Unidirectional conduction device dynamo-electric integration design method

Abstract

The invention discloses a unidirectional conduction device dynamo-electric integration design method comprising the following steps: setting up an electronic device electrical simulation model; setting up an electric element and composition element three dimensional model database and setting up a parameterization unidirectional conduction device empty cabinet three dimensional model template; setting up a cable model database. The invention provides a direct interactive input interface, so normal technical personnel and especially technical personnel, which are not familiar with electrical software and three dimensional modeling software, can conveniently finish unidirectional conduction device digit prototype whole machine design and electrical analysis integration operation, thus simplifying a configuration process, reducing repeat works, and improving design production efficiency.

Description

technical field [0001] The invention relates to an electromechanical integration design method, in particular to an electromechanical integration design method for a one-way conducting device, belonging to the technical field of stray current protection in subway systems Background technique [0002] As my country's urban rail transit has entered the peak period of large-scale construction, the requirements for the design and manufacture of one-way conducting devices are getting higher and higher. In the vast majority of subway design schemes in my country, the method of setting insulating junctions on the track and adding one-way conducting devices is adopted to protect against stray currents. Especially in some special areas such as the overhaul and parking garage of the depot, the entrance and exit of the river-crossing tunnel, etc., the leakage of stray current is increased due to the reduction of the excessive resistance of the track to the ground. Because different su...

AI Technical Summary

Problems solved by technology

[0003] At present, the electrical analysis of the one-way conduction device and the design of the whole machine of the digital prototype are relatively separated and independent, which is not conducive to the improvement of the performance of the whole machine

For different power supply system parameters and functional requirements, although the one-way conduction device is similar, the electrical analysis process and digital prototype cannot be reused, and cumbersome settings and operations need to be repeated, and repeated operations occupy most of the design time.

Images