|
|
|
| Functional Deepening and Emerging Risks of Government Venture Capital |
| CHEN Jiang-hua1, TANG Qiu-yu2 |
1. School of Economics, Hefei University, Hefei, Anhui 230601; 2. College of Business, Shanghai University of Finance and Economics, Shanghai 200433 |
|
|
|
|
Abstract Government venture capital, as a core instrument of the national innovation strategy, is increasingly demonstrating its theoretical and practical value in driving technological breakthroughs, facilitating industrial upgrading, and achieving high-level self-reliance in science and technology. The functional deepening of government venture capital manifests dual characteristics of patient capital and resilient capital. The patient capital function is reflected in tolerance for failure and early-stage strategic planning at the front end of investment, staged capital infusion and dynamic risk management at the middle stage, as well as diversified exit strategies and value capture at the back end. The resilient capital function is realized through vertical efforts in tackling critical technology bottlenecks and strengthening industrial chains, horizontal regional diversification and geopolitical risk diversification, as well as the construction of an innovation ecosystem and industrial synergy in the network dimension. However, government venture capital also harbors systemic risks in practice, primarily manifested as policy goal distortion caused by institutional embeddedness contradictions, multi-tiered principal-agent problems arising from power structure imbalances, and insufficient dynamic adaptability due to lagging governance capabilities. A comparative analysis of international experiences reveals that despite divergent paths in the American, European, and Asian models, they all face challenges from technological nationalism and the convergence of Environmental, Social, and Governance (ESG) standards, providing important insights for the future development of global government venture capital. Therefore, China should focus on optimizing the top-level design and strategy implementation of government venture capital, enhancing its ability to coordinate with global rules, and guiding capital recipients to take proactive actions. These efforts aim to achieve a multi-dimensional balance between public policy objectives and market laws, providing theoretical support and practical guidance for resolving the“policy paradox” of government venture capital and enhancing national innovation efficiency.
|
|
Received: 20 June 2025
|
|
|
|
|
|
[1] Zhang Y.& Mayes, D. G.The Performance of Governm-ental Venture Capital firms:A life Cycle Perspective and Evidence from China[J].Pacific-Basin Finance Journal,2018, 48:162-185. [2] Brander J A, Du Q, Hellmann T.The Effects of Govern-ment-Sponsored Venture Capital: International Evidence[J].Review of Finance,2015,19(2):571-618. [3] 吴超鹏,严泽浩.政府基金引导与企业核心技术突破:机制与效应[J].经济研究,2023,58(6):137-154. [4] Amit R, Brander J, Zott C.Why Do Venture Capital Firms Exist? Theory and Canadian Evidence[J].Journal of Busi-ness Venturing,1998,13(6):441-466. [5] Cumming D J, Grilli L,Murtinu S.Governmental and Ind-ependent Venture Capital Investments in Europe:A Firm-Level Performance Analysis[J].Journal of Corporate Fina-nce,2017,42:439-459. [6] Genin A L, Tan J, Song J.State Governance and Techno-logical Innovation in Emerging Economies: State-Owned Enterprise Restructuration and Institutional Logic Diss-onance in China's High-Speed Train Sector[J].Journal of International Business Studies,2021,52(4):621-645. [7] Mayer, C., Schoors, K.& Yafeh, Y. Sources of Funds and Investment Activities of Venture Capital Funds: Evidence from Germany, Israel, Japan and the United Kingdom[J]. Journal of Corporate Finance,2005,11(3),586-608. [8] Edler J, Blind K, Kroll H, et al.Technology Sovereignty as An Emerging Frame for Innovation Policy. Defining Rationales, Ends and Means[J].Research Policy,2023,52(6):1-13. [9] Luo Y.Illusions of Techno-Nationalism[J].Journal of In-ternational Business Studies,2021,53(3):550-567. [10] Cumming D, Johan S.Venture's Economic Impact in Au-stralia[J].The Journal of Technology Transfer,2016,41(1):25-59. [11] Li X.,& Ban, C. Financing Technological Innovation in China:Neo-Developmental Financial Statecraft through Government Guidance Funds[J].Review of International P-olitical Economy,2025,32(6):1-31. [12] Bertoni F, Colombo M G, Quas A.The Role of Govern-mental Venture Capital in the Venture Capital Ecos-ystem: An Organizational Ecology Perspective[J].Entrep-reneurship Theory and Practice,2019,43(3):611-628. [13] 邵悦,陈侠飞.政府创业投资:内涵特征、影响效应与未来展望[J].外国经济与管理,2024,46(1):108-122. [14] 陈晋,李卢真,郝斌,等.企业创新信号与政府风险投资——基于制度逻辑视角[J].管理学季刊,2021,6(1):72-103. [15] Dushnitsky G, Lenox M J.When Do Firms Undertake R&D by Investing in New Ventures?[J].Strategic Mana-gement Journal, 2005,26(10):947-965. [16] Alvarez-Garrido E, Dushnitsky G.Are Entrepreneurial Venture's Innovation Rates Sensitive to Investor Comple-mentary Assets? Comparing Biotech Ventures Backed by Corporate and Independent VCs[J].Strategic Management Journal,2016,37(5):819-834. [17] Alperovych Y, Groh A, Quas A.Bridging the Equity Gap for Young Innovative Companies:The Design of Effective Government Venture Capital Fund Programs[J].Research Policy,2020,49(10):1-18. [18] Cremers M, Pareek A.Patient Capital Outperformance: The Investment Skill of High Active Share Managers Who Trade Infrequently[J].Journal of Financial Econom-ics,2016,122(2):288-306. [19] Mazzucato M, Semieniuk G.Public Financing of Innova-tion:New Questions[J].Oxford Review of Economic Policy, 2017,33(1):24-48. [20] Durmaz M.Defense Technology Development:Does Every Country Need An Organization like DARPA?[J].Innova-tion,2016,18(1):2-12. [21] 徐浩,朱小梅.金融韧性问题研究进展[J].经济学动态,2023,(11):108-124. [22] 梅建明,吴昕扬,杨道虹.国家产业投资基金的创新激励效应研究——来自集成电路企业的证据[J].科研管理,2024,45(2):50-60. [23] 刘光明. 政府产业投资基金:组织形式、作用机制与发展绩效[J].财政研究,2019,(7):71-76. [24] Wong C Y, Sheu J, Lee K.Dynamics or Dilemma:Ass-essing the Innovation Systems of Three Satellite Platform Regions(Singapore, Dublin and Penang)[J].Eurasian Ge-ography and Economics,2023,64(5):589-628. [25] Vekstein D. Defense Conversion, Technology Policy and R&D Networks in the Innovation System of Israel[J]. Technovation,1999,19(10):615-629. [26] Petacchi R.Information Asymmetry and Capital Struc-ture: Evidence from Regulation FD[J].Journal of Accou-nting and Economics,2015,59(2-3):143-162. [27] Leleux B, Surlemont B.Public Versus Private Venture Capital:Seeding or Crowding Out? A Pan-European An-alysis[J].Journal of Business Venturing,2003,18(1):81-104. [28] Boschma R, Fitjar R D, Giuliani E, et al.Unseen Costs: the Inequities of the Geography of Innovation[J].Regional Studies,2025,59(1):1-10. [29] Zhong W, Zheng Y.Do Political Connections Stifle Firm Innovation? Natural Experimental Evidence from China's Anti-Corruption Campaigns[J].Strategic Management Jo-urnal,2025,46(5):1183-1216. [30] Grilli L, Murtinu S.Government, Venture Capital and the Growth of European High-Tech Entrepreneurial Firms[J].Research Policy,2014,43(9):1523-1543. [31] Barbera C, Jones M, Korac S, et al.Local Government Strategies in the Face of Shocks and Crises: The Role of Anticipatory Capacities and Financial Vulnerability[J]. International Review of Administrative Sciences,2021, 87(1):154-170. [32] Munari F, Toschi L.Assessing the Impact of Public Venture Capital Programmes in the United Kingdom: Do Regional Characteristics Matter?[J].Journal of Business Venturing,2015,30(2):205-226. [33] Murtinu S.The Government Whispering to Entrepreneurs: Public Venture Capital, Policy Shifts, and Firm Prod-uctivity[J].Strategic Entrepreneurship Journal,2021,15(2):279-308. [34] Feldman M,Lanahan L.State Science Policy Experiments[A].Adam B. J.,Benjamin J.The Changing Frontier:Reth-inking Science and Innovation Policy[C].Chicago:Univer-sity of Chicago Press,2013.287-317. [35] Pisano G P, Shih W C.Restoring American Competi-tiveness[J].Harvard Business Review,2009,87(7/8):114-125. [36] Yeung H W.Explaining Geographic Shifts of Chip Ma-king Toward East Asia and Market Dynamics in Semic-onductor Global Production Networks[J].Economic Geo-graphy,2022,98(3):272-298. [37] Koh W T H, Wong P K. Competing at the Frontier: The Changing Role of Technology Policy in Singapore's Ec-onomic Strategy[J].Technological Forecasting and Social Change,2005,72(3):255-285. [38] Mathews J A.Catch-up Strategies and the Latecomer Effect in Industrial Development[J].New Political Econ-omy,2006,11(3):313-335. [39] Veugelers R.Which Policy Instruments to Induce Clean Innovating?[J].Research Policy,2012,41(10):1770-1778. [40] Mazzucato M, Penna C C R. Beyond Market Failures: The Market Creating and Shaping Roles of State Invest-ment Banks[J].Journal of Economic Policy Reform,2016, 19(4):305-326. [41] Grimes S,Yang C.From Foreign Technology Dependence towards Greater Innovation Autonomy:China's Integra-tion into the Information and Communications Techno-logy (ICT) Global Value Chain (GVC)[J].Area Develop-ment and Policy,2018,3(1):132-148. [42] Farrell H, Newman A L.Weaponized Interdependence: How Global Economic Networks Shape State Coercion[J]. International Security,2019,44(1):42-79. [43] Schoenmaker D, Schramade W.Investing for Long-Term Value Creation[J].Journal of Sustainable Finance & Inv-estment,2019,9(4):356-377. [44] Bolton P, Kacperczyk M, Samama F.Net-Zero Carbon Portfolio Alignment[J].Financial Analysts Journal,2022,78(2):19-33. |
|
|
|