Charging method for pure electric taxi, intelligent management facility and method

Abstract

Provided are a charging method for a pure electric taxi, an intelligent management facility and a method. A center charging station 1, special storage battery packs 7, a pure electric special car 31 and the operation management ancillary facility are included. The method is characterized in that the center charging station 1 is a centralized multifunctional charging station arranged in a suburb, and large charging equipment, a complete storage battery maintenance and management mechanism, related equipment, skilled personnel and an intelligent management center are arranged in the center charging station 1. The storage battery packs 7 are a plurality of packs of combined type intelligent work storage batteries, and the pure electric special car 31 is a storage battery electric car capable of achieving fast loading and unloading, and comprises the storage battery packs 7 and a pure electric special car control system 24. The operation management matching facility is an intelligent management system and comprises a special storage battery distribution and collection car platoon 6, storage battery middle replacement stations 2, small storage battery replacement points 3 and a standby pure electric car service car platoon 5.

Description

technical field [0001] The invention relates to a charging method for a pure electric taxi and an intelligent management facility and method. Background technique [0002] The development and application of pure electric vehicles is the direction of efforts of countries all over the world. However, the contradiction embodied in the battery charging problem has greatly restricted the popularization of pure electric vehicles. Fast charging affects the life of the battery, and the buffering time is too long, thus bringing a lot of inconvenience to users. Form a complete supporting base for cities in various countries, but it is difficult for modern cities to establish a complete supporting base for pure electric vehicles. In particular, the complete establishment of supporting facilities requires ground space, and when such complete facilities are re-established in existing cities, there are great constraints on the ground space. At present, all countries in the world use the...

AI Technical Summary

Problems solved by technology

At present, all countries in the world use the method of establishing charging piles to charge pure electric vehicles. This method also has great disadvantages: first, there will be many charging piles everywhere in new cities, which will not only affect the city appearance, but also affect road traffic. At the same time, due to the poor management of the charging piles, it is easy to cause safety hazards during charging, especially the overcharging or excessive fast charging of the battery can easily cause the battery to burn and explode. However, charging piles are often installed Outdoors, if there is no space condition for thermal insulation, the electric vehicle must be charged outdoors or in a space without thermal insulation. In winter, especially in areas with cold climate, it is difficult or impossible to charge the battery when the temperature is lower than 0°C, thus causing the electric vehicle to fail to work.

With the development of pure electric vehicles, the recycling of waste batteries is also a serious environmental protection problem. A large number of waste batteries are scattered in the society, and it is impossible to standardize the recycling. However, the recycling cost of waste aluminum batteries is high, and users do not take the initiative to recycle. Therefore, Abandonment will occur and cause environmental pollution. The new research of this technology is the solution to the existing problems

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