稳定供氢控制下供氢管路氢气热力学参数数据集

稳定供氢控制下供氢管路氢气热力学参数数据集主要面向港口流动用氢设备高效稳定供氢研究、优化氢气供应系统控制策略需求建设，基于 Amesim 和 Matlab/Simulink 联合仿真搭建的虚拟 “观测站” 产生，并非传统意义上的实体传感器。该数据集主要记录了四种类型氢气供应系统控制策略下，3 瓶组、6 瓶组、9 瓶组和 28 瓶组系统建模的仿真观测值，包括阳极压力动态响应、PID 控制与自抗扰控制（ADRC）性能对比（如超调量、稳态时间），以及在不同环境温度（-40℃、-20℃、0℃、20℃、40℃）和负载变化条件下的系统稳定供氢技术参数（如阳极压力、供氢效率）。同时，还涵盖动态响应曲线图和压力分布图等仿真结果的可视化文件。数据以.png 格式存储。This dataset of hydrogen thermodynamic parameters in hydrogen supply pipelines under stable hydrogen supply control was constructed to address the research needs for efficient and stable hydrogen supply of mobile hydrogen-powered equipment in ports and the optimization of control strategies for hydrogen supply systems. It is generated from a virtual "observation station" built via co-simulation of Amesim and Matlab/Simulink, rather than traditional physical sensors. This dataset primarily records simulated observation data from models of 3-cylinder bank, 6-cylinder bank, 9-cylinder bank, and 28-cylinder bank hydrogen supply systems under four types of hydrogen supply system control strategies, including the dynamic response of anode pressure, performance comparisons between PID control and Active Disturbance Rejection Control (ADRC) (such as overshoot and settling time), as well as technical parameters for stable hydrogen supply of the system under different ambient temperatures (-40℃, -20℃, 0℃, 20℃, 40℃) and load variation conditions (e.g., anode pressure, hydrogen supply efficiency). Additionally, it includes visualization files of simulation results such as dynamic response curves and pressure distribution diagrams. All data is stored in .png format.

搜集汇总

背景与挑战

背景概述

该数据集旨在支持港口流动用氢设备高效稳定供氢研究，通过Amesim和Matlab/Simulink联合仿真平台生成。它记录了四种氢气供应系统控制策略下，不同瓶组系统的仿真观测值，包括动态响应、性能对比及环境温度与负载变化下的技术参数，以可视化文件格式存储。