Exploration of the Path of High-Quality Development of Green Building Industry under the Dual-carbon Background

-- Take Anhui Province as an Example

Authors

  • Mengting Lu
  • Yu Liu
  • Tianle Zhu
  • Qianchun Wu
  • Nan Chen

DOI:

https://doi.org/10.54691/sjt.v5i11.5769

Keywords:

Green Building; Carbon Neutral; Fuzzy Comprehensive Evaluation Method; Evaluation Index.

Abstract

Under the background of the goal of "carbon peak, carbon neutral", green development has become a hot issue in focus, in which the new low-emission infrastructure field, mainly green building, has been vigorously invested in, which is an opportunity for the development of the green building industry, and it is urgent to solve the problem of the high-quality development path of the green building industry, and analyze the factors affecting the development of the green building industry based on the development goals and concepts. construction industry development obstacles, as well as the construction of evaluation indicators for the development of the green construction industry is an urgent problem to be solved. Based on the background of double-carbon target, this topic will select some representative green building enterprises in Anhui Province as the research object; take the development of green building enterprises in Anhui Province and the data obtained from the National Bureau of Statistics on the whole life cycle of green building, energy saving and energy utilization, and the growth rate of green building area as the main research data; refer to the research theories of domestic and foreign research scholars from the development of the green building industry, the industrial foundation, building products, social benefits, and the development of the green building industry as the main research data. The development evaluation index system of green building industry is constructed in accordance with the current development situation in five aspects: industrial foundation, construction products, social benefits, internationalization, and sustainable development; the fuzzy comprehensive evaluation method is used to select the indicators from the constructed development evaluation index system, and the entropy weight method is used to determine the weight of each evaluation factor, so as to study the factors that affect the high-quality development of green building industry. At the same time, the selected indicators are quantified and the future development prospects of the industry are predicted using the Arima prediction model. It aims to provide certain reference and reference for the optimization and improvement of the development policy of green building industry in Anhui Province, and to make up for the problem that the influence factors and the degree of influence are not clear in the process of the development and construction of green building industry.

Downloads

Download data is not yet available.

References

WANG Yusong, SHI Huimeng, YAN Hui, HUANG Wenwei, HAO Zhibiao. Distribution and spatial effect analysis of carbon emission intensity in China's construction industry based on SDM[J]. Journal of Engineering Management,2021,35(05):1-6.

WANG Li, LI Huimin. Measurement and Path Selection of High Quality Development Level of Construction Industry--Taking Shaanxi Province as an Example[J]. Construction Economy,2020, 41 (09):24-28.

Li Lanlan. Research on the path of green transformation and development of China's construction industry[D]. Wuhan University of Technology,2019.

Meng Chong, Deng Yuechao, Li Jiaying, Li Qiong, Dai Ruiye, Gao Cheng. Introduction to T/CECS 1149-2022 International Multilateral Green Building Evaluation Standard[J]. HVAC, 1-7.

YAO Xin, QIU Wenhang, CHENG Na, YANG Lei, WU Yinguang, LI Yunjiang, FAN Bo, DENG Jinyan, ZHANG Hui, KE Zikang. Research on Post-use Evaluation of Environmental Performance of Green Campus Based on AHP-FCE--Taking an Administrative College (New Campus) as an Example[J]. Central China Architecture, 2023, 41 (10): 63-67.

LIN Manhua, ZHANG Wanna, ZHENG Rongbao, ZHAO Kefei, ZHONG Qi, LIN Lijie. Spatial and temporal evolution of green buildings in Guangzhou and analysis of influencing factors[J]. Tropical Geography, 2023, 43 (09): 1823-1834.

Liu Renhuan. Research on green building development issues and countermeasures in Hunan Province under the goal of "double carbon"[J]. Construction Economy, 2023, 44 (S1): 354-358.

LI Xiaoliang, HUANG Lijun, LI Qiuyuan. Research on the index system of green rural building construction--Taking Jiangsu Province as an example[J]. Town and Country Planning, 2023, (02): 70-77.

Wang Cheng. Comparison of the development of green building and low carbon building evaluation systems in China and suggestions for optimization[J]. Building Science, 2023, 39 (02): 235-244.

Jiang Kai. Comparative study of Green Office Building Evaluation Standards based on health concept[J]. Construction Economy, 2022, 43 (S2): 326-331.

Downloads

Published

2023-11-21

Issue

Section

Articles

How to Cite

Lu, M., Liu, Y., Zhu, T., Wu, Q., & Chen, N. (2023). Exploration of the Path of High-Quality Development of Green Building Industry under the Dual-carbon Background: -- Take Anhui Province as an Example. Scientific Journal of Technology, 5(11), 20-27. https://doi.org/10.54691/sjt.v5i11.5769