A motor integrated design simulation system and method thereof

Abstract

The invention discloses a motor integration design simulation system and a method thereof. The system comprises a data layer, a service layer, a business layer and an interaction layer, wherein the business layer comprises a motor template selection module, a structure parameter calculation module, a three-dimensional structure display module, an electromagnetic analysis module, a thermal analysis module and a system simulation analysis module. The method includes the steps: selecting motor types; inputting performance indexes; calculating structure parameters; displaying a three-dimensional model; performing electromagnetic analysis, thermal analysis and system simulation analysis. By the aid of a guide type interface, a motor structure is visually and rapidly calculated, motor performances are simulated, verified and analyzed on the basis to form a 'design-verification-analysis' integrated tool platform, design efficiency is improved, research and development costs are reduced, design flow is standardized, and design experience is accumulated.

Description

technical field [0001] The invention belongs to the field of spacecraft electric control system design, and in particular relates to a motor integrated design simulation system and a method thereof. Background technique [0002] The torque compensation wheel is a typical aircraft attitude stabilization system. Its principle is to change the momentum moment vector of the flywheel and absorb the excess momentum moment vector of the rest of the spacecraft, so as to achieve the purpose of spacecraft attitude control. Since the 1970s, this system has been widely used in many types of spacecraft. With the rapid development of space technology and the increasingly complex and diverse space missions, the requirements of spacecraft for attitude stabilization systems are also getting higher and higher. , so the performance index requirements for torque compensation wheels are also increasing, such as greater output torque, smaller volume and weight, higher precision and longer service...

AI Technical Summary

Problems solved by technology

[0003] Existing design methods can meet general design requirements, but there are still a series of challenges, such as: low design efficiency, difficulty in accumulating key technologies, lack of system-level dynamic analysis, long design iteration cycle and high cost, simulation and The utilization rate of design analysis and simulation models is not high, etc.

The simulation analysis model that often spends a lot of effort to establish cannot be used in other models, or cannot be used after changing a designer, resulting in a waste of design resources

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