Standard voltage transformer simulator

Abstract

The invention provides a standard voltage transformer simulator which includes an upper computer, a control machine, a shell, a voltage transformer disposed in the shell, and a plurality of simulation wiring terminals disposed outside the shell, wherein the upper computer and the control machine are connected in a communication mode, and the control machine is connected with the simulation wiring terminals. According to the standard voltage transformer simulator, real-time simulation is carried out by the use of a computer to simulate the on-site working condition to the greatest extent, and under the condition that the appearance and functions of equipment are completely simulative, the input and output voltages are small, and reliable security guarantee can be provided for students in standard voltage transformer training examination under safe working voltage.

Description

technical field [0001] The invention relates to the field of electric energy transformers, in particular to a standard voltage transformer simulator. Background technique [0002] At present, domestic electric energy measurement and verification personnel have high mobility, slow knowledge update, uneven professional knowledge and work level, relatively few interdisciplinary talents, and few technicians who have mastered the on-site verification technology of transformers, which affects the normal detection work, mainly Because the training equipment is lagging behind, most of the training methods currently focus on theoretical training, demonstration experiments, written examinations, and on-site training, all of which have great limitations and the training efficiency is very low. [0003] Moreover, in the training in the actual environment, because the electric energy metering equipment has high voltage and high current, it will cause potential safety hazards to people an...

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Problems solved by technology

[0002] At present, domestic electric energy measurement and verification personnel have high mobility, slow knowledge update, uneven professional knowledge and work level, relatively few interdisciplinary talents, and few technicians who have mastered the on-site verification technology of transformers, which affects the normal detection work, mainly Because the training equipment is lagging behind, most of the training methods currently focus on theoretical training, demonstration experiments, written examinations, and on-site training, all of which have great limitations and the training efficiency is very low

[0003] Moreover, in the training in the actual environment, because the electric energy metering equipment has high voltage and high current, it will cause potential safety hazards to people and equipment, which limits the quality and efficiency of training.

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