自2013年我国中东部大范围雾霾发生以来，如何破解经济增长中的能源与环境困境成为学界和政府关注的焦点。本项目围绕偏向能源节约和清洁生产的绿色技术进步这一关键因素，从理论和经验证据两方面，研究偏向型技术进步推动经济增长转型的内生机制并定量评估具体效应。本项目首先对内生增长模型进行拓展和创新，推导出偏向型技术进步推动经济增长转型的两个原创性理论命题。其次，基于本项目构建的独特的包含价格等信息的行业面板数据，将Binswanger（1974）方法和Kalman Filter（1963）方法相结合用以测算偏向型技术进步，再综合运用似不相关回归模型、变系数模型考察偏向型技术进步促进经济增长转型的异质性效应。最后，考察绿色技术创新的影响因素及其诱发机制。预计本项目将有力地推进和拓展能源偏向型技术进步的实证研究，丰富和深化对经济增长转型具体路径的理解，对推动我国经济可持续发展具有重要学术价值和现实意义。

How to solve the dilemma of energy and environment in economic growth has become the focus of academics and policy makers since the widespread haze has occurred in the Middle East of China in 2013. Around the key factor of green technology progress of energy conservation-biased and cleaner production-biased, this project systematically studies the endogenous mechanism of economic growth transformation promoted by biased technological progress from both theoretical and empirical evidence, and quantitatively assesses the specific effect of biased technological progress. Firstly, this project develops the endogenous growth model, and then deduces two original theoretical propositions which biased technological progress promote the economic growth transformation. Secondly, based on the unique industry panel data containing information such as price, this project integrates the method of Binswanger (1974) and Kalman Filter (1963) to measure biased technological progress, and studies the heterogeneity effect of biased technological progress on the transformation of economic growth using integrated seem-unrelated regression model and variable coefficient model. Finally, this project studies the influence factors of green technology innovation and its mechanism. This project is expected to strongly promote and expand the empirical study of energy-biased technological progress, and provide the direct empirical evidence and reliable approaches to further promote the economic growth transformation. This project has an important academic and practical value to promote the sustainable economy development of China.