Simulated training system of load breaker

Abstract

The invention relates to a simulated training system of a load breaker, comprising a three-phase four-wire program control voltage source, wherein the output of the voltage source is connected with a leakage current, an overload protection device, an isolation transformer, ammeters of all phases and an isolation switch in turn. The output end of the isolation switch is connected with a simulated load circuit, the simulated load circuit comprises a current relay controller and a three-phase four-wire load breaker, and the input end of the three-phase four-wire load breaker is correspondingly connected with the isolation switch. By using the system, the requirement on the training and the verification of related equipment can be met, trainees can study the use of the related equipment in a realer environment, and acquaint operation processes and protection, thereby facilitating system verification work and training assessment.

Description

technical field [0001] The invention relates to a simulation training system for training electricians, in particular to a training system for simulating subscriber line loads and implementing protection when a tripping protection state is reached. Background technique [0002] In the middle and basic distribution stations (stations) of the power system, there are power inspectors, power distribution operation and maintenance workers (on-duty workers in power transformation and distribution stations), power distribution test and maintenance workers, rural power distribution business workers, relay workers, etc. In order to ensure the safe and stable operation of substations (substations), technical training is required for protection workers, DC equipment maintenance workers, substation commissioning and maintenance personnel, and electrical measuring instrument workers. [0003] Generally speaking, the training must first carry out theoretical explanations (explanations, pi...

AI Technical Summary

Problems solved by technology

However, the existing simulation equipment is only a small simulation system, which is very different from the real system equipment. It is impossible to deeply understand the performance indicators, technical parameters, and the cooperation and interrelationship between the systems and other equipment.

The training method using this small simulation equipment is highly theoretical but lacks practical training, which makes the training effect not good

If you go to the site for training, the personal safety of the trainees cannot be guaranteed, and the on-site equipment may be damaged

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