No country is more central to the global energy story than China. The world’s largest emitter, largest energy consumer, and most prolific builder of both coal plants and renewable energy installations, China presents a paradox that lies at the heart of the global energy transition. In 2026, the country is simultaneously on track to meet its renewable capacity targets ahead of schedule and continuing to approve new coal-fired power stations at a rate that alarms climate scientists. Understanding China’s energy crossroads — what is driving it, what the data shows, and what it means for global climate and markets — is essential context for anyone following the energy sector.

The Scale of Chinese Energy

China’s electricity consumption in 2025 reached approximately 9,800 terawatt-hours (TWh), making it by far the world’s largest consumer of electricity — more than double the United States and over three times the European Union. China accounts for roughly 30% of global electricity use despite representing about 18% of global population, reflecting its massive industrial base, heavy manufacturing sector, and the energy demands of its rapidly urbanising and increasingly affluent population.

The pace of growth is equally striking. Chinese electricity consumption has roughly tripled since 2005, and continues to grow at 5–7% annually. This relentless growth in demand is the fundamental driver of China’s energy challenge: the country must add new capacity continuously just to stay in place, let alone decarbonise its existing system.

Coal: The Uncomfortable Reality

Despite extraordinary renewable investment, coal still generates approximately 60% of China’s electricity. China burns more coal than the rest of the world combined — over 4.5 billion tonnes per year for all uses, of which power generation accounts for the majority. The country’s coal fleet is enormous: over 1,100 gigawatts (GW) of installed coal capacity, more than the US and EU combined.

What has alarmed climate analysts is that China approved more new coal capacity in 2022–2024 than in any equivalent period since the early 2010s. Following the power shortages of 2021 — when droughts reduced hydro output and logistics bottlenecks constrained coal supplies, causing widespread industrial blackouts — Beijing prioritised energy security. New coal plant approvals surged, and construction began on dozens of new facilities. Officials justified this as building “backup capacity” for when renewables fall short, and promised that new plants would be held in reserve rather than dispatched at full capacity.

In practice, however, coal plants that are built tend to run. The IEA has noted that China’s coal fleet utilisation rates remain high, and the country’s coal consumption has continued to grow even as renewable capacity has expanded. The economics of coal in China — where domestic coal prices are managed, utilities face political pressure to keep tariffs low, and coal plants can recover capital costs over long operating lives — make it rational for operators to run their assets.

The Renewable Revolution: Unprecedented Deployment

The other side of China’s energy story is equally remarkable. In 2024, China installed more new solar capacity than the rest of the world combined — over 300 GW in a single year. By early 2026, China’s total installed solar capacity exceeds 900 GW, and its wind capacity is over 500 GW. Together, China’s non-hydro renewables capacity is approaching 1,500 GW — more than the total installed capacity of the United States across all sources.

The International Renewable Energy Agency (IRENA) credits China’s deployment scale as the primary reason global solar panel prices have fallen by over 80% in the past decade, making solar the cheapest form of new electricity generation in most parts of the world. China’s domestic manufacturing dominance — spanning solar panels, wind turbines, battery cells, and associated equipment — gives it an unparalleled ability to produce clean energy technology at low cost.

Hydropower adds another 400+ GW to China’s clean energy mix, with the world’s largest hydropower station (Three Gorges, 22.5 GW) and numerous other giant projects. New hydro construction continues in southwestern China, where the Jinsha River and Yarlung Tsangpo (Brahmaputra) basins offer some of the most energetic river systems on Earth.

Storage and Grid Integration

China leads the world in grid-scale battery storage deployment, adding approximately 45 GW of new battery storage in 2024. This investment is partly driven by grid stability requirements (high renewable penetration creates variability that storage can smooth) and partly by government mandates requiring renewable developers to co-locate storage with new solar and wind installations. Battery storage is reducing the curtailment of renewable energy in provinces with constrained transmission — a longstanding problem in Inner Mongolia and Xinjiang, where excellent wind and solar resources have historically outpaced the grid’s ability to absorb them.

Ultra-high-voltage (UHV) transmission lines — capable of carrying electricity over thousands of kilometres at low losses — are connecting renewable-rich inland provinces to the coastal load centres where industry and population are concentrated. By 2026, China has more UHV transmission capacity in operation or under construction than the rest of the world combined.

Electric Vehicles Reshape Demand

China’s world-leading EV market — over 10 million vehicles sold in 2024, representing 40%+ of new car sales — is reshaping electricity demand patterns. The growing fleet of EVs adds a new, controllable form of electricity demand that can in principle be scheduled to charge during off-peak periods or when renewable generation is high. Smart charging infrastructure is being deployed at scale, and grid operators are developing demand-response programmes to manage EV charging peaks.

Climate Commitments and the Carbon Peak

China has pledged to peak its carbon emissions before 2030 and achieve carbon neutrality by 2060. Whether the current energy trajectory is consistent with the 2030 emissions peak is genuinely contested. Some analysts point to slowing growth in coal consumption and rapid renewable deployment as consistent with an approaching peak. Others note that continued coal capacity construction makes it very hard to peak emissions before 2030. The resolution of this question has enormous implications for global climate outcomes. Follow the latest developments in electricity markets and renewables worldwide on our site.