Publication Details
Abstract
The cross-sectional design of the flow channel is the subject of many studies aimed at improving fuel cell(s) performance in a different condition. These studies include laboratory experiments and simulations to understand how design affects performance under different pressures and temperatures. This research demonstrates the importance of collaboration between scientists and engineers to improve fuel cell technologies to meet the needs of multiple applications. The design approach of cross-sectional in flow-channel is a key element in improving fuel cell performance. As technology advances and new materials and advanced manufacturing techniques emerge, we can expect to see more efficient and innovative designs in the future. These developments will not only improve fuel cell efficiency but will also help reduce reliance on fossil fuels and promote the transition to a sustainable, clean energy economy. Mixed-configuration design is used based on taking the advantages of the rectangular, circle and triangle cross-section shapes. For performance analysis, flexible and reliable fuel flow and current density rate are used to analyze performance in this article and effective comparison is shown an effective and accepted results.