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综合化机电系统发展综述

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飞机机电系统在综合化的需求牵引和技术牵引下,实现了能量、功能、物理和控制方面的全面综合,执行任务效能的能力实现了质的飞跃.对综合化机电系统的发展进行了系统性研究,阐述了机电综合的本质、内涵;按照综合化水平的不同,将机电综合发展分为控制管理综合阶段、系统功能综合阶段和能量优化综合三个阶段,详细论述了每个阶段的技术特征、典型架构和关键技术;提出通过发展统一资源下的架构技术、能量管理集成和验证技术和高性能高安全计算平台技术,实现国内机电综合技术的跨越式发展,具备一定的指导意义.
Review on Development of Integrated Aircraft Electromechanical System
The aircraft electromechanical system has achieved comprehensive integration in terms of ener-gy,function,physics,and control under the traction of comprehensive requirements and technology,and has achieved a qualitative leap in the ability of execution of task efficiency.This paper systematically studies the development of integrated electromechanical systems and elaborates on the essence and conno-tation of electromechanical integration.According to the different levels of integration,the development of electromechanical integration can be divided into three stages,that is control management integration,sys-tem function integration,and energy optimization integration.The technical characteristics,typical archi-tecture,and key technologies of each stage are discussed in detail;It is proposed to achieve a leapfrog en-hancement of domestic electromechanical comprehensive technology by developing architecture technolo-gy,energy management integration and verification technology,and high-performance and high security computing platform technology under unified resources,which has certain guiding significance.

electromechanical systemintegrationcontrol and managementenergy and optimization

呼明亮、闫稳、赵君

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航空工业西安航空计算技术研究所,陕西西安 710000

中国航空工业集团公司上海航空测控技术研究所,上海 201000

机电系统 综合化 控制管理综合 系统功能综合 能量优化综合

2024

航空计算技术
中国航空工业西安航空计算技术研究所

航空计算技术

CSTPCD
影响因子:0.316
ISSN:1671-654X
年,卷(期):2024.54(6)