Design of a high-temperature fuel cell control system based on DSP

Abstract With the vigorous development of new energy technology, high-temperature fuel cells have become a research hotspot because of their high efficiency and low emission characteristics. This study focuses on a high-temperature fuel cell control system, and depth fusion computer technology, through the construction of a digital signal processor as the core of the hardware architecture, using advanced control algorithm and LabVIEW software human-computer interface, using CAN bus to achieve efficient data communication, improve the high-temperature fuel cell control system performance stability and intelligent level, for the wide application of high-temperature fuel cell provides a powerful technical support.