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Introduction
The development of green industry in China not only shoulders the historical responsibility of sustainable economic development, but also bears the era choice of protecting the environment, saving resources, and developing harmoniously between man and nature. However, due to the late development of the green industry in China, the overall industrial development speed is also relatively slow, and the impact on the economy and the environment is not obvious. The lack of systematic and in-depth research on it in academic circles makes China's green industry development pace and speed lag behind some developed countries. The development of green industry is not only conducive to optimizing resource allocation and improving efficiency, reducing ecological damage and environmental pollution, but also promoting technological innovation of enterprises and producing green products with GT, thereby realizing the transformation of economic growth mode. It can provide useful reference and guidance for enterprises related to traditional industries in the development of green industries, and can also provide reference for macro-decision-making and supervision of relevant government management departments. Therefore, from this perspective, the development path selection and institutional innovation of China's green industry, which this paper focuses on, has practical value and enriches the means to measure and evaluate the efficiency of GTI. It has important theoretical and practical significance to analyze the driving factors affecting the change of total factor productivity of GTI.
Taking the above into consideration, the purpose of this study is to construct a green technology model based on the digital economy of enterprises under the background of environmental protection, in order to cope with the increasingly serious environmental problems and the increasingly strong demand for sustainable development in the world. This study aims to explore how digital means can help enterprises effectively integrate resources, optimize production processes, and improve environmental protection efficiency, while promoting green innovation, thereby providing theoretical basis and practical guidance for enterprises to achieve low-carbon development and sustainable operation.
The novelty of this paper lies in the fact that the constructed index system must comply with the principles of scientificity, purposefulness, feasibility, comparability, unity, and hierarchy, and at the same time combine the characteristics of manufacturing enterprises. This study constructs an index system for the comprehensive evaluation of enterprise digital transformation from four dimensions:...