燃料电池供-回氢系统测试3000小时耐久试验数据集

该数据集面向燃料电池供氢与回氢系统耐久性研究及控制策略优化需求，来源于“国家燃料电池技术创新中心燃料电池实验室”在2024年5月1日至2025年10月31日期间开展的发动机台架试验。数据通过INCA软件与燃料电池控制器实时通讯采集，并经由MATLAB、Excel等工具处理，主要记录了燃料电池在3000小时耐久测试过程中的电压数据、比例阀、引射器、循环泵等关键部件的性能参数，以及供氢压力、回氢压力、氢泵功率、调压阀开度等控制波动信息。数据集包含结构化的Excel分析文件与MDF格式原始数据文件，其中Excel文件涵盖工况时长统计与典型电流点的多参数平均值，MDF文件则按循环节选保存了原始采样数据。数据总量涵盖144次大循环中每次前8次小循环的记录，系统反映了燃料电池供氢系统在长期运行中的状态演变与性能衰减特征，适用于燃料电池系统可靠性评估、寿命预测与控制算法验证等研究方向。数据集容量为2.42GB，

This dataset is developed to meet the requirements of durability research and control strategy optimization for hydrogen supply and recirculation systems of fuel cells. The data originates from engine bench tests conducted by the Fuel Cell Laboratory of the National Fuel Cell Technology Innovation Center from May 1, 2024 to October 31, 2025. Data was collected via real-time communication between INCA software and the fuel cell controller, and processed using tools such as MATLAB and Excel. It mainly records the voltage data of the fuel cell during the 3000-hour durability test, performance parameters of key components including proportional valves, ejectors and circulation pumps, as well as control fluctuation information such as hydrogen supply pressure, hydrogen recirculation pressure, hydrogen pump power and pressure regulator valve opening. This dataset includes structured Excel analysis files and raw data files in MDF format. The Excel files cover operating condition duration statistics and multi-parameter averages at typical current points, while the MDF files store original sampled data in cycle-based excerpts. The total dataset covers records of the first 8 minor cycles in each of the 144 major cycles. It reflects the state evolution and performance degradation characteristics of the fuel cell hydrogen supply system during long-term operation, and is applicable to research directions such as fuel cell system reliability assessment, life prediction and control algorithm verification. The dataset has a capacity of 2.42 GB.

搜集汇总

背景与挑战

背景概述

该数据集来源于国家燃料电池技术创新中心在2024年至2025年开展的发动机台架试验，通过INCA软件采集并处理，记录了燃料电池在3000小时耐久测试中的电压、关键部件性能参数及控制波动数据。数据集包含Excel和MDF格式文件，总容量2.42GB，适用于燃料电池系统可靠性评估、寿命预测与控制算法验证等研究。