Method for selecting battery replacement site of mobile battery replacement equipment

Abstract

The invention discloses a method for selecting a battery replacement site of mobile battery replacement equipment, which comprises the following steps of dividing all roads in a road network into road sections, and calculating the actual length Lai of each road section, solving a regional area AREA covered by a road network, solving a transportation demand parameter Lbi of each road section, calculating the use length Li of each road section, calculating the average use length LC and the average length Ld of all the road sections, simplifying the road network nodes by adopting an annealing algorithm mode and taking the average length Ld as the basic resolution of the road network nodes, dividing the whole road network into a plurality of district road networks by taking the basic size Lf as a zoning standard, and comprehensively considering various actual factors, optimizing and adjusting the divided areas, and taking the geometric center points of the areas as the reference points of the regional battery replacement operation for site selection. On the premise of low cost, the primary screening function of the battery replacement operation site of the mobile battery replacement equipment is realized, and the problem of site selection of the battery replacement operation site which consumes the most calculation power in the operation of the mobile battery replacement equipment is solved.

Description

technical field [0001] The invention relates to the technical field of map search methods, in particular to a method for selecting a battery swap location for a mobile battery swap device. Background technique [0002] With the large-scale promotion and use of new energy vehicles, the development of battery replacement technology is also becoming more and more perfect. For new energy logistics vehicles, traditional fixed power stations are often bound to their fixed logistics distribution lines, which cannot meet the flexible logistics line planning requirements of logistics vehicles due to the increasingly complex logistics needs. The emergence of mobile power exchange technology has alleviated the problem of solidified logistics distribution routes to a certain extent. However, to meet the planning needs of flexible logistics lines, it is required that the line planning of mobile power exchange equipment should be flexible and reliable in response to logistics needs, and a...

AI Technical Summary

Problems solved by technology

However, to realize this seemingly simple function, the deployment layer of the power exchange management system needs to consume a lot of resources, which is not conducive to the low-cost development of the new energy logistics system, making it difficult for the entire logistics system to achieve commercial value.

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