Electrical test equipment simulation device

Abstract

The invention relates to an electrical test equipment simulation device and belongs to the field of high-voltage electrical test teaching. The electrical test equipment simulation device comprises an MCU (micro controller unit) processing unit, a display unit, a miniature printer, keys, a data communication unit, a control communication unit and the like, can be used with a high-voltage electrical equipment simulation model to realize entitative simulation training, can also be used with a PC (personal computer) upper computer to realize computer software simulation training, and can be further applied to a comprehensive training system which integrates the entitative simulation training and the computer software simulation training. Using the electrical test equipment simulation device can realize training of relevant personnel in the field of high-voltage electrical test teaching, and the high-voltage electrical test teaching is safe, reliable and high in operability.

Description

technical field [0001] The invention relates to a simulation device for electrical test equipment, which belongs to the field of high-voltage electrical test teaching. The device can realize the training and study of maintenance personnel, test personnel, operation and maintenance personnel and marketing personnel in the field of high-voltage electrical test teaching, and expand practical operations. Skill. Background technique [0002] With the development of my country's electric power industry, in order to meet the needs of various fault state maintenance of equipment in the safe operation of electric power, in order to maintain the stability and safety of the power system, it is necessary to require training for various personnel in the field of high-voltage electrical test teaching. It is necessary to establish a basic and effective training mode, and to create and establish certain environmental conditions, among which the hardware element - the provision of electric te...

AI Technical Summary

Problems solved by technology

[0003] The traditional high-voltage electrical test training generally adopts the training mode of "on-site training". This method uses real electrical test equipment to test various electrical equipment on site. The advantage of this training method is that the trainees are exposed to real Due to the site conditions, it is easy to have sensory knowledge. Since the trainees can operate it by themselves, it is relatively easy for trainees to accept relevant knowledge; the disadvantage of this training method is that the on-site equipment is in operation almost all day long, and it cannot provide trainees with the opportunity to train at any time. At the same time, many test items need to measure high voltage or output high voltage (such as dielectric loss tester, insulation resistance meter, DC high voltage generator and other test transformers, etc.), there is a certain danger in actual live operation, so it basically cannot meet the requirements for electrical testing. The operation and understanding of experimental testing equipment cannot meet the basic 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 physical electrical test equipment and electrical equipment, and can only use the computer to operate in the virtual state of the software. They do not have an intuitive contact and understanding of the real electrical test equipment, and only use computer software. Just as being able to play racing games on a computer does not mean being able to drive a car, pure computer software simulation training cannot solve the problem of students actually operating electric test instruments

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