基于MATLAB GUI的车用电池散热器计算平台设计

Design of Vehicle Battery Radiator Calculation Platform Based on MATLAB GUI

为了更好地解决电池散热问题,基于MATLAB GUI的人机交互功能,开发了用于车用电池散热的散热器设计计算平台,根据散热器不同的设计任务和需求,编写了相应的GUI对象控件回调函数,设计了包含散热器关键参数设计模块、历史查询模块、数据存储模块、图形生成模块、特性仿真模块的平台。该平台界面简洁,操作过程中设置了大量提示框和报错框,用户能更直观地了解设计中的错误,便于及时改正、修复;清除按钮和多种输入方式的设计都为散热器研究领域人员提供了简便的参数输入及结果输出的友好操作界面。使用该平台能缩短散热器产品的研发周期、降低研发成本,用户能够快速熟练地掌握使用方法,进一步提高工作效率,具有重要的工程意义和实用价值。

In order to better solve the problem of battery heat dissipation,based on the human-computer interaction function of MATLAB GUI,this paper develops a radiator design and calculation platform for vehicle battery heat dissipation.According to the different design tasks and requirements of the radiator,the corresponding GUI object control callback function is written,and the platform including the radiator key parameter design module,the history query module,the data storage module,the graph generation module,and the characteristic simulation module is designed.The interface is simple,and a large number of prompt boxes and error reporting boxes are set in the operation process,so that the user can more intuitively understand the errors in the design,which is convenient for timely correction and repair.The design of clear button and various input modes provides a friendly operation interface for researchers in the field of radiator research to input parameters and output results conveniently and simply.Using this platform can shorten the R&D cycle of radiator products,reduce R&D costs,enable users to quickly and skillfully master the use methods,and further improve work efficiency.It has important engineering significance and application value.