POLICY-DRIVEN SUSTAINABLE PROPERTY DEVELOPMENT: STRATEGIC PATHWAYS AND SYSTEMIC CHALLENGES IN CHINA’S DUAL CARBON TRANSITION
Volume 3, Issue 1, Pp 40-52, 2025
DOI: https://doi.org/10.61784/wjebr3034
Author(s)
YangYang Yang
Affiliation(s)
China Energy Construction Urban Investment and Development Co., Ltd,Beijing 100022, China.
Corresponding Author
YangYang Yang
ABSTRACT
Under the synergistic drive of China's "Dual Carbon" strategy and macro-control policies such as "housing is for living, not speculation" and the "three red lines" regulation, the real estate industry faces dual challenges and opportunities in green transformation and sustainable development. As a pillar of the national economy, real estate enterprises urgently need to resolve contradictions and bottlenecks in low-carbon transition through management innovation and technological upgrading. This study systematically examines the intrinsic connection between carbon neutrality goals and the real estate sector, revealing practical challenges including carbon footprint measurement deficiencies, green technology application gaps, intensified financing constraints, and policy adaptation dilemmas. The research proposes a multidimensional implementation framework: Strengthening corporate awareness of green transition while establishing a carbon-neutral business ecosystem; enhancing carbon accounting capabilities and energy efficiency through technological innovation, complemented by carbon offset and compensation mechanisms; deepening ESG practices to reduce debt financing costs, with empirical evidence demonstrating that improved ESG ratings significantly optimize credit asset structures under green finance policies. Furthermore, the study outlines actionable pathways such as low-carbon building standards and green supply chain management, aligning with macro-control objectives. These findings provide theoretical support for real estate enterprises to balance regulatory compliance with market opportunities, formulate carbon reduction strategies, and accelerate the realization of China's "Dual Carbon" vision through industry-wide sustainable transformation.
KEYWORDS
Green real estate development; Dual carbon goals; Policy instruments; Low-carbon transition; Interest coordination
CITE THIS PAPER
YangYang Yang. Policy-driven sustainable property development: strategic pathways and systemic challenges in China's dual carbon transition. World Journal of Economics and Business Research. 2025, 3(1): 40-52. DOI: https://doi.org/10.61784/wjebr3034.
REFERENCES
[1] C Zhou, Y Cui, X Zhao. Impact of carbon trading on corporate reputation. Accounting Research, 2024(3): 124–137.
[2] Z Zhang. How real estate enterprises achieve carbon neutrality. China Real Estate, 2022(11): 32–38.
[3] K Fang. Innovative thoughts on economic management of construction and real estate under a low-carbon model. China Collective Economy, 2023(21): 75–78.
[4] C Wang. Accelerating technological innovation to promote industry carbon reduction. China Cement, 2022(4): 28.
[5] X Cao. Innovative thoughts on economic management of construction and real estate under a low-carbon model. New Urban Construction Technology, 2024, 33(01): 42–44.
[6] S Chen. Calculation and analysis of carbon emissions and cost in building decoration projects. Bulk Cement, 2023(03): 18–20+23.
[7] L Sun. Research on the impact of low-carbon economy on real estate economic development and countermeasures. Real Estate World, 2023(06): 14–17.
[8] G An, C Hua, F Zhang, et al. Research on the impact of ESG system on the capital market under the carbon neutrality target: A comparative analysis based on different industries. Financial Theory and Practice, 2022(3): 48–61.
[9] W Liu. Innovations in economic management of construction and real estate under a low-carbon model. Modern Enterprise Culture, 2023(22): 157–160.
[10] X Li. Reflections on urban development paths under the “dual carbon” strategy. Urban Development Research, 2022, 29(08): 1–11.
[11] Z Wu, H Huang, X Chen, et al. Research on low-carbon transformation strategies in the construction industry under the “dual carbon” target. Chinese Engineering Science, 2023, 25(05): 202–209.
[12] J Zhao, D Xie. Analysis of building energy conservation and carbon reduction under the “dual carbon” background. Shanghai Energy Conservation, 2023(09): 1275–1278.