首页|"双碳"目标下山东省能源现状及减碳对策

"双碳"目标下山东省能源现状及减碳对策

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为加快山东省新旧动能转换,山东省亟需发展高比例新能源,建设新型能源体系。基于山东省统计年鉴数据,借助IPCC测算法、Tapio脱钩理论,统计分析了山东省2017-2022年能源消费现状、碳排放总量及特征,针对能源碳排放量持续上升和能源消费比例不合理提出对应的减碳对策。结果发现,2017-2022年山东省碳排放总量逐年上升,山东省煤炭消费占比约为世界平均水平的2倍,高于全国平均水平,清洁能源消费占比偏低。尽管全省碳排放强度因能源强度下降而持续优化,但是碳脱钩系数一直是弱脱钩的状态,碳脱钩系数距离强脱钩尚有一定距离。从调整能源结构、优化产业结构等角度,提出了大力发展绿色低碳能源、积极推进光伏发电项目、加快非常规天然气的开发、推动清洁能源产业与可再生能源的发展的相应对策。进一步促进高比例新能源发展、新型能源体系建设是提高山东省能源利用效率、推动经济发展的正确手段。
Research on the Energy Status and Carbon Reduction Measures of Shandong Province under the"Dual Carbon"Goal
To achieve the dual carbon goal,Shandong province urgently needs to develop a high proportion of new energy and build a new energy system.This article is based on the statistical yearbook data of Shandong province,and uses IPCC and Tapio decoupling theory to statistically analyze the current energy consumption status,total carbon emissions,and characteristics of Shandong province from 2017 to 2022.It was found that the total carbon emissions in Shandong province have been increasing year by year from 2017 to 2022.Although the carbon emission intensity in the province has been continuously optimized due to the decrease in energy intensity,the carbon decoupling coefficient has always been in a weak decoupling state,and there is still a certain distance between the carbon decoupling coefficient and the strong decoupling.Based on research results,from the perspectives of adjusting energy structure and optimizing industrial structure,we will develop green and low-carbon energy,actively promote photovoltaic power generation projects,accelerate the development of unconventional natural gas.Further promoting the development of high proportion new energy and the construction of new energy systems is the correct means to improve energy utilization efficiency and promote economic development in Shandong province.

carbon peakingcarbon neutralityenergy consumptioncarbon reduction policiesShandong province

王浩

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青岛科技大学,青岛 266061

碳达峰 碳中和 能源消费 减碳政策 山东省

2024

能源研究与管理
江西省能源研究会 江西省科学院能源研究所 江西省经贸委节能技术中心

能源研究与管理

影响因子:0.207
ISSN:1005-7676
年,卷(期):2024.16(1)
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