Abstract
Focusing on the current issues like the complexity in design, high energy consumption, high costs etc., this article presents a project including a 2KW proton exchange membrane fuel cell control system's design and implementation which takes STM32 MCU as a core control unit. This system adopts industrial sensors to collect all varieties of parameters of the fuel cell, achieving the hydrogen supply, monitoring and detecting the signals of sensors, detecting and controlling the subsystems like auxiliary power module, and it also has functions like information visualization, historical data preservation etc. This system has such a favorable human-computer interaction that it is convenient to carry on a real-time monitoring. The results of on-site operation illustrate that the system is reliable and stable in operation.
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