海上风电制氢技术经济性对比分析

田甜, 李怡雪, 黄磊, 舒杰 - 电力建设, 2021 - epjournal.csee.org.cn
海上风资源丰富, 区域广, 成为风电开发利用的重要领域. 但海上风电的强随机性和间歇性给海上
风电的安全可靠消纳带来诸多难题. 风电制氢是提高风电利用率和缓解弃风的有效手段 …

基于MILP 模型的氢气供应链路径优化.

赵罡 - Natural Gas Industry, 2022 - search.ebscohost.com
随着中国对可再生能源重视程度的日益增加, 氢能需求量可能会呈大幅度增长趋势.
促进氢能产业的发展, 首先需要考虑实现高效, 经济的氢气供应运输途径. 为此 …

径流式水电站弃能利用的制氢系统优化研究

杨阳, 王孝群, 练冲, 张玉胜, 吴振 - 水力发电学报, 2021 - slfdxb.cn
基于我国水电站“弃水” 弃电的严重现状, 针对我国建设的无调节能力的径流式水电站,
开展弃能利用的制氢系统优化研究. 根据水电站的实际流量过程及机组运行特性 …

液氢和液态有机氢载体的氢运输链能效及碳排放.

林文胜, 刘洪茹, 许婧煊 - Natural Gas Industry, 2023 - search.ebscohost.com
氢作为一种二次能源, 其燃烧后的产物只有水, 没有污染物以及碳排放, 是真正清洁高效的新能源
. 氢能利用越来越受到重视, 然而, 氢能的长途, 大规模运输的是一个迫切需要解决的难题. 为此 …

Comprehensive Assessment System for Integrated Electricity-Hydrogen Energy Systems Considering Hydrogen Storage and Transportation

J Qiu, Y Jia, J Zhou, Y Zhu, R Xia - 2024 IEEE 2nd International …, 2024 - ieeexplore.ieee.org
Hydrogen production from new energy sources is an important way for wind and light to be
consumed on a large scale, and the rational allocation of hydrogen resources can promote …

电氢耦合典型应用场景分析及经济性评估.

曾一鸣, 马瑜涵, 吴启亮 - Zhejiang Electric Power, 2023 - search.ebscohost.com
氢能作为零碳二次能源, 对于构建低碳可持续能源系统, 加快中国能源体系转型具有重要意义.
基于这一背景, 聚焦电氢耦合典型场景, 系统地阐述了电氢耦合的概念及其关键特征 …

Coupling optimization of hydropower and hydrogen systems considering energy supply safety culture

R Guo - International Journal of Low-Carbon Technologies, 2023 - academic.oup.com
Although China's new energy power generation industry has developed, how to efficiently
use clean energy and ensure safe supply needs further research. As a clean, pollution-free …

Full life-cycle economic evaluation of integrated energy system with hydrogen storage equipment

Y Zhang, Q Zhao, J Ao, Z Wang… - E3S Web of …, 2022 - e3s-conferences.org
Hydrogen energy storage, as a new type of energy storage with zero carbon emission, multi-
energy federal reserve and combined supply, has a good development prospect in the …

[引用][C] 以生物质为原料的未来绿色氢能

岳国君, 林海龙, 彭元亭, 闵剑, 王梦, 熊强 - 化工进展, 2021

[引用][C] Future green hydrogen energy from biomass

YUE Guojun, LIN Hailong, P Yuanting, MIN Jian… - Chemical Industry and …, 2021