Control architecture suitable for iron core magnetic circuit multiplexing electrical system

Abstract

The invention discloses a control architecture suitable for an iron core magnetic circuit multiplexing electrical system, which multiplexes an iron core magnetic circuit into a common channel of an electromagnetic field, an electromagnetic wave and a combination of the electromagnetic field and the electromagnetic wave, so that an iron core of iron core magnetic circuit multiplexing equipment becomes a carrier of a multifunctional channel, and the constructed iron core magnetic circuit multiplexing electrical system has the advantages that the practicability is high; the central controller can control the electrical subsystem of the iron core magnetic circuit multiplexing equipment through the distributed controller while the requirements of ultra-high power, ultra-high speed and integration of multiple functions can be met, and the control requirement of a comprehensive electrical system is met. The control architecture comprises: an electrical subsystem of an iron core magnetic circuit multiplexing device, wherein an iron core of the iron core magnetic circuit multiplexing equipment is used as a magnetic circuit multiplexing channel of an electromagnetic field, an electromagnetic wave and a combination thereof; a central controller and a distributed controller, wherein the central controller establishes communication with the distributed controller, the distributed controller corresponds to the electrical subsystem and the central controller controls the electrical subsystems through the distributed controllers.

Description

technical field [0001] The invention relates to the field of electrical automation and communication, in particular to a control framework suitable for an iron core magnetic circuit multiplexing electrical system. Background technique [0002] Since the discovery of Faraday's law of electromagnetic induction and the law of Ampere's loop, people have invented motors, transformers, electromagnets and reactors; since the discovery of electromagnetic waves, people have invented radio and its antenna. [0003] my country has listed internal combustion engine hybrid power, hybrid trains, high-speed maglev trains, ship power integrated systems and electric propulsion systems, hybrid electric aircraft and pure electric aircraft as key scientific research directions, especially high-speed maglev trains, ship power integrated systems and electric power systems. The propulsion system, hybrid electric aircraft and pure electric aircraft have extremely high requirements on the power of th...

AI Technical Summary

Problems solved by technology

[0004] In the prior art, there is no integrated electrical system for motors, transformers, electromagnets, reactors, antennas and their combinations, and the purpose of multi-functional integrated applications cannot be achieved, and there is no corresponding control architecture to meet the control requirements of integrated electrical systems

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