Innovation at Scale: China’s Next Five-Year Plan and the Global Opportunity

Innovation has taken center stage in China’s national development strategy as the nation prepares to implement its 15th Five-Year Plan (2026–2030). The Plan Recommendations state that promoting “new quality productive forces” and accelerating high-level technological self-reliance will be essential to advancing Chinese modernization and sustaining high-quality growth. 

This represents a logical progression of China’s development model. It prompts a broader question for the international community: how will China’s next phase of technological advancement influence global cooperation, economic growth, and innovation worldwide?

China’s innovation strategy merits careful consideration at a time when many economies are grappling with slowing productivity growth, climate pressures, and rapid technological change.

The “new whole-of-nation system”

The “new whole-of-nation system” is frequently used to describe China’s approach to major scientific and technological challenges. The concept refers to the coordinated mobilization of national resources – including universities, research institutes, government agencies, and enterprises – to achieve breakthroughs in strategically important technologies. 

This model has historical antecedents, such as those earlier national initiatives which laid the groundwork for breakthroughs in high-speed rail, telecommunications, and space exploration. What sets today’s innovation ecosystem apart, however, is its unprecedented scale and complexity.

The contemporary iteration of the whole-of-nation system reflects a more market-oriented and globally integrated approach. While strategic guidance continues to play a key role, universities, private companies, venture capital investors, and local governments are increasingly driving innovation through collaboration.

In this sense, technological self-sufficiency is not an end in itself. Rather, the goal is to ensure that China possesses the capabilities needed to continue its contribution to global technological advancement.

Achieving this goal requires what policymakers describe as a “full-chain innovation system.” This means strengthening the entire pathway from basic research to commercialization so that discoveries made in laboratories can be translated into practical products and services.

In many countries, the gap between scientific discovery and commercial application remains a persistent challenge. If innovation is to deliver real economic and societal benefits, this gap must be bridged. In practice, this calls for research leaders – both in universities and in companies – who pair a deep passion for scientific discovery with a sharp commercial mindset, measuring success not only by publications but also equally in real-world impact.

Businesses at the innovation center

The growing emphasis on the role of enterprises is one of the most notable features of China’s innovation strategy.

Policy initiatives encourage innovation resources to cluster around firms, enabling companies to lead the formation of research alliances and undertake major national technology projects. Large technology enterprises are expected to play a leading role, while small and medium-sized technology firms will continue to receive policy support and tax incentives to strengthen their research and development capabilities.

This shift reflects a global reality: many of today’s most transformative technologies emerge from dynamic interactions between research institutions and industrial entities. Universities remain essential sources of discovery, but companies often possess the capacity to test, scale, and commercialize new technologies rapidly.

Improving the commercialization of scientific research is also a major focus of China’s policy framework. New initiatives aim to expand real-world application scenarios, strengthen intellectual property protection, and enhance proof-of-concept and pilot testing platforms.

These measures recognize that discovery alone does not constitute innovation. Its ultimate value lies in generating solutions that improve quality of life, promote sustainable development, and enhance productivity.

China’s role in international innovation

China’s growing capacity for innovation is deeply interwoven with global progress. Chinese companies, research institutes, and entrepreneurs are playing an increasingly visible role in global technological progress.

This is particularly evident in renewable energy and green technologies. As the world’s leading manufacturer and installer of solar panels and wind turbines, China’s large-scale domestic deployment has driven down costs globally, making clean energy more affordable and accessible to countries at different stages of development.

Similarly, China’s leadership in electric vehicles and battery technologies has accelerated innovation across global supply chains.

In this way, China’s innovation ecosystem has become an integral part of the global technological landscape. Scientific collaboration, joint ventures, and multinational research partnerships increasingly connect Chinese institutions with their counterparts around the world.

This interconnectedness underscores a key reality: innovation today is inherently global. Breakthroughs increasingly arise from collaborative networks that span borders, sectors, and disciplines.

China’s digital transformation is another domain drawing global interest. Over the last decade, the country has cultivated one of the world’s most vibrant digital economies, where mobile payments, e-commerce platforms, and digital public services are now deeply embedded in everyday life. This evolution illustrates how robust digital infrastructure can spur economic modernization and enhance financial inclusion.

For many Global South countries, digital transformation offers an opportunity to leapfrog traditional development stages. Rather than investing in costly legacy infrastructure, they can adopt mobile and cloud-based technologies to deliver services more efficiently and inclusively.

China’s experience in building digital ecosystems – through strategic infrastructure investment, enabling regulation, and entrepreneurial innovation – may offer valuable insights for other developing economies.

Beyond its domestic progress, China has also expanded engagement with developing nations in areas such as digital infrastructure, renewable energy, and emerging industries. These partnerships help broaden access to technology while opening new avenues for sustainable growth.

In the coming years, cooperation in the digital economy and artificial intelligence is likely to become an increasingly important dimension of international collaboration.

As such cooperation grows, the international community is closely watching how policy initiatives translate into concrete cooperation, particularly in areas where common standards, governance frameworks, and responsible innovation are crucial.

Leadership and strategic direction

Chinese President Xi Jinping emphasized the importance of modernizing industry and advancing technological innovation as key drivers of long-term economic growth during this year’s “two sessions.”

In discussions with deputies from Jiangsu Province, he highlighted the need to strengthen emerging industries, foster technological breakthroughs, and accelerate the development of new quality productive forces.

These priorities reflect a broader shift in China’s development strategy – from growth driven primarily by investment and manufacturing toward growth increasingly powered by innovation, technology, and human capital.

Such a transition is not easy. It requires sustained investment in education, research institutions, and entrepreneurial ecosystems. Equally important is the ability to attract, select, and nurture talented scientists, engineers, and entrepreneurs, since the success of any innovation system depends as much on people as on the quality of research itself.

If realized, however, China could emerge as one of the world’s leading innovation-driven economies in the coming decades.

The world is entering an era of profound technological transformation. Artificial intelligence, biotechnology, advanced manufacturing, and clean energy are transforming industries and societies at unprecedented speed.

In this context, no country can innovate in isolation. Scientific knowledge flows across borders, supply chains span continents, and technological ecosystems are becoming increasingly interconnected. China’s commitment to strengthening its innovation capacity therefore has global implications.

Pursued with openness and cooperation, it can contribute not only to China’s own development but also to broader progress in addressing shared challenges such as climate change and sustainable development.

The most effective innovation systems balance healthy competition with constructive collaboration. They encourage bold experimentation while recognizing that many of the world’s most pressing challenges require collective solutions.

As China embarks on the next phase of its development journey under the 15th Five-Year Plan, the scale and ambition of its innovation strategy will continue to draw global attention.

Ultimately, the true measure of success will not lie solely in technological breakthroughs, but in whether those breakthroughs contribute to a more prosperous, sustainable, and interconnected world.

One of China’s greatest contributions to the world may be innovation at scale, coupled with openness and collaboration, in an era defined by complex global challenges.

Dr. John Quelch is the American president, executive vice chancellor, and distinguished professor of social science at Duke Kunshan University in Jiangsu Province, China.