企业创新活动的系统耦合效应研究

石秀; 侯光明; 景睿; 王俊鹏

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科研管理 ›› 2021, Vol. 42 ›› Issue (9) : 52-60.

论文

企业创新活动的系统耦合效应研究

石秀^1，2，侯光明^2,3，景睿²，王俊鹏²

作者信息 +

A study of the system coupling effect of enterprise innovation activities

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文章历史 +

摘要

企业不同创新活动之间能够有效互动而形成新的、高一级的结构功能体，具有系统性创新提升作用，可称之为企业创新活动的系统耦合效应。然而，现有研究尚未对此进行深入分析探讨，缺少对作用机制的整体揭示与实证检验。本文从整体性结构出发，在理论阐释创新活动系统耦合的基础上，构建了包括中介的多重调节效应模型，并以中国新能源汽车企业样本进行实证分析。研究发现：企业创新活动的系统耦合存在整体结构性作用，既能直接提高创新效率，也能通过动态能力间接促进创新效率提高，且高环境不确定性会全面放大创新活动系统耦合效应。本研究深入了对企业创新活动协同关系的分析，增补了相关作用机制实证研究，研究结论对于我国企业提高创新效率亦具有启发意义。

Abstract

Innovation performance is influenced by a variety of innovation activities. Scientific arrangement of innovation activities makes it effective to produce system effects, which becomes the key to improve the efficiency of innovation. However, existing research shows that the important role of collaboration with the validation of innovation activities is more based on the independence of different innovation activities and their linear structural relationship, and does not reveal the synergy of "1+1>2" very well. This paper puts forward the coupling effect of enterprise innovation system, starting from the integral structure of the close connection between the management innovation system and the technological innovation system, and carrying out theoretical revealing and empirical research on the synergy of enterprise innovation activities.
First of all, the theory from the perspective of system coupling explains the synergy of enterprise innovation activities, and describes it as the systematic innovation management process of management innovation system and technological innovation system through the interaction form of complementary advantages, interdependence, free operation and mutual integration, so as to improve the innovation efficiency of enterprises. Then, the mechanism of system coupling effect of enterprise innovation activities is deduced, and five theoretical hypotheses containing direct effect, indirect effect and regulation effect are put forward. Thus, the theoretical model is constructed, which takes the coupling degree of the innovation system as the explanatory variable, the innovation efficiency as the interpreted variable, the dynamic ability as the mediator, and the environmental uncertainty as the moderator. Finally, using the research data of 236 Chinese new energy automobile enterprises, the empirical test is carried out by using the Partial Least Squares -Structural equation modeling (PLM-SEM).
Through the above research work, the following conclusions are obtained: (1) innovation system coupling has a significant direct effect on innovation efficiency, so that it′s the key measure of enterprise efficient innovation; (2) innovation system coupling can indirectly promote innovation efficiency through dynamic capability, and in this process, the three dimensions of dynamic ability - perception, integration and reconstruction ability, almost play an equally important role, indicating that innovation system coupling is an important path for enterprises to make systematic response to changes in the external environment and balance to promote high-order capability; (3) Environmental uncertainty plays a regulatory role in the relationship between innovation system coupling and dynamic capability, that is, the higher the degree of environmental uncertainty, the more significant the impact of enterprise system innovation coupling on dynamic capabilities.
This study deepens the analysis of the synergy relationship of enterprise innovation activities, and uses the system coupling perspective to advance it from "combination effect" to "system effect" research. At the same time, the empirical research on the synergy of enterprise innovation activities is supplemented, which enriches the relevant role path and mechanism.
This study is also of practical significance for enterprises to improve innovation efficiency. The following revelations are mainly formed. Firstly, enterprises need to pay attention to the coupling between management innovation and technological innovation, in order to systematically think about the layout of innovative activities. Secondly, enterprises need to play a synergistic role in innovation activities, to actively cultivate dynamic capabilities. Thirdly, enterprises need to pay attention to the impact of environmental uncertainty, adjust and optimize innovation strategies in a timely manner, and choose innovative system coupling models to meet the needs of enterprise development.

导出引用

石秀侯光明景睿王俊鹏. 企业创新活动的系统耦合效应研究[J]. 科研管理. 2021, 42(9): 52-60

Shi Xiu, Hou Guangming, Jing Rui, Wang Junpeng. A study of the system coupling effect of enterprise innovation activities[J]. Science Research Management. 2021, 42(9): 52-60

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