AHP-CRITIC-Based Collaborative Benefit Analysis of Regional Energy and Economic Development

Shuyu Li; Heng Lei; Jiangpeng Duan

doi:10.54691/bcpbm.v20i.905

Authors

Shuyu Li
Heng Lei
Jiangpeng Duan

DOI:

https://doi.org/10.54691/bcpbm.v20i.905

Keywords:

AHP-CRITIC method; collaborative model; regional energy; regional economy; Shanxi Province.

Abstract

With the rapid changes in China's external economic environment, regional energy and economic problems have become increasingly prominent, and the research on the synergy between regional energy and economy has received more and more attention. From the perspective of system analysis, this paper constructs the index system of regional energy and regional economy and uses AHP-CRITIC (Analytic hierarchy process-Criteria Importance Through Intercriteria Correlation) method to calculate the coupling weight of indicators. The ordered model of the two subsystems of regional energy and economy and a composite system synergetic degree model are constructed based on synergy theory. Taking the relevant data on energy and economic development in Shanxi Province from 2010 to 2020 as samples, this research analyzes the synergetic development of regional energy and regional economy in Shanxi Province. The results show that the order degree of regional energy and economic subsystems in Shanxi Province shows an overall upward trend, but the synergy degree of the two systems shows a fluctuating trend of alternating increase and decrease. The stability of the development synergy effect is poor, and it is vulnerable to external environmental impacts. The endogenous synergistic development mechanism has not yet been formed.

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References

Ilhan Ozturk, Alper Aslan & Huseyin Kalyoncu. (2010). Energy consumption and economic growth relationship: Evidence from panel data for low and middle income countries. Energy Policy(8), 4422-4428.

Lin Shuwei & Guan Songli. (2022). Research on carbon neutrality, economic growth and its impact on energy efficiency. Journal of Beijing University of Aeronautics and Astronautics (Social Science Edition).

Li Lichun. (2017). An empirical test of the relationship between energy consumption, economic growth and energy structure in China. Statistics and Decision (13), 140-143.

Ma Li, & Ye Qiangqiang. (2016). An Empirical Study on the Relationship between Energy Consumption and Economic Growth: Taking Shaanxi Province as an Example. Economic Geography (6), 6. Li Jianhui, Han Erdong & Liu Xin. (2021). Energy-Economic-Environmental System Coordinated Development Level Measurement. Statistics and Decision (13), 88-91.

Li Jianhui, Han Erdong & Liu Xin.(2021). Measurement of Coordinated Development Level of Energy-Economic-Environmental System. Statistics and Decision (13), 88-91.

Cao Chenglong, Yin Yitong, Lin Gang, Huang Shiqi & Gao Ming.(2020). Characteristics of Coupling Coordinated Evolution of Regional Energy-Economic-Environmental Systems——Taking Ningbo City as an Example. Science and Technology Herald (11), 70-77.

Li Xinxin. (2018). Analysis of Coupling Coordination Degree of Energy-Economy-Environment System——Taking Jiangsu Province as an Example. Modern Business (07), 71-73.

Li Ying & Li Zilian. (2020). The Grey Correlation Analysis of Energy Consumption and Economic Growth in Shanxi——Based on the Perspective of Energy Structure Constraints. Practice and Understanding of Mathematics (05), 60-66.

Wang Aihua & Li Meilian. ( 2021 ).Research on the coordinated development of energy, economy and environment in the Pearl River-Xijiang Economic Belt.Innovation ( 05 ), 105-116.

Luo Rihong, & Huang Jinlin. (2021). Comprehensive evaluation of earth-rock dam safety based on improved ahp-entropy weight method and group decision-making. Guangdong Water Resources and Hydropower (4), 7.

Ke Bin, Qiu Yujun, & Zhang Xiaofei. (2020). Comprehensive evaluation of railway line speed target value weighted based on critic-g1 method. Railway Standard Design, 64(3), 6.

Qiu Shaolang, Wu Biao, Yin Jing & Bai Hanzhuo. (2020). Evaluation model of synergy between logistics and regional economic development in underdeveloped areas. Logistics Technology (02), 32-36, 87.