Digital cell network

Abstract

The invention relates to a rechargeable cell which is used for network digital authentication by exchanging and a system which is used for supplying electric energy for electric vehicles. In the invention, the rechargeable cell of an electric vehicle is designed to be separated from the main body of the vehicle and is mounted with an independent system with digital authentication and record function, thereby realizing fast power supply for the electric vehicle by exchanging cells and leaving the cell with insufficient power in a charging station for long-time sufficient charging to overcome the disadvantage of long charging time of the electric vehicle. Moreover, a storage unit, a process unit and an electrically-controlled lock are mounted in the rechargeable cell, and the rechargeable cell, the electric vehicle and a charging unit are provided with functions of digital authentication and encryption communication, thereby avoiding possibility of low-quality / illegal cell exchange by means of network digital authentication, making clear of liability determination of cell damage, and providing a flexible fee calculation method.

Description

technical field [0001] The present invention relates to a system for providing electric power to electric vehicles by replacing certified rechargeable batteries. Background technique [0002] Nowadays, automobiles have become an indispensable part of social life, providing great convenience to people's life, production and construction. But at the same time, automobiles consume a large amount of fossil energy such as petroleum, emit a large amount of exhaust gas, and have poor energy conversion efficiency. Especially in the case of low-speed driving in cities, energy waste and pollution are extremely serious. At present, a large number of related research and products have come out, such as hybrid power, fuel cell, hydrogen power and other solutions to solve the energy and pollution problems of transportation vehicles. Such problems can undoubtedly be effectively solved if electric vehicles can be fully charged with electric energy, but because the charging speed of any rec...

AI Technical Summary

Problems solved by technology

[0003] First of all, we need to stop the battery charging process as a charging method like refueling a car, but use a method similar to replacing rechargeable batteries for daily appliances to solve the problem of long charging time, as long as existing gas stations or even Other stores on the roadside can provide battery replacement services, and at the same time set up a large-scale charging warehouse at the battery replacement service point or a special power station, and the battery replacement process at the battery replacement service point only takes a few minutes. The car is filled with energy, and the long charging process is slowly completed in the charging warehouse

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