CAJ | 학술논문

文章从投入产出角度，运用DEA-Malmquist指数法对中国新能源上市公司的全要素生产率动态变化及其分解进行了测算。研究表明2006－2011年间中国新能源上市公司的全要素生产率增长水平较低，平均增长率仅为1.5％。增长的源泉主要是技术进步，技术效率的下降在一定程度上抵消了技术进步带来的效果。最后从不同类型新能源公司视角出发，分析了不同类型新能源公司全要素生产率变化、技术效率变化、技术进步之间的差异性。
문장종투입산출각도，운용DEA-Malmquist지수법대중국신능원상시공사적전요소생산솔동태변화급기분해진행료측산。연구표명2006－2011년간중국신능원상시공사적전요소생산솔증장수평교저，평균증장솔부위1.5％。증장적원천주요시기술진보，기술효솔적하강재일정정도상저소료기술진보대래적효과。최후종불동류형신능원공사시각출발，분석료불동류형신능원공사전요소생산솔변화、기술효솔변화、기술진보지간적차이성。
By applying the DEA-Malmquist Index Method, the article researched the dynamic change for total factor produc- tivity and decomposition of new energy listed companies in China from the perspective of multiple-input and multiple-out- put. The study showed that the total factor productivity growth of Chinese new energy listed companies was lower between 2006 and 2011, and the average growth rate of TFP was only 1.5%. The growth of total factor productivity mainly was due to the technical progress. However, the effect brought by the technical progress was neutralized by the decrease of technical ef- fieieney to a certain extent. Finally, the paper analyzed the differences among the change of the total factor productivity, the change of technical efficiency and technological progress fur different types of new energy companies from the point of view of different types of new energy companies.