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新能源与火电联合技术研究

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随着"双碳"目标的提出,新能源技术不断发展,新能源发电占比稳步提升,但是新能源发电的不稳定性必然会导致新能源发电存在电能质量低和可控性差的问题.结合国内当前资源状态和发电模式结构来看,仍以火电为主,新能源为辅.由于煤炭和天然气资源供需关系、环保要求,也严重限制火电的发展,新能源与火电联合技术将成为热门研究趋势,新能源与火电联合技术发展可以实现能源结构优化互补,推进新能源火电联营运行模式.针对新能技术与火电中燃气机组、燃煤机组、整体煤气化联合循环发电机组(Integrated Gasification Combined Cycle,IGCC)构型分析.将各种火电特性和新能源优势整合分析研究,可以有效解决新能源储能问题、更高效实现火电的富氧燃烧和CO2捕集.
Research on joint technology of new energy and thermal power
With the proposal of the"dual carbon"goal,new energy technology continues to develop,and the proportion of new energy power generation is steadily increasing,but the instability of new energy power generation will inevitably lead to new energy power gen-eration problems of low power quality and poor controllability.Combined with the current state of domestic resources and the structure of power generation mode,it is still dominated by thermal power,supplemented by new energy.Due to the supply and demand of coal and natural gas resources,environmental protection requirements,which also severely limits the development of thermal power.Therefore,new energy and thermal power combined technology will become a popular research trend,the development of new energy and thermal power combined technology can realize the optimization of the energy structure complementary to promote new energy and thermal power joint operation mode.This paper analyzed the new energy technology with gas-fired units,coal-fired units,and Integrated Gasification Combined Cycle(IGCC)configurations in thermal power.The integration of various thermal power characteristics and the advantages of new energy sources can effectively solve the problem of new energy storage and more efficiently realize the oxygen-enriched combustion and CO2 capture of thermal power.

new energythermal powerIGCCoxygen-enriched combustionhydrogen energy storagegas combined cycle

丁建博、周广利、刘志宝、沙少飞、程政、白力、刘华明、程龙

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华能(天津)煤气化发电有限公司,天津 300452

华能通辽风力发电有限公司,内蒙古通辽 028000

华能招标有限公司,北京 102209

新能源 火电 IGCC 富氧燃烧 氢储能 燃气联合循环

中国华能科技项目

HNKJ20-H57

2024

能源与环保
河南省煤炭科学研究院有限公司 河南省煤炭学会

能源与环保

CSTPCD
影响因子:0.221
ISSN:1003-0506
年,卷(期):2024.46(2)
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