电堆测试数据集

影响燃料电池推广应用的因素除了加氢站等基础设施和法规等有待配套完善外，燃料电池的成本、耐久性、低温性能以及功率密度等仍有待提高。电堆作为燃料电池核心部件，是对外功率输出的核心，其成本约占燃料电池系统总成本的一大部分所以电堆的开发对燃料电池推广应用至关重要。电堆开发主要包括大功率、低能耗和高功率密度的研制。通过增加膜面积、提高大通量直流输出电流，获得高效电堆。Apart from the need to improve supporting infrastructure such as hydrogen refueling stations and relevant regulations, other factors impeding the popularization and application of fuel cells include the need to further improve the cost, durability, low-temperature performance and power density of fuel cells. As the core component of fuel cell systems, the fuel cell stack is the core unit for external power output, and its cost accounts for a large portion of the total cost of the entire fuel cell system. Therefore, the development of fuel cell stacks is crucially important for the popularization and application of fuel cells. The development of fuel cell stacks mainly focuses on the research and development of high-power, low-energy-consumption and high-power-density stacks. Efficient fuel cell stacks can be obtained by increasing the membrane area and increasing the high-throughput DC output current.

搜集汇总

背景与挑战

背景概述

该数据集聚焦于燃料电池核心部件电堆的测试，旨在通过提升大功率、低能耗和高功率密度等关键性能指标，推动燃料电池的推广应用。数据来源于'MW级固体聚合物电解质电解水制氢技术'国家重点研发计划项目，涵盖了功率、功率密度和能耗等相关测试内容。