Simulation system of power transformation equipment

Abstract

The invention provides a simulation system of power transformation equipment. The simulation system comprises a user interaction platform and a simulation calculation platform. The user interaction platform is provided with a visual interface and is used for interacting with a user; the simulation calculation platform is connected with the user interaction platform, a plurality of pieces of simulation software are integrated in the simulation calculation platform, and the simulation calculation platform is used for calling the simulation software corresponding to the simulation requirements for simulation according to the product parameters in the product design information input by the user through the user interaction platform and the simulation requirements so as to form a simulation analysis report; wherein the simulation analysis report comprises a simulation result, the simulation result comprises a plurality of sub-simulation results, and each sub-simulation result is obtained by each piece of simulation software. Simulation modeling operation can be simplified, and the use requirement for a simulation software user is lowered.

Description

technical field [0001] The invention belongs to the field of simulation calculation, and in particular relates to a simulation system of power transformation equipment. Background technique [0002] The scheme design verification of power transformation equipment such as transformers and reactors in the design stage is a job that requires high technical ability of personnel. First, the designer needs to have a solid theoretical foundation and rich design experience, and the design verification process often involves Temperature rise, electromagnetic, insulation, short-circuit and other professional interdisciplinary, it is more difficult; secondly, the design ideas and modeling methods adopted by different designers are quite different, it is difficult to achieve standardization of parameters and is not conducive to optimization analysis; thirdly, at present, it is mainly Relying on experience and specific target optimization results for manual adjustment, the steps are repe...

AI Technical Summary

Problems solved by technology

[0002] The scheme design verification of power transformation equipment such as transformers and reactors in the design stage is a job that requires high technical ability of personnel. First, the designer needs to have a solid theoretical foundation and rich design experience, and the design verification process often involves Temperature rise, electromagnetic, insulation, short-circuit and other professional interdisciplinary, it is more difficult; secondly, the design ideas and modeling methods adopted by different designers are quite different, it is difficult to achieve standardization of parameters and is not conducive to optimization analysis; thirdly, at present, it is mainly Relying on experience and specific target optimization results for manual adjustment, the steps are repeated and the process is cumbersome, which makes the design efficiency low and it is difficult to obtain satisfactory results

[0003] In addition, simulation software can be used for simulation verification at present, but because the current simulation software corresponding to temperature rise, electromagnetic, insulation, short circuit, etc. Requires users to have strong theoretical foundation, design experience and modeling operation ability to use

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