some help to reduce the delay of power data integrated transmission system.