How the Shift to Renewable Energy Is Shaping a New Power Struggle Between China and the West

The 21st-century energy landscape is undergoing a seismic shift — away from fossil fuels and toward renewables. Solar panels, wind turbines, hydrogen cells, and lithium-ion batteries are replacing oil rigs and coal mines. But beneath this green revolution lies a power struggle not just for clean energy, but for strategic control over the new energy economy. At the heart of this contest are two global giants: China and the West, particularly the United States.

This clash is not about ideology, but about resources, technological superiority, and global influence. On one hand, China dominates the raw material supply and early-stage manufacturing of renewables. On the other, the West — led by the U.S. and European allies — holds the edge in high-end technology, intellectual property, and global financial leverage. The renewable energy transition, therefore, is not just a climate imperative — it's becoming a new Cold War of economic and technological proportions.

The Green Shift: A Geostrategic Arena

The International Renewable Energy Agency (IRENA) projects that by 2050, 90% of global electricity will need to come from renewable sources to meet net-zero goals. According to Vaclav Smil in Energy and Civilization, energy transitions are never just technical — they rewire the very structure of economies and geopolitics. Thus, whoever leads the renewable revolution could set the rules for the next global order.

China's Green Clout: From Resources to Refineries

China has positioned itself as the world's green manufacturing superpower. According to the International Energy Agency (IEA), China controls:

• 60% of global rare earth processing

• 77% of polysilicon production (critical for solar panels)

• 70% of global battery cell manufacturing capacity

• Over 80% of global lithium refining

These statistics are not accidental. Over the last two decades, China has executed a strategic industrial policy — starting with the "Made in China 2025" plan — to dominate the clean energy value chain. In The Power of Resilience, Juliette Kayyem argues that China's edge lies in long-term planning, central coordination, and ruthless execution. From investing in African lithium mines to locking in cobalt contracts in the Democratic Republic of Congo, China has not only secured access to domestic critical minerals (like rare earths from Inner Mongolia and lithium from Qinghai), but has also become the primary refiner of resources extracted elsewhere.

This gives Beijing immense leverage. As seen during the 2010 rare earth embargo against Japan, resource dominance can be used as a geopolitical tool.

The West’s Arsenal: Innovation, Capital, and Alliances

While China may dominate materials and basic manufacturing, the West — and particularly the United States — retains supremacy in intellectual property, advanced technologies, and global financing networks.

In Taming the Sun, Varun Sivaram highlights the role of U.S. innovation in shaping next-gen solar technologies such as perovskite cells, solar-thermal storage, and floating solar farms. Similarly, Europe leads in offshore wind technology, with Denmark’s Ørsted and Germany’s Siemens Gamesa at the forefront. The West also holds an edge in green hydrogen electrolysis technologies, as well as software systems that optimize renewable grids.

Moreover, U.S. companies like Tesla, NextEra Energy, and First Solar set standards in efficiency, integration, and battery storage. These firms rely on deep venture capital ecosystems and robust IP protections, giving them a different kind of dominance — one based on value capture rather than volume.

The U.S. Inflation Reduction Act (IRA) has poured $369 billion into green subsidies, creating a pipeline for domestic production and attracting allies. Meanwhile, the EU’s Green Deal Industrial Plan offers tax credits and subsidies to match China’s dominance and shield its firms from unfair competition.

Strategic Competition: Two Models, One Battlefield

This is more than a technological race — it's a competition between two governance models:

• China relies on centralized industrial policy, state subsidies, and resource control.

• The West, particularly the U.S., favors market-driven innovation, private enterprise, and international alliances.

In The Geopolitics of Renewables, Daniel Scholten notes that renewables decentralize energy production but can centralize supply chain bottlenecks. Whoever controls the bottlenecks — whether upstream (mining and refining) or downstream (grid storage and AI-enabled optimization) — holds strategic power.

The rivalry is evident in specific industries:

❖ Solar PV

China produces over 80% of the world’s solar panels. The U.S. and EU are trying to reshore some production, but struggle to compete on cost. However, next-gen technologies like tandem cells and printable solar are being pioneered in the West.

❖ Wind Energy

Europe leads in offshore wind, but China is rapidly catching up and now operates more offshore wind farms than the UK. The U.S. lags, partly due to regulatory hurdles and grid limitations.

❖ Batteries and EVs

China’s CATL is the largest battery manufacturer globally, and BYD is now one of the world’s top electric vehicle makers. Yet U.S. companies like Tesla lead in integration, range, and branding.

The Global South: A Battleground for Influence

Countries in Africa, South Asia, and Latin America are not passive bystanders. They are resource-rich, energy-poor, and pivotal to global decarbonization. Both China and the West are competing to lock in influence.

• China’s Belt and Road Initiative (BRI) includes hundreds of renewable energy projects across the Global South.

• The U.S. and EU have launched counter-initiatives like the Partnership for Global Infrastructure and Investment (PGII), aiming to promote transparent, high-standard green infrastructure.

In The New Map, Daniel Yergin notes that this scramble resembles 20th-century oil geopolitics. The difference is that, this time, the competition is for technology diffusion, financing norms, and green standards, not just extraction.

Supply Chain Tensions and the Rise of "Green Protectionism"

One outcome of this competition is “green protectionism.” The U.S. and EU are deploying local content requirements, carbon tariffs, and friend-shoring strategies to reduce dependence on Chinese components.

• The EU Carbon Border Adjustment Mechanism (CBAM) imposes tariffs on high-emission imports.

• The U.S. IRA requires EV tax credits only for cars using American-made or allied-sourced components.

• India, Japan, and South Korea are also building independent supply chains.

While these policies promote domestic resilience, they risk creating fragmented green markets, reducing efficiency and slowing down the energy transition. In The Political Economy of Clean Energy Transitions, Douglas Arent warns that weaponizing green trade can backfire if it leads to higher costs and global mistrust.

Techno-Industrial Strategy: China's Systemic Advantage

China’s long-term planning — via its Five-Year Plans, state-owned enterprise coordination, and policy banks — allows it to shape entire industries from mining to manufacturing to deployment. In The China Dream, Liu Mingfu describes this approach as “comprehensive national power.”

By contrast, the West often relies on fragmented private efforts. While this encourages innovation, it can lead to disjointed scaling unless governments play a coordinating role — something increasingly seen in Biden’s industrial strategy and Europe’s Hydrogen Strategy.

The Question of Values and Surveillance

There’s also an ideological dimension. In AI Superpowers, Kai-Fu Lee explores how China's tech sector integrates renewable innovation with digital surveillance, raising concerns about exported standards. Western systems, by contrast, are built around open data, privacy, and civil society engagement.

As smart grids, AI-optimized consumption, and blockchain-based energy trading become norms, the values embedded in these systems will reflect their geopolitical origins.

Who Will Win?

There is no single winner — at least not yet. Each bloc holds asymmetric advantages:

In The Great Convergence, Richard Baldwin notes that global supply chains are increasingly regionalizing. This balkanization will likely accelerate in green sectors — China dominating Asia and Africa; the West consolidating around the Americas and Europe.

The Stakes: More Than Energy

This battle over renewables is about more than energy. It's about shaping the architecture of tomorrow’s economy, where energy, data, and trust converge. If fossil fuels were the backbone of 20th-century empires, then lithium, electrons, and algorithms will be the currency of the 21st.

In The Energy World is Flat, Daniel Lacalle argued that the democratization of energy could reduce geopolitical volatility. But this assumes symmetric access. If supply chains and standards remain split, new dependencies will form — and they may be even more entrenched than oil.

Conclusion: Collaboration or Competition?

A coordinated global energy transition requires trust and cooperation. Yet the current trajectory reflects strategic distrust and national security concerns. Can the U.S. and China cooperate on climate while competing on power? Or will geopolitics derail decarbonization?

For now, the battle rages — over lithium in Chile, battery patents in Michigan, wind farms off the coast of Hainan, and green hydrogen plants in Germany. The rise of renewables is a shared necessity — but who rises faster, smarter, and stronger will shape the next century.

Key References:

1. 
   IRENA (2023). World Energy Transitions Outlook.

2. IEA (2023). Critical Minerals Market Review.

3. Sivaram, V. (2018). Taming the Sun: Innovations to Harness Solar Energy.

4. Yergin, D. (2020). The New Map: Energy, Climate, and the Clash of Nations.

5. Kayyem, J. (2020). The Power of Resilience.

6. Smil, V. (2017). Energy and Civilization.

7. Schwab, K. (2017). The Fourth Industrial Revolution.

8. Scholten, D. (ed.) (2018). The Geopolitics of Renewables.

9. Arent, D. et al. (2017). The Political Economy of Clean Energy Transitions.

10. Lee, K. F. (2018). AI Superpowers.

11. Baldwin, R. (2016). The Great Convergence.

12. Lacalle, D. (2015). The Energy World is Flat.

13. Liu, M. (2015). The China Dream.

14. Collier, P. (2007). The Bottom Billion.

15. Lipscy, P. Y. (2017). Renegotiating the World Order.

16. O’Neil, C. (2016). Weapons of Math Destruction.

17. Mazzucato, M. (2013). The Entrepreneurial State.

18. Friedmann, J. (2022). From CO2 to Value.

19. Hafner, M. & Tagliapietra, S. (2020). The Geopolitics of Energy Innovation.

   Comments0