Research on Identification of Factors Influencing Low Carbon Buildings in Hebei Province
DOI:
https://doi.org/10.54691/ch9qxk88Keywords:
Sustainable Development; Low-Carbon Construction Industry; Hebei Province.Abstract
In the context of actively addressing climate change and vigorously advocating energy conservation and emission reduction globally, low-carbon buildings have become an important direction for the sustainable development of the construction industry. This study closely focuses on the theme of low-carbon buildings in Hebei Province, and conducts in-depth and systematic identification of influencing factors. Through extensive literature review and comprehensive integration of relevant research results at home and abroad, combined with multiple representative practical cases for in-depth analysis, we accurately grasp the key links in low-carbon building practice, and conduct in-depth interviews with senior experts in the field of architecture in Hebei Province to fully draw professional insights and practical experience. Through comprehensive research, it has been found that in terms of policies and regulations, the implementation of building energy-saving standards is insufficient, incentive policies are not yet perfect, and there are obvious loopholes in regulatory mechanisms, resulting in a lack of strong institutional guarantees for the development of low-carbon buildings. At the technical level, the promotion and application of energy-saving technologies are relatively low, the ability for technological innovation is seriously insufficient, and the integration and collaboration between various technologies are poor, making it difficult to support the efficient implementation of low-carbon buildings. In terms of economic costs, the high initial investment costs and uncertainty in operation and maintenance costs have brought significant economic pressure to developers and owners, hindering the market promotion of low-carbon buildings. In the field of social cognition, the public's awareness of environmental protection is weak, and their acceptance and recognition of low-carbon buildings are low. At the same time, there is a shortage of professional talents and insufficient demand for the development of the construction industry. These factors interact and constrain each other, forming a complex mechanism of action that seriously hinders the development process of low-carbon buildings in Hebei Province from multiple aspects. This research provides a solid theoretical basis and decision support for the precise formulation of targeted and feasible strategic measures in the future, which helps to break the current development bottleneck, effectively promote the steady progress of the construction industry in Hebei Province towards a low-carbon development track, and contribute key forces to the achievement of energy-saving and emission reduction goals in the province. It has significant value in improving the environmental, economic, and social benefits of buildings in Hebei Province, and also provides useful reference examples and practical inspirations for the development of low-carbon buildings in other regions of China, in order to jointly promote the green and low-carbon transformation and sustainable development of the construction industry in China.
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References
[1] Dong Chaoyang, Shao Yafei, Zhu Xiangling, etc Research progress and development direction of low-carbon construction in buildings [J/OL]. Construction Technology (in Chinese and English), 1-8 [2024 December 26].
[2] Zhang Tongrui, Geng Liming, Na Yonglin, etc Research on the influencing factors of carbon emissions in prefabricated buildings based on a three-dimensional perspective [J]. Brick and Tile, 2024, (12):136-138+141.
[3] Yao Yuan Construction and Empirical Study of Low Carbon Transformation Evaluation Index System for the Whole Life Cycle of Buildings [J]. Inner Mongolia Science and Technology and Economy, 2024, (08):36-39.
[4] Jiang Xinran, Cui Tong, Wang Yijun A review of research hotspots in scientific architecture in the past five years: low carbonization, public space, and integration [J]. Contemporary Architecture, 2024, (02):14-19.
[5] Huang Liying Research on Low Carbon Transformation of Existing Residential Buildings in Cold Regions Based on Active Passive Coupling [D]. Hebei University of Technology, 2023.
[6] An Yandong Exploration of the Application of Low Carbon Building Design Concept in Building Planning and Design [J]. Bulk Cement, 2024, (03):14-16+21.
[7] Liu Heng, Xu Feng, Huang Jianzhao Renovation of existing office spaces under the goal of low-carbon development throughout the entire lifecycle - Low carbon construction of the "Green House" [J]. Architectural Techniques (Chinese and English), 2024, 30 (06): 81-85.
[8] Mou Gaohui, Gao Hong Research on the Driving Factors and Countermeasures of Low carbonization in the Construction Industry under the Dual Carbon Background [J]. Journal of Hebei University of Architecture and Technology, 2023, 41 (01): 213-219.
[9] Wang Sha, Shen Liangfeng, Zeng Qian, etc Research on the Effect of Low Carbon Management Behavior of Contractors in Prefabricated Construction Projects [J]. Science and Industry, 2023, 23 (02): 197-203.
[10] Li Bing, Li Xun, Du Hailong, Dong Cheng, Sun Gang, Zhu Lin, etc Research on Low Carbon Strategy of Architecture Based on Ecological City Concept [J]. Jiangxi Building Materials, 2022, (11):100-101+106.
[11] Song Yuechao, Zhao Yanhua Research on the Restrictive Factors and Countermeasures of Low Carbon Transformation of Construction Enterprises under the Background of Dual Carbon [J]. Tianjin Science and Technology, 2022, 49 (S1): 99-102.
[12] Zhai Jiren, Lin Minmin Research on Improving Low Carbon Development in Urban Areas of China [J]. Low Carbon World, 2020, 10 (12): 7-8.
[13] Zhang Wuxian, Yang Yuanyuan, Fan Xin Analysis of Factors Influencing Low carbonization of Building Supply Chain Based on DEMATEL-ISM [J]. Practice and Understanding of Mathematics, 2019, 49 (19): 18-27.
[14] Wang Fuqiang The Application of Green Building Design Concept in Architectural Design [J]. Sichuan Cement, 2019, (03):48.
[15] Focusing on low-carbon new life, building a low-carbon science popularization museum and low-carbon exhibition hall construction. From low-carbon exhibition content to low-carbon technology and exhibition hall building development. Environmental Protection, 2016, 44 (19): 85.
[16] Chen Lijian Construction and Empirical Study of Evaluation Standards for Low carbonization of Urban Economy [J]. Business Economics Research, 2015, (14):32-34.
[17] Li Zhentao Realizing Low Carbon Building Technologies in Architecture [J]. China Building Materials Science and Technology, 2014, (S2):75.
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