Electrical test training and examination simulation system

Abstract

The invention relates to an electrical test training and examination simulation system, which belongs to the field of high-voltage electrical test teaching, and the system consists of a computer local area network part, an internet access gateway part, a remote client part, a simulation test device part and a simulation test transformer substation part. Due to the adoption of the electrical test training and examination simulation system, a completely novel top-grade training condition can be provided for different training personnel in the electrical test teaching field and especially for in-situ overhauling personnel, system operation maintenance personnel and marketing personnel, and the system is safe, reliable, flexible, strong in operability, high in training efficiency and good in effect.

Description

technical field [0001] The invention relates to a simulation system for electrical test training and assessment, which belongs to the field of high-voltage electrical test teaching. By using the system, a brand-new training mode can be provided for various personnel in the field. Background technique [0002] With the development of my country's power industry, in order to ensure the safe operation of the power system, it is necessary to provide comprehensive and systematic training for the personnel engaged in equipment maintenance and condition maintenance of the power system. The power system has a high theoretical level and field experience for such personnel. Therefore, higher requirements are put forward for the field of high-voltage electrical test training, and it is hoped that there is a good training method that can meet the training needs. [0003] There are two traditional training methods. One is "on-site training". This method allows students to learn in practic...

AI Technical Summary

Problems solved by technology

[0003] There are two traditional training methods. One is "on-site training". This method allows students to learn in practice in a real environment. The system site, real substation environment, real electrical equipment, and test equipment have a sensory understanding; because they can operate by themselves, it is relatively easy for trainees to accept relevant knowledge; the disadvantage of this training method is: the real power system site , the system is in normal operation almost all day long, and cannot provide students with actual operating conditions. If they want to operate, they need to cut off a certain part of the system to stop it from working. This is obviously unrealistic and will have a great impact on the normal operation of the system. At the same time, the site is full of high voltage, the actual live operation is very dangerous, basically unfeasible, and the training cost is high, this method cannot meet the training needs

The advantage of this training method is: compared with on-site training, it can provide more training opportunities for students at any time, reduce training costs, and reduce the risk of possible exposure to high voltage during training; the disadvantage of this training method is: there is no real In the on-site environment, students cannot touch the real substation system, physical electrical test equipment and electrical equipment, and can only use the computer to operate in the virtual state of the software, and have no sensory contact and understanding of the real electrical test equipment. , learning only in the mode of computer software, just like playing racing games on the computer does not mean that you can drive a car, pure computer software simulation training cannot solve the problem of students' actual hands-on operation

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