Reassessing Dependencies: The EU’s Path to De-Risking in Light of China’s Industrial Ambitions

China’s industrial policies are reshaping global trade dynamics, prompting the European Union (EU) to reassess its approach towards risk mitigation. As China strengthens its domestic supply market, particularly in high-tech and renewable energy sectors, EU policymakers are progressively facing pressure to decrease their reliance on China in sectors like critical minerals, magnesium and lithium. Amidst rising geopolitical tension and increasingly proactive action towards addressing the climate crisis, industrial policies have moved to the forefront and have gained traction worldwide, exerting significant influence on the international market. As a consequence, European Commission President Ursula von der Leyen presented the concept of ‘de-risking’, which has emerged as a major term among policymakers. The approach underscores the imperative for enhanced understanding, communication and common agreement between China and the EU to foster fair competition globally.

China’s industrial policies have gained a central role in their high-tech aspirations. These policies aim to bolster ICT, electrical, machinery and rail industries to trigger aggregate demand and boost national competitiveness, ultimately impacting the future of innovation on the world stage. This endeavour is epitomised by the ‘Made in China 2025’ (MIC 2025) initiative, launched during the Xi/Li era in 2015. It underscores China’s ambition to achieve technological self-sufficiency through targeted investments in research and development (R&D) and technological innovation. The nation’s goal is to become an innovation-driven, high-value economy propelled by both industrial production and consumer demand. It identifies ten specific manufacturing sectors which China sees as key to ascending the global value chain. These include next generation IT, high-end digital control machinery, aerospace equipment, high-tech oceanographic equipment, high-tech rail equipment, new energy and high performance medical equipment.

Author: Moritz Wendt, EIAS Junior Researcher

Photo credits: Pixabay