Fuel cell control management system

Abstract

The invention relates to the technical field of fuel cells, in particular to a fuel cell control management system which comprises an on-site layer, a data transmission layer and a management layer which are sequentially connected, wherein the management layer comprises a controller and an upper computer, the data transmission layer comprises an MDS main station, and the on-site layer comprises aDSP control system; the on-site layer is used for monitoring operation equipment of the fuel cell power system in real time, the data transmission layer is used for data transmission between the on-site layer and the management layer, and the management layer is used for monitoring and controlling the fuel cell power system. The control management system has the advantages of simple structure, andsimplified management control strategy, and high sampling speed, strong data processing capability, increased sampling points and very high sampling data precision by adopting a DSP operation technology. The system can adapt to indoor and outdoor severe working environments, has remote diagnosis, test and supervision functions, and can meet data acquisition and control between scheduling or control centers of all walks of life and controllers.

Description

technical field [0001] The invention belongs to the technical field of fuel cells, and in particular relates to a fuel cell control and management system. Background technique [0002] It has been more than 100 years since the fuel cell was invented. Therefore, energy and the environment have become key issues on which human society depends. In the past 20 years, fuel cells, an efficient and clean energy conversion device, have been paid attention by governments, developers and research institutions of various countries. Fuel cells show broad application prospects in civil and military fields such as transportation, portable power supplies, distributed power stations, aviation and underwater vehicles. At present, fuel cell vehicles, power stations, and portable power supplies are all in the demonstration stage, and some problems such as cost and lifespan need to be solved on the road to commercialization. Among metals, aluminum has the largest storage capacity, and the al...

AI Technical Summary

Problems solved by technology

However, some aluminum-air battery control systems currently developed have relatively single functions, which can only be used for small-scale experimental research and specific users, and do not have battery fault monitoring, fault analysis, processing and protection functions, which cannot meet the requirements The needs of different customers in the market; the corresponding control system is too simple, the operation management system is relatively complicated, and the difficulty of production and inspection work is increased, which directly increases the cost of manufacturing and maintenance

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