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In order of saving energy and improving the performance of the airborne systems, modern aircraft increasingly uses electrical energy to replace the current hydraulic, pneumatic energy on the plane. The goal of more electric aircraft is that electric drive equipments replace mechanical, hydraulic and pneumatic equipments directly driven by the original engine to obtain high performance and high efficiency. The increase of electrical loads leads to cause power supply system compatibility problems. The concerned issue is power interference by power electronic loads, including electric actuator which is the most typical interference load. The common research method of solving power system compatibility is integrated simulation and analysis which include power, cables, electric equipments. Due to diversity of system compatibility issues, it is difficult to realize the large-scale integrated simulation. This paper applies multi-resolution modeling in power supply system compatibility simulation, and describes conductive electromagnetic interference, power stability interference and disturbance of dynamic load power which is electric actuator as typical electrical equipment.

Multi-resolution Modeling In Application Of Power Supply System Compatibility On More Electric Aircraft