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首页» 过刊浏览» 2021» Vol.6» Issue(2) 315-328     DOI : 10.3969/j.issn.2096-1693.2021.02.025
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中国天然气进口规模与结构仿真研究
薛庆,刘明明,程承 ,李展
1 中国石油大学 ( 北京 )经济管理学院,北京 102249 2 山西财经大学管理科学与工程学院,山西 030006 3 中国石化经济技术研究院,北京 100029
Simulation study on the scale and structure of China’s natural gas import
XUE Qing1 , LIU Mingming1 , CHENG Cheng2 , LI Zhan
1 School of Economics and Management, China University of Petroleum-Beijing, Beijing 102249, China 2 School of Management and Science, Shanxi University of Finance and Economics, Shanxi 030006, China

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摘要  在“双循环”新发展格局和“碳中和”新目标框架下,我国未来的节能减排路径比欧美发达国家更加陡 峭。在能源转型的过程中,天然气作为清洁、低碳、高热值的化石燃料品种,需求潜力有望得到进一步的释放。 由于资源供应稳定性、价格体系和基础设施建设等方面仍存在短板,我国的天然气供应安全面临较大的隐患, 有必要通过仿真模拟,对“双循环”和“碳中和”背景下我国天然气中长期进口形势和潜在风险进行预判和应 对。 本文对我国天然气市场需求、资源供应格局、基础设施建设、体制机制改革现状存在的问题和未来变化趋 势进行分析和展望,改进并构建了中国天然气贸易仿真模型,基于天然气供需和基础设施可能的发展路径,设 计了有约束优先发展、无约束优先发展、有约束超低碳发展、无约束超低碳发展 4 大情景,对多情景下我国的 天然气中长期进口形势进行数值模拟。 “碳中和”和“双循环”发展目标促使我国天然气消费于 2035—2040 年间提前达峰。仿真结果显示,“碳 中和”和基础设施去瓶颈将带来更大的保供压力。由于国内天然气产量增幅低于消费量增幅,我国天然气对外 依存度持续高企,供应安全隐患不容忽视。若 2050 年前储运设施瓶颈彻底去除,LNG进口将释放巨大的增长 潜力,LNG进口量在天然气进口总量中的比重进一步提升,其中美国和非洲LNG将成为我国LNG长约和现货 市场的重要补充。相较而言,管道气进口来源相对固定,且中亚、俄罗斯等管道气供应总量有限。研究还发现, 当天然气消费达峰后,市场可能出现LNG接收站等基础设施冗余问题,因此建议充分论证能源转型实施路径, 发挥天然气的过渡能源优势,维护能源供应安全。针对可能出现的基础设施冗余问题,应提前制定保护性政策, 降低投资风险。
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关键词 : 双循环;碳中和;天然气贸易;LNG;仿真模型;情景分析
Abstract
Under the new development pattern of “     Dual Circulation     ” and the new goal of “     Carbon Neutrality     ”, China’s future    
energy conservation and emission reduction path will be steeper than that of developed countries in Europe and America. In the    
process of energy transformation, natural gas, as a clean, low-carbon and high-heat fossil fuel, is expected to release its demand    
potential further. However, the instabilities of the resource supply, price system and infrastructure restriction have led to the tight    
supply of natural gas in China. Therefore, it is necessary to predict and deal with the medium and long-term import situation of    
natural gas in China in the background of “     Dual Circulation     ” and “     Carbon Neutrality     ” through simulation.  
This paper analyzed the existing problems and predicted the future trends of China’s natural gas market demand, resource    
supply pattern, infrastructure construction and mechanism reform. It constructed the simulation model of China’s natural gas    
trade based on the     Global Gas Market     Model proposed by Egging et al. Finally, based on the possible development paths of    
natural gas supply and demand and infrastructure, China’s medium-and long-term gas import situation under multiple scenarios    
was numerically simulated.  
The development goals of “     Dual Circulation     ” and “     Carbon Neutrality     ” promote the consumption to peak in advance    
between 2035 and 2040. The simulation results show that the commit to be “     Carbon Neutrality     ” and the potential elimination    
of infrastructure bottlenecks will bring greater pressure on the gas supply. Since the increase of domestic natural gas production    
is lower than the rise in consumption, China will face higher dependence on imported natural gas and greater supply security    
risks. If the bottleneck of storage and transportation facilities is completely removed before 2050, the LNG import will release    
huge growth potential. In that case, the proportion of LNG imports in the total natural gas imports will further increase, and both    
the long-term contract and spot contract of LNG from United States and Africa will make up for the incremental gas demand of    
China. To the contrary, pipeline gas trading volume will be relatively stable because the supply capacity from Central Asia and    
Russia are restricted. After the peak of natural gas consumption, there may be infrastructure redundancy such as LNG receiving    
stations, so the government should fully assess the paths of energy transition, give full play to the transitional energy of natural    
gas and guarantee the safety of energy supply. To mitigate potential infrastructure redundancy, the government should formulate    
protective policies in advance to reduce investment risks.  


Key words: dual circulation; carbon neutralization; natural gas trade; LNG; simulation model; scenario analysis
收稿日期: 2021-06-30     
PACS:    
基金资助:国家自然科学基金项目(71904111)、教育部人文社会科学研究青年基金(19YJCZH106、20YJCZH201)、中国石油大学( 北京) 引进人才科
研启动基金(ZX20200110) 资助项目
通讯作者: liumingming@cup.edu.cn
引用本文:   
薛庆, 刘明明, 程承, 李展. 中国天然气进口规模与结构仿真研究. 石油科学通报, 2021, 02: 315-328 XUE Qing, LIU Mingming, CHENG Cheng, LI Zhan. Simulation study on the scale and structure of China’s natural gas import. Petroleum Science Bulletin, 2021, 02: 315-328.
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