1. Overall System Configuration
The water-cooled PEM fuel cell power generation system consists of five independent modules: the fuel cell stack, the hydrogen supply module, the air supply module, the thermal management module, and the electronic control module. Each module is isolated from the othe...
In fuel cell technology, the choice of cooling system not only affects heat dissipation efficiency but also directly determines the core lifespan of the stack. Behind the two mainstream cooling approaches—air cooling and liquid cooling—lie “genetic-level” differences that imp...
Effect of PEM Catalyst Platinum Loading on Fuel Cell Performance
Over the past two decades, extensive research on the development of low-temperature polymerelectrolyte-membrane fuel cells (PEMFC) resulted in significant increases in the voltage performance of membrane electrode assemblies (ME...