大规模风/光互补制储氢关键技术研究现状与趋势
Research Status and Trends of Key Technologies for Large Scale Wind/PV Hybrid Hydrogen Production and Storage System
邢小文 1牟树君 1范玉建 1孙逊 1周一鹏1
作者信息
- 1. 北京低碳清洁能源研究院,北京 102299
- 折叠
摘要
发展大规模风/光互补制储氢系统,对推进我国能源战略转型、实现节能减排和新能源高质量发展具有重要和深远的意义.当前风/光制氢相关研究以制氢技术为主,尚缺乏从核心装备、运行控制到安全保护多方位多角度的系统性梳理.首先概述了大规模风/光互补制氢技术国内外的发展情况;其次从关键技术发展角度对风/光互补制储氢系统结构、关键设备、运行控制、保护方式及安全监控 5 个方面进行了分析归纳.最后,展望了大规模风/光互补制储氢关键技术未来发展趋势,总结了未来有待深入研究的技术方向.
Abstract
The development of large-scale wind/PV hybrid hydrogen production and storage systems is of great and far-reaching significance for promoting China's energy strategic transformation,achieving energy conservation and emission reduction and developing high-quality new energy.However,the current research review on wind/PV hydrogen production is mainly focused on hydrogen production technology itself.There is still a lack of systematic review from multiple perspectives,including core equipment,operational control,safety protection and so on.Firstly,the development status of large-scale wind/PV hybrid hydrogen production technology at home and abroad was summarized.Then,from the perspective of key technological development,including the structure,core equipment,operation control,protection methods and safety monitoring of the wind/PV hybrid hydrogen production and storage system were analyzed and summarized.Finally,the future development trends and prospects of large-scale wind/PV hybrid hydrogen production and storage systems were predicted.
关键词
风/光互补制储氢系统/关键设备/运行控制/保护方式/安全监控Key words
wind/PV hybrid hydrogen production and storage system/key equipment/opertaional control/protection method/security monitoring引用本文复制引用
基金项目
国家重点研发计划(2022YFB2403200)
出版年
2024
国家科技期刊平台
NSTL
万方数据