China’s Energy Leap: A Global Shift in Power and Environmental Impact

China's electrostate model boosts global influence with energy tech exports, despite rising electricity demand.
A man walks down a sidewalk in front of a concrete wall displaying a painted mural for the 2026 World Cup in Mexico.

China’s Strategic Energy Leap: Leading the Charge in Global Electrostate Development

China is making significant strides as a leading “electrostate,” poised to leverage its advanced electrical infrastructure to gain a competitive edge globally. Over the past two decades, China has been building an extensive electrical system, positioning itself to provide essential grid components like power lines and transformers to international markets. Furthermore, China is enhancing its software capabilities, allowing grid operators to effectively manage a varied mix of renewable and conventional energy resources. Notably, Chinese state enterprises are actively constructing and managing national grids in regions such as South America and southern Europe.

China’s focus on research, development, and demonstration (RD&D) further solidifies its future energy dominance. The country’s share of high-quality publications and patents is notably increasing, reflecting robust advancements in energy technology. The central government has announced approximately 150 large-scale demonstration projects for the years 2024 and 2025, which aim to showcase new technologies on a commercial scale. The most recent five-year plan prioritizes innovations like clean aluminum and green hydrogen, highlighting China’s commitment to energy technology advancement.

The global export of China’s electrostate model is expected to significantly diminish greenhouse gas emissions over time. For instance, electric vehicles are generally cleaner alternatives to traditional combustion engines, even after accounting for battery-related emissions. However, in the short to medium term, the rising electricity demand may increase reliance on coal, a major pollutant. Despite a growing shift to renewables, China’s dependence on coal remains substantial, with much of its manufacturing sector still utilizing emissions-intensive methods.

An employee changes the price signage of fuel at a petrol station in San Fernando, Pampanga province, the Philippines, on April 3, 2026. Ted Aljibe/AFP/Getty Images

Conversely, the transition from coal to LNG as a medium-term strategy to lower global emissions faces challenges. The ongoing conflict has inflicted damage to LNG production facilities in Qatar, potentially delaying repairs for several years and causing long-term impacts on energy markets.

The United States, already a leading LNG exporter, might seem well-positioned to fill any gaps. However, President Donald Trump’s aggressive diplomatic strategies have raised concerns among potential trade partners. His administration’s proposed cuts to energy RD&D funding and the reduction of incentives for renewables could hinder U.S. competitiveness in the evolving energy landscape.

As global power dynamics evolve, the rivalry between China’s electrostate model and the U.S. petrostate framework becomes more pronounced. The ongoing geopolitical tensions highlight the need for the United States to reassess its energy strategies and embrace leadership in the emerging “Age of Electricity.”

This work represents the views and opinions solely of the authors. The Council on Foreign Relations is an independent, nonpartisan membership organization, think tank, and publisher, and takes no institutional positions on matters of policy.

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