Power equipment control system and method based on block chain

Abstract

The invention discloses a power equipment control system based on a block chain. The power equipment control system comprises a block chain control terminal, a maintenance point and a plurality of equipment points, the block chain control terminal sends the environment monitoring data of the equipment point, the fault information of the equipment point and the position information of the equipmentpoint to a maintenance point; according to the environment monitoring data, the fault information of the equipment point and the position information of the equipment point, the maintenance point analyzes the cause of the fault of the equipment point and the position of the faulty equipment point; in the equipment points, a fault monitoring module monitors faults of the equipment points, repairsthe faults of the equipment points on line, and uploads fault information of the equipment points to a block chain control terminal; the environment monitoring module obtains environment monitoring data of the equipment points; and the location sharing module acquires location information of the equipment points. According to the invention, the fault of the equipment point can be rapidly detected,and the fault of the equipment point can be rapidly repaired.

Description

technical field [0001] The present invention relates to the technical field of electric equipment, in particular to a blockchain-based electric equipment control system and method. Background technique [0002] With the continuous development of computer technology, the improvement of computing power, and the continuous improvement of power system automation technology, a large number of new intelligent monitoring equipment, such as: protection devices, measurement and control devices, fault filtering devices, etc., are constantly appearing on the market. For power monitoring equipment, it is not only required to have more and more powerful functions, but also to be more user-friendly in operation, so as to reduce the workload of users as much as possible. [0003] However, the existing power equipment is partially integrated. A single device point can control the regional power network. However, the problem of overloading the circuit load of the device point often occurs, ...

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Problems solved by technology

[0003] The existing power equipment is partially integrated

A single device point can control the regional power network. However, the problem of overloading the circuit load of the device point often occurs, and there are many cases of fires in the substation due to overload. The main reason is that when an abnormal problem occurs at a single device point, it cannot be quickly Feedback to the control terminal causes the control mechanism to not be triggered in time, and when a fault occurs, it cannot respond quickly, so that the maintenance stagnation period is too long

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