Energy-storage power source management system and energy-storage power source

Abstract

The invention discloses an energy-storage power source management system and an energy-storage power source. The system comprises a controller, a WIFI antenna, a wireless access point, a server and terminal equipment; the controller is used for detecting the operation state of the energy-storage power source, acquiring related data of operation of the energy-storage power source to obtain first target data and sending the first target data to the server; the WIFI antenna is used for providing a wireless link interface; the wireless access point is used for providing a network access service for the controller and / or the server; the server is used for storing and / or processing the first target data; and the terminal equipment is used for viewing the first target data and / or the first targetdata obtained after processing and updating and / or maintaining programs of the energy-storage power source. The energy-storage power source management system achieves monitoring on the operation state of the energy-storage power source, remotely views the operation state of the energy-storage power source through the terminal equipment, remotely updates or maintains the programs of the energy-storage power source and achieves effective management on the energy-storage power source.

Description

technical field [0001] The invention relates to the field of energy storage power supply, in particular to an energy storage power supply management system and an energy storage power supply. Background technique [0002] The energy storage power supply is the only power source of the energy storage type tram. The tram uses the time when passengers get on and off at the station to charge through the ground charging station. After the vehicle leaves the station, the energy storage power supply supplies power to the vehicle system. The energy storage power supply is mainly composed of multiple sets of supercapacitors connected in series and in parallel. For example, the trams in Haizhu, Huaian, Wuhan, Longhua and other projects are composed of 2 and 8 series of supercapacitors to form a module, and 43 modules are connected in series. One energy storage power box is formed, and three energy storage power boxes are connected in parallel to form the energy storage power system of...

AI Technical Summary

Problems solved by technology

[0007] The existing CMS has the following problems: It mainly monitors the voltage, current, temperature and other states of the energy storage power module and the monomer; the data processing is not deep enough, and it is difficult to judge the health status of the energy storage power; The HMI or debugging interface is monitored by professional equipment, and it is inconvenient to obtain data; the historical data of the energy storage power supply cannot be saved, and it is not convenient for us to do in-depth understanding and analysis of the state trend of the energy storage power supply; trams are being sent to major cities across the country Promotion, the number of vehicles is also increasing, super capacitor as a new development technology, it is very inconvenient for maintenance personnel, technical research and development personnel to obtain the operating status of energy storage power supply

In general, the existing CMS has the problem of not being able to effectively manage energy storage power

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