35/70MPa加氢策略开发仿真数据集

针对课题任务书中35/70MPa固定式加氢站和70MPa移动式加氢站得控制系统的指标，课题承担单位北京低碳清洁能源研究院开发了35/70MPa加氢控制系统。本数据集针对氢气加注过程建立了加氢站内氢气质量及能量传递模型，经过模拟计算分析得到氢气加注边界条件（包括气瓶结构参数以及工艺参数）等对加氢过程温升的影响规律。数据来源于仿真模拟，数据量为47.9KB。

Based on the control system indicators for 35/70MPa fixed hydrogen refueling stations and 70MPa mobile hydrogen refueling stations specified in the project task book, the project undertaker, Beijing Institute of Low-Carbon Clean Energy, developed the 35/70MPa hydrogenation control system. This dataset establishes a hydrogen mass and energy transfer model within the hydrogen refueling station for the hydrogen refueling process, and derives the influence laws of hydrogen refueling boundary conditions (including cylinder structural parameters and process parameters) on the temperature rise during the hydrogenation process via simulation calculation and analysis. The data is sourced from simulation, with a total size of 47.9 KB.

搜集汇总

背景与挑战

背景概述

该数据集是由北京低碳清洁能源研究院开发的35/70MPa加氢控制系统仿真数据，研究了氢气加注过程中的温升影响规律，数据来源于仿真模拟，数据量为47.96KB。