![]() Due to the enormous construction scale, China committed to achieving carbon peak and carbon neutrality (namely double carbon) Two study questions were developed: at the United Nations General Assembly in 2020 to better respond to climate change. The proportion of high carbon emissions has brought resistance to the construction industry ( Hou et al., 2021). 2020 Global State Report for Building and Construction indicated that building carbon emissions account for 35%–38% in total. ![]() Urbanization has promoted the large-scale growth of the worldwide construction industry and brought challenges to contain climate change ( Lai et al., 2019). In recent years, tackling climate change has become an important issue for global development. These findings point out the direction for PCEs to maintain their competitiveness in response to the climate crisis and provide action guidelines for the future construction industry to minimize the negative impact on the environment. Enterprise innovation performance generally presents a relatively high, but local fluctuations lead to continuous changes. ![]() The orderliness of enterprises has risen overall with partial fluctuations, and the synergy is low. The results show that the CIPCE includes four sub-mechanisms: dual drive, resource supply, collaborative operation, and trust guarantee. Finally, according to the order parameter method, the operation process and results of the CIPCE mechanism are further measured, that is, the synergy and innovation performance that affects its decision-making. Next, combining structured interviews and literature analysis, the original data was obtained through a questionnaire survey from 15 PCEs in Shenyang, China. First of all, this study uses semi-structured interviews to analyze the mechanism of CIPCE in the current construction environment. This study aims to analyze the composition of the CIPCE and measure the operation process and results of the mechanism based on the order parameter. However, academia and industry do not have a deep understanding of the collaborative innovation of prefabricated construction enterprises (CIPCE), and there is a lack of quantitative-driven research. In innovation-driven development, collaborative innovation is gradually becoming a critical sustainable way for prefabricated construction enterprises (PCEs). School of Management, Shenyang Jianzhu University, Shenyang, China.
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