Novel simulation system of power transformer substation

Abstract

The invention relates to a novel simulation system of a power transformer substation which is used for training operators in a power system and comprises a control system, a dynamic capture system and a display system. The control system comprises a control computer capable of receiving and transmitting signals and performing dynamical simulation according to the received signals. The dynamic capture system comprises a dynamic capture site and dynamic capture clothes and vibration gloves which are both worn by the operators. The display system comprises a data helmet used for displaying virtual scenes. The dynamic capture system and the display system are both connected with the control system through signals. The control computer can perform dynamic simulation according to the signals collected by the dynamic capture system and timely display the virtual scenes on a display screen in the front of eyes of the operators, so that the operators can obtain vivid real experience, safety problems possibly caused by operator participation in real accident processing are solved, and the operators accepting training can be efficiently trained.

Description

Technical field [0001] The invention relates to a novel simulation system for electric power substations. Background technique [0002] Accidents that endanger the power grid occur from time to time, and personal injury accidents have not been eliminated. It is very important to train operators in the power system, improve the technical level of the operators and the awareness of autonomous safety precautions, and adapt to the requirements of the current production situation. With the gradual advancement of smart grid construction, a large number of new products, new equipment and new tools have been widely used. Traditional power system training has the following shortcomings: first, training is relatively passive, operators have fewer opportunities to participate, and lack of enthusiasm; second, The training method is single, and it is difficult for operators to quickly grasp relevant knowledge and technology in a short time; third, the real scenes of some major safety acciden...

AI Technical Summary

Problems solved by technology

With the gradual advancement of smart grid construction, a large number of new products, new equipment and new tools have been widely used. The traditional power system training has the following shortcomings: First, the training is relatively passive, with few opportunities for operators to participate and lack of enthusiasm; second, The training method is single, and it is difficult for operators to quickly master relevant knowledge and technology in a short period of time; third, the real scene of some major safety accidents cannot be reproduced, and the operator's intuitive experience is insufficient, and the training effect is not ideal

At present, video training and base training are more commonly used. The former training method is relatively passive, and the trainees cannot obtain actual operations. Although the latter allows operators to actually operate, the cost is relatively high and the types of accident scenes that can be reproduced are relatively limited. , there are security risks

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