The Design and Development of a PEMFC Testing System

Hao Zhang; Dai Jun Yang; Bing Li; Fei Jie Wang; Jian Xin Ma

doi:10.4028/www.scientific.net/AMR.503-504.1484

Paper Titles

Sensor Deployment Optimization Based on Simulation of Gas Distribution in Underground Fully Mechanized Coal Face
p.1468

Signal Detection for Process with Unknown Distribution
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Multi-Channel Probe for Industrial Ethernet Measurement
p.1476

Theoretical Analysis for Sensitivity Enhancement in Broad-Band Thermal Lens Microscope
p.1480

The Design and Development of a PEMFC Testing System
p.1484

Fault Detection Filter for Markov Jump Systems
p.1488

Improvement of the C650 Lathe Electrical Control Circuit
p.1493

Which Parameters Should Be Used to Represent a Typical Breath Flow
p.1497

The Processing of the Defects Images of Knitted Fabrics
p.1501

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 503-504The Design and Development of a PEMFC Testing...

The Design and Development of a PEMFC Testing System

Abstract:

Proton exchange membrane fuel cell (PEMFC) is considered a promising energy generation device. Testing is critical for evaluating the performance and durability of PEMFC stacks. In this paper, a PEMFC testing system was designed and developed, which consisted of hydrogen fueling subsystem, air supplying subsystem, cooling subsystem, and control subsystem. The operation conditions were optimized through a series of experiments. Test was taken with a 47-cell PEMFC stack, and the system efficiency reached 44% when the stack output power was 4.2kW.