Entity simulation training device for high voltage electrical test

Abstract

The invention relates to an entity simulation training device for a high voltage electrical test, which belongs to the teaching field of high voltage electrical tests. The device comprises a high voltage electrical device entity model unit, a man-machine interaction interface unit, an MCU (Microprogrammed Control Unit) processing unit and a communication unit. The device can be independently used for entity simulation training and further can be combined with software simulation training systems. The device is safe and reliable in model and strong in operability, and different device models can be arranged according to various true devices of the true high voltage system. Various failure states and electric index values under various failure states can be set and output by the models, so that the training efficiency is high and the coverage is wide. The device can provide overall-aspect and multi-angle training and learning conditions for test personnel, operation maintenance personnel and marketing personnel in the field.

Description

Technical field [0001] The invention relates to a device used in a high-voltage electrical test entity simulation training system. The name is a high-voltage electrical test entity simulation training device, which belongs to the field of high-voltage electrical test teaching. The device can be used for maintenance personnel and test personnel in the field. , operation and maintenance personnel and marketing personnel training and learning, to expand practical skills. 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, it is very necessary to provide equipment for training and learning of high-voltage electrical maintenance personnel. [0003] Traditional high-voltage electrical test training generally adopts on-site training. The equipment provided in this way is the real high-voltage electrical equipment on site (such a...

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Problems solved by technology

[0003] Traditional high-voltage electrical test training generally adopts on-site training. The equipment provided in this way is the real high-voltage electrical equipment on site (such as power transformers, circuit breakers, zinc oxide arresters, etc.). The advantages of this training method are: : What trainees are exposed to is the real site conditions, so it is easy to have perceptual knowledge. The so-called hearing is worth seeing, and trainees are relatively easy to accept relevant knowledge; Provide opportunities for training at any time. One of the most important aspects of high-voltage electrical test training is the relationship between test results and faults. Since the on-site high-voltage electrical equipment is generally in a normal state, even if there is a faulty equipment, but due to the failure of high-voltage electrical equipment There are so many types, and it is impossible to provide students with a comprehensive and systematic demonstration

The advantage of this training method is: Compared with on-site training, it can provide more training opportunities for students, 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 on-site environment, students do not have access to physical high-voltage electrical equipment, and simply use computers to operate in the virtual state of software, and learn in the mode of computer games, just like playing racing games on computers does not mean that they can drive cars. Advanced computer software simulation training cannot completely solve the problem of students' actual hands-on ability

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