Research on the Challenges, Opportunities, and Countermeasures of the Global Energy Supply Chain Reconfiguration for China's Green Transformation

Summary of the Key Points

This is a national-level energy strategy research report released by the Chinese Academy of Sciences, which thoroughly analyzes the significant changes in the global energy landscape. In the past, countries around the world specialized in producing new energy products based on their respective strengths, working together to reduce costs and promote carbon reduction. However, current geopolitical tensions have shattered this system. Europe and the United States have shifted towards energy localization, prioritizing self-sufficiency, with the United States even lifting restrictions on fossil energy extraction to maximize profits, disregarding climate cooperation. As the world's largest energy importer and exporter of new energy products, China must now guard against potential disruptions to its oil and gas supply, maintain its leading position in the new energy sector, and steadily advance its dual carbon reduction goals. The report outlines the real challenges faced, China's unique advantages, and the practical strategies to be adopted, serving as an important reference for China's energy policy for the coming years.

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Popular Explanation of the Key Points

1. The new rule in the global energy landscape: "Security first" over "carbon reduction first," and everyone is going in the opposite direction

The logic of the global energy supply chain used to be simple: China produced photovoltaic panels and wind power equipment at the lowest costs, which Europe and the United States could purchase to quickly reduce their carbon emissions, saving money for all parties. For example, Chinese-made photovoltaic panels helped the United States save $24 billion and Germany save $7 billion annually. However, geopolitical tensions have overturned this approach:

• The United States has become the world's largest exporter of fossil energy, using oil and gas to influence the energy supply of Europe, Japan, and South Korea, and has declared that fossil energy extraction takes precedence, even questioning previously agreed-upon carbon reduction targets.
• The European Union has passed laws requiring all clean energy industries to be domestically produced to reduce reliance on imports. Previously, when Europe faced energy shortages, Italy decided to phase out coal-fired power plants, effectively reversing progress on carbon reduction.
• Europe and the United States are imposing tariffs of up to 250% on Chinese new energy products, making it impossible to conduct business normally. This not only aims to isolate China but also slows down the global pace of carbon reduction by at least one-third.

2. The three real challenges China faces

The challenges mentioned in the report are all current and tangible issues:

• The vulnerability of oil and gas imports: China is the world's largest purchaser of fossil energy, spending nearly $500 billion annually on imports. The Strait of Malacca and the Strait of Hormuz, through which these supplies pass, are areas prone to conflict, posing a risk of supply disruptions. Additionally, Russia accounts for nearly half of China's imported natural gas, and if China decides to reduce its reliance on fossil energy in the future, these investments may be wasted due to the reliance on existing high-carbon infrastructure.
• The new energy industry is under pressure: Europe and the United States are restricting China's exports of photovoltaic and electric vehicles, and even inspecting products manufactured in Southeast Asian factories. Domestic subsidies for the new energy sector have been cut, leaving many companies struggling with a severe imbalance between supply and demand.
• Technological shortcomings: Although China leads the world in new energy production, it still relies on imports for core components such as high-end bearings for offshore wind power and nuclear fuel for nuclear power. Europe and the United States have listed clean energy technologies as high-level controlled items, restricting China's access to these technologies.

3. China's four irreplaceable advantages

The report highlights four areas where China holds a dominant position, making it difficult for others to catch up:

• The ability to process key minerals: China produces 95% of the world's battery-grade graphite, 91% of rare earths, and 70% of lithium chemicals. The United States relies on China for 90% of its rare earths. When China imposed restrictions on the export of seven types of rare earths, American high-tech industries were severely affected. This processing capability is the result of decades of technical accumulation, giving China significant bargaining power.
• A leading position in green hydrogen production: Green hydrogen is produced by using the "free electricity" from wind and solar power, with zero carbon emissions. China has the world's largest installed capacity of wind and solar power, providing an abundance of low-cost electricity for hydrogen production, and could significantly reduce its dependence on oil and gas imports.
• The status as a global manufacturing hub for electric vehicles: 70% of the world's electric vehicles are manufactured in China. Although Europe and the United States restrict exports to their markets, emerging markets like Southeast Asia and Latin America are eager to purchase Chinese cars. China's advantage in this area is unshakable.
• The scale of the battery industry: The United States and South Korea are investing heavily in battery production, but China has a higher production capacity, better cost control, and a more complete industrial chain. By establishing a robust battery recycling system, China can produce three times as many batteries at the same cost as its competitors.

4. Practical strategies for implementation

The report proposes concrete policy recommendations that address the current challenges:

• First, accelerate China's own carbon reduction efforts by setting phased targets for industries such as manufacturing, transportation, and construction by 2035, and gradually transitioning society towards a low-carbon lifestyle.
• Second, enhance energy autonomy by building smart grids and energy storage facilities to ensure stable power supply and reduce reliance on imported oil and gas. Focus on developing high-end new energy technologies for higher profits.
• Third, tap into domestic markets by providing subsidies for green energy purchases, promoting the use of new energy vehicles, and creating more applications for new energy technologies to boost industry competitiveness.
• Fourth, overcome technological barriers by developing domestic technologies for wind power bearings and nuclear fuel and establishing export control lists. When others restrict China, China can respond in kind.
• Finally, engage in practical cooperation with other countries on areas of common interest, such as methane reduction and waste recycling. Share China's success stories in reducing costs and emissions through new energy to gain a voice in global climate governance.