电池装备多学科协同设计的数据管理方法

Data Management Method for Multidisciplinary Collaborative Design of Battery Equipment

针对太阳能电池装备多学科协同设计过程中数据管理效率低下、数据交互困难、数据冗余等问题,文中提出了基于ECA规则的动态数据管理方法。该数据管理过程中利用电池装备多学科协同设计过程的数据有机械、电气、化学、物理等多学科数据的特点,通过对设计对象类进行扩展的方法建立了太阳能电池装备多学科协同设计的数据管理模型。同时,采用这样的数据管理方式为改善电池装备的协同设计水平提供了支持。通过实例验证了该数据管理方法大大地提高了企业的数据管理水平。

Aiming at the problems of low data management efficiency, difficult data interaction and date redundancy in the multidisciplinary collaborative design process for battery equipment,put forward a method of dynamic data management based on ECA rules. According to the features which the data includes mechanical, electrical, chemical, physical and others in the multidisciplinary collaborative design process for battery equipment, through the method of extending the design object class, set up solar equipment data management model of multidisciplinary collaborative design. At the same time, the use of such data management approach can provide the collaborative design level of battery equipment with support. It is illustrated by an instance that the data management method can improve greatly the management level of enterprises.