Power van emergency rescue scheduling method based on genetic algorithm

Abstract

The invention relates to a power van emergency rescue scheduling method based on a genetic algorithm. The method comprises the following steps of: S1, obtaining emergency power van data and accident initial data, and carrying out the preprocessing; S2, establishing an emergency power van scheduling model based on the minimum loss value caused by an accident point, and constructing a corresponding constraint condition; and S3, on the basis of the emergency power van scheduling model and the constraint condition obtained in the step S2, performing optimization solution on accident point distribution and power van path planning by adopting the genetic algorithm to obtain an optimal scheduling scheme. On the premise that the number of the emergency power vans provided by a power supply station is limited, the rescue scheme is completed through multiple times of scheduling of the emergency power vans.

Description

technical field [0001] The invention relates to the field of electric power emergency rescue, in particular to a dispatching method for emergency rescue of a power supply vehicle based on a genetic algorithm. Background technique [0002] Since entering the electrical age, the use of electricity has become something that cannot be missing in our lives. In today's society, a lot of equipment needs to rely on electricity to maintain operation. However, in recent years, a series of major power outages at home and abroad have not only caused serious economic losses but also had a great impact on society and even caused personnel injuries. Therefore, the emergence of mobile power vehicles has effectively alleviated this situation, but the ensuing problem of power vehicle scheduling has accordingly become the focus of scholars' concerted efforts. However, the current scheduling situation is developing rapidly in the field of logistics, and in the field of electric power, most sch...

AI Technical Summary

Problems solved by technology

In today's society, a lot of equipment needs to rely on electricity to maintain operation. However, in recent years, a series of major power outages at home and abroad have not only caused serious economic losses but also had a great impact on society and even caused personnel injuries. Therefore, the emergence of mobile power vehicles has effectively alleviated this situation, but the ensuing problem of power vehicle scheduling has accordingly become the focus of scholars' concerted efforts

However, the current scheduling situation is developing rapidly in the field of logistics, and in the field of electric power, most scholars are devoted to the single dispatch of power supply vehicles, and then ignore the number of power supply vehicles in the power supply station, which is not the same as some special cases. However, at the time of large-scale accident emergency, the number of power supply vehicles is often insufficient. At this time, a reasonable and efficient emergency dispatch plan is needed

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