技术周期内的设备投资与经济高质量发展

摘要/Abstract

摘要： 包含关键技术的设备投资是打破技术壁垒，加快技术发展周期，实现制造业“弯道超车”的关键。本文从理论上剖析了技术生命周期内的设备投资对企业全要素生产率的影响程度和路径，并选取2009-2018年沪深两市A股上市公司数据实证检验该影响的异质性。结果表明:设备投资通常能够提升企业全要素生产率，且对低技术成熟度企业的促进作用大于高技术成熟度企业；设备投资对工艺创新有显著的促进作用，但对产品创新无显著正向影响，甚至存在抑制作用；低技术成熟度企业通过设备投资促进产品创新提升企业全要素生产率，而高技术成熟度企业倾向于投资工艺设备提升企业全要素生产率。因此，企业应重视技术发展阶段对企业投资决策的影响，根据自身技术发展情况，制定合理的投资策略和创新路径，并适度进行资本积累。

关键词: 技术生命周期, 设备投资, 产品创新, 全要素生产率

Abstract: Equipment investment including key technologies is the key to break the technical barriers, speed up the technology development cycle, and realize the “overtaking” in the manufacturing industry. This paper theoretically analyzes the degree and path of the impact of equipment investment in the technology life cycle on the total factor productivity of enterprises, and empirically tests the heterogeneity of the impact by selecting the data of A-share listed companies in Shanghai and Shenzhen stock markets from 2009 to 2018.The results show that: equipment investment can generally improve the total factor productivity of enterprises, and the promotion effect of low technology maturity enterprises is greater than that of high technology maturity enterprises; equipment investment has a significant promotion effect on process innovation, but has no significantly positive effect on product innovation, even has inhibitory effect; low technology maturity enterprises promote product innovation through equipment investment, and enhance enterprise′s overall importance, however, high-tech mature enterprises tend to invest in process equipment to improve total factor productivity.Therefore, enterprises should pay attention to the influence of technology development stage on enterprise investment decision, formulate reasonable investment strategy and innovation path according to their own technology development situation, and appropriately accumulate capital.

Key words: technology life cycle, equipment investment;product innovation;total factor productivity

刘彤彤，汪丽娟，吴福象. 技术周期内的设备投资与经济高质量发展 [J]. 商业研究.

LIU Tong-tong, WANG Li-juan, WU Fu-xiang. Equipment Investment and High Quality Economic Development in Technology Cycle [J]. 商业研究.

参考文献

［1］Mikkelson W., and Partch M. Do Persistent Large Cash Reserves Hinder Performance［J］．Journal of Financial and Quantitative Analysis, 2003, 38(2): 275-294. ［2］DeLong, J. B, and Summers, L. H. Equipment Investment and Economics Growth: How Strong is the Nexus［J］．Brookings Papers on Economic Activity, 1992, 2: 157-211. ［3］Greenwood, J.,Hercowitz, Z., and Krusell, P. The Role of Investment-Specific Technological Change in The Business Cycle［J］．European Economic Review, 2000,44(1): 91-115. ［4］Greenwood, J.,Hercowitz, Z., and Krusell, P. Long-Run Implications of Investment-Specific Technological Change［J］．American Economic Review, 2001,87(3): 342-362. ［5］黄先海,刘毅群.设备投资、体现型技术进步与生产率增长:跨国经验分析［J］．世界经济,2008(4):47-61. ［6］华昱.设备投资专有技术冲击与宏观经济波动：基于贝叶斯估计的新凯恩斯动态随机一般均衡的研究［J］．产业经济研究,2016(6):67-76. ［7］Foster R N. Innovation:The Attacker′s Advantage［M］．New York: Summit Books, 1986. ［8］傅瑶,孙玉涛,刘凤朝.美国主要技术领域发展轨迹及生命周期研究—基于S曲线的分析［J］．科学学研究,2013(2):209-216. ［9］王玉燕,林汉川,吕臣.全球价值链嵌入的技术进步效应—来自中国工业面板数据的经验研究［J］．中国工业经济,2014(9):65-76. ［10］Harvey M G. Application ofTechnology Life Cycles to Technology Transfers［J］．Journal of Business Strategy, 1984,5(2):51-58. ［11］Utterback J M, Abernathy W J. A Dynamic Model of Process and Product Innovation［J］．Omega, 1975,3(6): 639-656. ［12］William J A, James M U. Patterns of Industrial Innovation［J］．Technology Review, 1978, 80(7): 40-47. ［13］KimLinsu. The Dynamics of Samsung’s Technological Learning in Semiconductors［J］．California Management Review, 1997, 39(3): 1076-1092. ［14］［美］F.M.谢勒.技术创新——-经济增长的原动力［M］．北京：新华出版社,2001. ［15］Phelps, E. The New View of Investment: a neoclassical analysis［J］．The Quarterly Journal of Economics, 1962, 76(4): 548-567. ［16］Howard Baetjer J R. Capital Embodied Knowledge: Some Implications for the Theory of Economic Growth［J］．Review of Austrian Economics, 2000, 13:147-174. ［17］李扬,殷剑峰.劳动力转移过程中的高储蓄、高投资和中国经济增长［J］．经济研究,2005(2):4-15. ［18］林毅夫,任若恩.东亚经济增长模式相关争论的再探讨［J］．经济研究,2007(8):4-11. ［19］毕克新,孙德花.基于复合系统协调度模型的制造业企业产品和工艺创新协同发展实证研究［J］．中国软科学,2010(9):156-162. ［20］古利平,张宗益.中国制造业的产业发展和创新模式［J］．科学学研究,2006(2):202-206. ［21］Stephanie Rosenkranz. Simultaneous Choice of Process and Product Innovation When Consumers Have a Preference for Product Variety［J］．Journal of Economic Behavior& Organization, 2003, 50(2): 183-201. ［22］Fritsch M,Meschede M. Product Innovation,Process Innovation,And Size［J］．Review of Industrial Organization, 2001, 19(3): 335-350. ［23］吴贵生,王毅.技术创新管理［M］．北京:清华大学出版社,2009. ［24］Gomez J, Vargas P. The Effect of Financial Constraints,Absorptive Capacity And Complementarities on The Adoption of Multiple Process Technologies［J］．Research Policy, 2009, 38(1): 106-119. ［25］Reichstein T, Salter A. Investigating the Sources of Process Innovation Among UK Manufacturing Firms［J］．Industrial And Corporate Change, 2006, 15(4): 653-682．［26］Cohen W M， and Klepper S. Firm Size and The Nature of Innovation within Industries: The Case of Process and Product R&D［J］．The Review of Economics And Statistics, 1996,78(2): 232-243. ［27］MiguelBenavente J. The Role of Research and Innovation in Promoting Productivity in Chile［J］．Economics of Innovation and New Technology, 2006,15(45): 301-315. ［28］Petsas I,and Giannikos C. Process Versus Product Innovation in Multiproduct Firms［J］．International Journal of Business and Economics, 2005,4(3): 231-248. ［29］VadimKotelnikov. Radical Innovation Versus Incremental Innovation［M］．Harvard Business School Press, Boston, 2000．［30］Klepper S. Entry, Exit, And Innovation over The Product Life-Cycle［J］．American Economic Review, 1996, 86(3): 562-583．［31］鲁晓东,连玉君.中国工业企业全要素生产率估计:1999-2007［J］．经济学(季刊),2012(1):541-557. ［32］Summers, Lawrence H. Taxation and Cooperate Investment: A q-Theory Approach［J］．Booking Papers on Economic Activity, 1981,1: 67-127. ［33］何文韬.“新常态”下制造业设备投资峰值波动及其内在机制研究-基于我国上市公司的微观视角［J］．产业经济研究,2016(5):69-76. ［34］Hubbard, R. G. Capital Market Imperfections and Investment［J］．Journal of Economic Literature, 1998, 36(1): 193-225. ［35］李耀新.生产要素密集型产业论［M］．北京：中国计划出版社,1995. ［36］金哲松.国际贸易结构与流向［M］．北京：中国计划出版社,2000.

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