Review on the development of aviation electromechanical system integration technology

The aircraft electromechanical system has achieved comprehensive integration in terms of energy, 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 connotation 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, system function integration, and energy optimization integration. The technical characteristics, typical architecture, and key technologies of each stage are discussed in detail. It is proposed to achieve a leapfrog enhancement of domestic electromechanical comprehensive technology by developing architecture technology, energy management integration and verification technology, and high-performance and high security computing platform technology under unified resources, which has certain guiding significance.