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为了提高现行服役客机机载公共设备的综合化管理水平,搭建了以ARINC429总线互连的分布式机电综合管理数字化仿真平台,建立了该仿真平台的飞机水系统受控模型。模型主要仿真水系统中水体的调度和分配,进行了水系统模型的功能和外特性仿真。仿真结果表明,在机电综合管理数字化仿真平台上,能够有效地实现实际水系统的所有功能特性,验证了机电综合管理数字化仿真平台的有效性,为飞机机电综合管理的最终实现提供了技术基础。
In order to improve the integrated management of airborne public equipment for passenger aircraft currently in service, a distributed digital integrated simulation platform for mechanical and electrical interconnection based on ARINC429 bus was established and a controlled model of the aircraft water system was established. The model mainly simulates the water system scheduling and distribution in the water system, and simulates the function and external characteristics of the water system model. The simulation results show that all the functional features of the actual water system can be effectively implemented in the digital simulation platform of the integrated mechanical and electrical management, and the validity of the digital simulation platform of the integrated mechanical and electrical management is verified. This provides the technical foundation for the ultimate realization of the integrated management of the aircraft electromechanical.