BEIJING, June 26 (China Economic Net) - As geopolitical friction, rising protectionism, and macroeconomic volatility continue to reshape global markets, the international energy transition is facing intensified structural stress. Within this uncertain environment, the question is no longer only about accelerating clean energy deployment, but about whether the underlying supply chains can remain stable and resilient under persistent shocks.

The 4th China International Supply Chain Expo (CISCE), held in Beijing from June 22 to 26, positioned itself within this broader debate, emphasizing that strengthening open, transnational industrial ecosystems remains central to mitigating systemic supply chain vulnerabilities.

Geopolitical shocks and the rising urgency of energy security

Against the backdrop of repeated disruptions to global fossil fuel flows driven by geopolitical conflicts, policymakers are increasingly framing clean energy not only as a decarbonization tool but also as a core component of national energy security.

“Aside from continuous shocks to fossil fuel supplies driven by geopolitical conflicts, we are also witnessing rising unilateralism and protectionism, which are posing severe challenges to clean energy development,” said Liang Changxin, Director General of the Supervision Department at China’s National Energy Administration (NEA).

He stressed that in this evolving environment, global cooperation is becoming more critical rather than less. “It is more important than ever that we strengthen the resilience of global clean energy supply chains through deeper cooperation, thereby enhancing our collective capacity to safeguard energy security.”

This framing sets the baseline for a broader structural argument emerging throughout the expo, that is, resilience in the energy transition is increasingly dependent on interconnected supply systems rather than fragmented national strategies.

China’s structural position in the global clean energy system

This systemic shift is underpinned by China’s expanding role in global clean energy production and deployment.

According to statistics released at the forum by the NEA, China’s non-fossil energy utilization has ranked first globally for 11 consecutive years. Installed wind and solar capacity has reached 1.84 billion kilowatts, historically surpassing coal-fired power.

Beyond domestic transformation, China’s manufacturing capacity has become a stabilizing force in global clean energy supply chains. The country now supplies over 80% of the world’s photovoltaic modules and around 70% of wind power equipment.

These figures were repeatedly cited throughout the forum discussions as evidence of a broader structural transition. China is no longer positioned solely as a large-scale energy consumer, but increasingly functions as a foundational node in global clean energy infrastructure.

The International Renewable Energy Agency (IRENA) further reinforces this global context. It reports that renewable power capacity expanded by a record 692 gigawatts in 2025, with renewables accounting for 85.6% of total global power additions. Asia contributed more than 74% of this growth, driven significantly by China’s domestic installation of 440.1 GW.

Taken together, these developments highlight a shifting global energy geography in which China plays a disproportionately large role in both production and deployment capacity.

From equipment supplier to system-level enabler

As geopolitical uncertainty intensifies, Chinese energy enterprises are also recalibrating their international strategies. The emphasis is gradually shifting from resource acquisition and equipment export toward integrated infrastructure development and systemic coordination.

This transformation was highlighted by Huang Yongzhang, Director and General Manager of China National Offshore Oil Corporation (CNOOC), who pointed to ongoing geopolitical crises, extreme weather events, and changing trade structures as key drivers of global volatility.

In this context, he noted that the only viable path forward is to deepen international cooperation and strengthen external engagement strategies, reflecting a broader corporate shift toward long-term global integration rather than short-term market participation.

This shift is not limited to Chinese firms. International industrial players at the expo also emphasized the necessity of cross-border coordination in managing uncertainty.

“Cooperation and globalization represent the path forward,” said Gu Wen, Marketing General Manager of Alfa Laval Greater China. He argued that European companies must leverage China’s large-scale manufacturing and rapid scaling capacity, while Chinese firms benefit from the global footprint and technological networks of European partners.

Central Asia as a testing ground for systemic deployment

One of the clearest manifestations of this evolving model can be observed in Central Asia, where China’s engagement is moving beyond hardware delivery toward integrated system-level cooperation involving technology, standards, and institutional design.

According to data presented at the expo, Chinese engineering groups have expanded power grid planning and consultancy services across Belt and Road Initiative (BRI) countries, supporting regional capacity to integrate large-scale renewable energy systems.

A frequently cited example is Uzbekistan, where a 1GW solar project achieved full capacity integration within just 13 months, reflecting highly optimized deployment efficiency.

Beyond physical infrastructure, these projects are increasingly accompanied by institutional and technical collaboration. The Silk Road Energy Joint Science and Technology Innovation Center—established between Chinese operators and Uzbekistan’s Ministry of Energy—focuses on localized standard co-development, technical validation, and talent training.

This model reflects a shift from transactional project delivery toward a more embedded industrial ecosystem, combining hardware deployment with soft connectivity in standards and capacity building.

A multi-polar energy system in formation

The discussions at CISCE collectively suggest that the global energy transition is evolving into a more complex, multi-polar system in which technological capacity, rather than demand alone, shapes structural outcomes.

China’s role within this system is undergoing a dual transformation: domestically, it continues to accelerate its clean energy transition at scale; externally, it is increasingly embedded in the infrastructure foundations of emerging markets through integrated deployment and standardization.

Rather than a linear transition driven solely by consumption growth, the global energy system is becoming an interconnected industrial architecture, where resilience depends on the depth and stability of cross-border energy infrastructure networks.

Within this evolving framework, China is positioning itself not only as a major participant in the clean energy transition, but as a structural enabler of global energy system stability under conditions of geopolitical flux.