Electricity-magnetism-heat-force collaborative optimization intensive power supply and distribution system integrated structure

Abstract

The invention discloses an electricity-magnetism-heat-force collaborative optimization intensive power supply and distribution system integrated structure, and belongs to the technical field of power supply and distribution systems. The device comprises a top-layer intelligent control and communication unit, a middle-layer high-frequency power conversion unit group, a bottom-layer heat dissipation and structure bearing unit, an integrated shielding protection shell and an interface magnetic shielding monitoring unit module, high integration is realized through a vertical stacking coaxial framework, and the size and interconnection paths are reduced; the function multiplexing of electromagnetic protection and heat dissipation is realized by two-stage nested shielding and a targeted liquid cooling and bearing substrate; the adjustable clamping assembly which is penetrated through by full-path magnetic shielding gives consideration to interface shielding and cable adaptation flexibility; the honeycomb cut-off waveguide array is matched with SMA alloy passive driving and sensor active control to realize dynamic balance of heat dissipation and shielding; and a multi-field coupling relationship is optimized by a multi-physical field coordination strategy, so that the power density, the electromagnetic compatibility, the thermal management capability and the service reliability of the system are improved.

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