百千瓦级高温燃料电池系统单元设计和研发数据库

本数据集表明课题开发的100kW级高温燃料电池单元在适宜条件下是可以实现100kW输出，发电效率大于50%的指标。数据集内容主要包括100kW级SOFC发电单元研究数据集、100kW级MCFC-ASpenplus数据集和DOE常压百MW级IGFC系统模型能效数据。100kW级SOFC发电单元研究数据集有10kw SOFC热电系统和30kw SOFC系统ASpenplus数据，有25kw和100kw SOFC系统设计主要参数，有1kw SOFC甲醇和2kw SOFC天然气系统运行数据，有重整器数据试验数据，有电堆模组实验数据。数据容量为209MB。数据集采集地点分别在清华大学燃料电池与储能研究中心ASPEN软件、苏州华清京昆新能源科技有限公司实验室、中国华能集团清洁能源技术研究院配置的服务器和北京低碳清洁能源研究院的服务器。

This dataset demonstrates that the 100kW-class high-temperature fuel cell unit developed by the project can achieve a 100kW output and a power generation efficiency exceeding 50% under suitable operating conditions. The dataset mainly includes three parts: the research dataset of 100kW-class SOFC power generation units, the 100kW-class MCFC-Aspenplus dataset, and the energy efficiency data of the 100MW-class atmospheric pressure IGFC system model developed by the U.S. Department of Energy (DOE). The research dataset of 100kW-class SOFC power generation units contains Aspenplus data of 10 kW SOFC cogeneration systems and 30 kW SOFC systems, core design parameters of 25 kW and 100 kW SOFC systems, operating data of 1 kW SOFC methanol and 2 kW SOFC natural gas systems, test data of reformers, and experimental data of stack modules. The total data capacity is 209 MB. The data collection locations are the Aspen software platform in the Fuel Cell and Energy Storage Research Center of Tsinghua University, the laboratory of Suzhou Huaqing Jingkun New Energy Technology Co., Ltd., the servers deployed by the Clean Energy Technology Research Institute of China Huaneng Group, and the servers of the Beijing Institute of Low-Carbon Clean Energy.

搜集汇总

背景与挑战

背景概述

该数据集围绕百千瓦级高温燃料电池系统单元的设计与研发，包含100kW级SOFC和MCFC系统的研究数据、设计参数、运行数据及实验数据，数据容量为209MB。数据集采集自多个研究机构，旨在支持高温燃料电池技术的开发与验证。