Industrial battery intelligent charging monitoring system based on SaaS

Abstract

An industrial battery intelligent charging monitoring system based on SaaS comprises a charger body, and a communication module is installed in the charger body. The system also comprises network communication and control equipment, and the communication module is connected with the network communication and control equipment. The system also comprises an SaaS monitoring management platform, the network communication and control equipment is connected with the SaaS monitoring management platform through a cloud server, and the network communication and control equipment is responsible for establishing and controlling communication physical links between the SaaS monitoring management platform and the charger body and between the SaaS monitoring management platform and a user. The SaaS monitoring management platform comprises a charger access module and a user access module, an operator registers information of each charger body of the operator through the charger access module, and a user registers user information by scanning a two-dimensional code through the user access module and accesses the SaaS monitoring management platform. The SaaS monitoring management platform monitorsthe charger body in real time, acquires monitoring data and feeds back the monitoring data.

Description

technical field [0001] The invention relates to the field of charger monitoring systems, in particular to a SaaS-based intelligent charging monitoring system for industrial batteries. Background technique [0002] In order to promote energy conservation and environmental protection, the country has continuously introduced policies to encourage new energy, and the electric vehicle industry has developed rapidly. At present, the representative industrial battery monitoring system is the charging pile monitoring system, most of which are self-built systems by operators, and equipped with chargers developed by specific manufacturers or by themselves. Different operators build different systems. For charging users, If you want to use multiple chargers for charging, you need to install multiple charger systems, which is very inconvenient to use. With the increasing number of electric vehicles, the construction of corresponding supporting facilities, chargers and charging monitori...

AI Technical Summary

Problems solved by technology

[0003] For users, interconnection cannot be achieved. For example, if users download the application system of one supplier, they can only use this supplier; the charger of the supplier cannot share resources. Download the application system of other operators, but the functional interface will be different, which will undoubtedly cause great trouble to users; when users search for chargers, they cannot find multiple chargers in one system at the same time, and there may be nearby chargers. There is a charger, but this charger is not in the system currently used by the user, so the charger that is farther away from the user in the current system is searched; the repeated construction of the charger charging monitoring management system requires professional development and maintenance system, which increases the operating cost of the enterprise, which is equivalent to causing a waste of resources; some chargers have unreasonable placement or quantity due to lack of effective reference data. There are often a large number of idle chargers when the rate is low

[0004] Due to the above outstanding problems, the promotion of electric vehicles has also been limited.

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