The invention relates to a charging system of electric vehicle internet of things. A three-stage framework of internet of things comprises a vehicle internet of things, a battery internet of things, and a charging facility network, entities in each network are all provided with unique electronic label chips so as to identify identities and record respective character information of the entities, and the entities can carry out information exchange with each other and gather information to a monitoring center so that the monitoring center can carry out intelligent charging/discharging management. In the invention, decoupling is realized between the charging time as well as place of the batteries and vehicle power services, and the charging/discharging operation of the batteries can be flexibly arranged; the invention supports that a user can carry out self charging by means of charging piles distributed in a remote control way, and the user can enjoy freedom and service to the maximum degree as long as corresponding information is recorded and exchanged; and the platform of internet of things realizes the full-scale collection and sharing of information, which makes providing more complex and advanced services for clients possible.