中文
By Warwick Powell
Lead: China's 15th Five-Year Plan signals a shift toward greater energy sovereignty and more digitalized production, and the technologies underpinning that strategy may offer developing economies a new route to modernization.
During the annual session of the National People's Congress, much of the international commentary focused on familiar themes: China's economic growth target, fiscal stimulus and the ongoing adjustment in the property sector.
Yet the deeper significance of the meeting lies elsewhere. As China prepares to launch its 15th Five-Year Plan (2026–2030), policymakers are articulating a development strategy centered on what President Xi Jinping has called "new quality productive forces."
At first glance, this phrase appears to refer simply to technological upgrading — more artificial intelligence, more advanced manufacturing and faster digital infrastructure. But the concept points to something richer and more rounded. China is attempting to reorganize the foundations of economic growth around three interconnected transformations: energy sovereignty, digitalized production systems and digitally integrated supply chains.
Taken together, these changes are not only shaping China's next phase of development. They also create new possibilities for countries across the Global South seeking modernization pathways that are technologically advanced, environmentally sustainable and less vulnerable to geopolitical shocks.
From industrial expansion to systemic productivity growth
For decades, China's development model relied on large-scale infrastructure investment, globally competitive manufacturing and the mobilization of labor and capital. These drivers remain important, but policymakers increasingly see them as insufficient for the next stage of development.
The emerging framework of new quality productive forces emphasizes scientific and technological frontiers as the primary drivers of productivity growth. Priority areas include AI, advanced semiconductors, quantum information science, biotechnology, new materials and next-generation telecommunications.
Yet the importance of these sectors lies not only in their individual economic value. They are treated as general-purpose technologies capable of transforming the efficiency of the entire productive system.
An aerial drone photo taken on July 2, 2024 shows Rizhao Port in operation in east China's Shandong Province. [Photo by Guo Xulei/Xinhua]
AI can optimize industrial processes. Advanced materials can reduce energy losses in manufacturing. Digital platforms can synchronize supply chains across vast geographic areas. These innovations interact with one another, reshaping how energy, materials, and information flow through the economy.
In this sense, China's strategy is not merely about moving industries up the technological ladder. It is about improving the systemic efficiency of the whole economy.
Energy sovereignty as a development priority
At the heart of this transformation lies energy.
China's leadership increasingly treats energy security and independence as a cornerstone of economic strategy. Industrial economies ultimately depend on reliable and abundant energy supplies. Countries that cannot secure such supplies face structural limits on their growth and autonomy.
China's response has been a massive push into clean energy systems, electrified transport, advanced nuclear technologies and large-scale energy storage. These investments are complemented by ultra-high-voltage transmission networks capable of moving electricity efficiently across vast distances. Battery storage efficiency is improving rapidly as well.
The shift is gradually reducing relative dependence on imported hydrocarbons. For decades, China's energy security has been vulnerable to maritime supply routes passing through chokepoints such as the Strait of Malacca and the Strait of Hormuz. Expanding domestic energy generation and electrifying transport and industry reduces exposure to these risks.
But the transformation also carries a deeper economic logic. Renewable energy systems and electrified infrastructure can deliver higher energy efficiency across the economy. This can be described in terms of energy return on energy invested, or EROI, the ratio between the energy produced by a system and the energy required to build and maintain it.
Technologies with higher EROI expand the amount of net energy available to society. Greater net energy enables more complex production systems, faster technological progress and higher living standards. In this sense, China's energy transition is not simply an environmental initiative. It is a long-term productivity strategy.
Digitalizing the factory
The second pillar of China's emerging development model is the digital transformation of production.
Over the past decade, Chinese firms have integrated robotics, sensors, AI and industrial internet platforms into manufacturing at a remarkable speed. The result is the emergence of increasingly intelligent production systems capable of monitoring and adjusting themselves in real time.
These technologies improve efficiency in several ways. Sensors and data analytics detect energy losses in industrial processes, reducing waste. AI-driven scheduling systems minimize downtime in factories. Digital twins, virtual replicas of physical systems, allow engineers to test new designs before deploying them in the real world.
Such capabilities reduce the energy and material inputs required to produce goods while accelerating innovation by shortening product development cycles.
The cumulative result is a manufacturing system that is not only technologically advanced but also more resource-efficient and adaptable.
An aerial drone photo taken on Jan. 16, 2026 shows China's Five-hundred-meter Aperture Spherical Radio Telescope (FAST) under maintenance in southwest China's Guizhou Province. [Photo by Ou Dongqu/Xinhua]
The digitalization of circulation
The third pillar of China's strategy concerns a less visible but equally important dimension of economic life: circulation.
In classical political economy, circulation refers to the movement of goods, information and money through the economy. Inefficient logistics, fragmented supply chains and slow financial settlements all increase the time required for capital to move from production to sale and back again.
China is now attempting to compress these circulation times through digitalization.
Last year, Beijing approved a national strategy to standardize supply chain digitalization, creating interoperable data systems linking manufacturers, logistics providers, warehouses and financial institutions.
Such systems allow companies to track shipments in real time, coordinate production across multiple firms and automate payment settlements. Inventory levels can be reduced, logistics disruptions managed more effectively and financial flows accelerated.
The result is a supply chain ecosystem where information moves instantly and goods move with greater precision. For businesses, this means lower costs and greater resilience. For the economy as a whole, it means faster turnover of capital and higher productivity.
Exporting productive capability
China's domestic transformation is only part of the story. Increasingly, Beijing is also exporting the technologies and infrastructure that underpin this development model.
Through initiatives such as the Belt and Road Initiative, Chinese firms are building renewable energy projects, electricity grids, telecommunications systems and logistics corridors across Asia, Africa and Latin America.
These projects often provide capabilities that were previously difficult for developing economies to access: reliable electricity systems, modern transport networks and digital platforms that integrate producers into regional and global supply chains.
The significance of this approach lies in its developmental logic. Rather than focusing primarily on resource extraction or financial flows, China's overseas engagement increasingly centers on building productive capacity.
Renewable energy systems enable countries to generate electricity domestically rather than relying on imported fuels. Digital logistics systems help local firms participate in cross-border trade. Industrial infrastructure supports the emergence of new manufacturing capabilities.
In this sense, China's global engagement functions as a form of technology-enabled development cooperation.
A new possibility for the Global South
For countries across the Global South, these developments carry profound implications.
For much of the 20th century, modernization pathways were closely tied to fossil fuel dependence. Industrialization required large-scale imports of oil and gas, leaving many developing economies exposed to volatile energy prices and the complex geopolitics surrounding hydrocarbon supply.
The emerging combination of renewable energy systems, electrified transport and digitalized production offers an alternative.
Solar panels, wind turbines and battery systems can be deployed in many regions of the world. Digital supply chain platforms allow firms in developing economies to integrate into global production networks. Modern logistics infrastructure reduces the cost of trade and industrial coordination.
China's rapid progress in these areas, and its willingness to share technologies, infrastructure expertise and industrial capacity, creates enabling conditions for other countries to accelerate their own development trajectories.
For the Global South, the significance of this moment lies not in replicating China's model wholesale. Every country must find its own path. But China's experience demonstrates that modernization can proceed along a pathway that simultaneously expands productive capability, strengthens energy sovereignty and reduces ecological pressure.
That combination matters. Energy sovereignty reduces exposure to the geopolitical tensions that have long surrounded oil supply routes. Renewable energy systems support ecological sustainability. Digital technologies improve the efficiency with which energy and materials are used.
Together, these elements point toward a development paradigm in which industrial progress no longer requires deepening dependence on fossil fuels or submission to volatile geopolitics.
As China enters its new five-year planning cycle, the significance of its strategy extends well beyond its own borders. If the technological and institutional systems now being built continue to spread, they may help create a world in which modernization is no longer the privilege of a few industrial powers, but an achievable pathway for many.
For much of the Global South, that possibility may prove to be the most important outcome of China's next phase of development.
Warwick Powell is an adjunct professor at Queensland University of Technology.
