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July 15, 2026 – China’s energy transition is entering a new phase where clean energy systems are beginning to shoulder roles once dominated by fossil fuels—power generation, grid balancing, and industrial demand. The latest data through mid-2026 shows that the long-anticipated “building before breaking” strategy is now delivering measurable shifts: coal generation has stalled across most provinces, battery storage deployment has exploded, and electrification is moving beyond passenger cars into heavy trucks and industry.
In 2025, renewable energy—led by wind and solar—met 100% of China’s electricity demand increase of 5%. As a result, thermal generation, overwhelmingly coal-fired, fell 0.7% year-on-year, the first decline in a decade. This is not a one-off anomaly: on a rolling 12-month basis, coal generation has been flat since early 2024, after years of continuous expansion. Data from the National Energy Administration shows that in the first half of 2026, wind and solar output grew another 18% and 25% respectively, keeping thermal generation in check even as overall electricity demand rose 4.3%.
China installed about 60% of the world’s new battery storage in 2025, an 84% jump from 2024, overtaking pumped hydro in cumulative capacity by end of 2024. Average utilization of storage systems roughly doubled between 2022 and 2025, according to industry data. Longer-duration storage options—compressed air and molten salt—are moving from pilot to commercial deployment. In the first half of 2026, China added 15 GW of new battery storage, putting the country on track to exceed 100 GW of installed storage capacity by year-end.
Light manufacturing—machinery, electronics, textiles—now sources about three-quarters of final energy from electricity, up from 55% a decade ago. The harder sectors are beginning to shift: metals smelting and processing saw electricity’s share rise to 38% in 2025, from 32% in 2020. In transport, passenger EVs reached 67% of new sales by June 2026. But the bigger story is trucks: electric truck sales more than doubled in 2024, then again in 2025, hitting 26% of new sales—a share that leading European markets have only just achieved for passenger cars. The Chinese government’s latest “New Energy Vehicles in Logistics” pilot, expanded in early 2026, is expected to push that share to 35% by year-end.
Coal generation is flattening in 17 of the 26 provincial-level regions tracked in this report, representing over half of national thermal capacity. In easier-to-electrify manufacturing sectors (textiles, machinery, food & beverages), absolute fossil fuel use has dropped 26% to 71% from its peak. Even in metals smelting—often considered hard to decarbonize—fossil fuel consumption plateaued in 2025 and declined slightly in the first half of 2026. The plateau is supported by rising scrap-based electric arc furnace steelmaking, which now accounts for 15% of China’s crude steel output, up from 10% in 2020.
Clean technologies—wind, solar, EVs, batteries, grid equipment—are now a major economic driver. China’s clean technology exports surpassed USD 220 billion in 2025, rivaling the traditional “old three” exports (garments, furniture, appliances). Domestically, the clean energy sector contributed an estimated 12% of GDP growth in 2025, up from 8% in 2022. Oil displacement from EVs alone is estimated at 1 million barrels per day annually, equivalent to 5% of China’s total oil imports.
The transition is not without headwinds: grid integration challenges, subsidy phase-outs, and local economic dependencies on coal remain. But the “growing-by-greening” dynamic—where each step of the transition creates the conditions for the next—is now structurally embedded. As battery storage and grid upgrades accelerate, the system can absorb more renewables. As electrification deepens, it reduces the cost of clean technologies through scale. The “building before breaking” phase is giving way to co-building and co-breaking, a process that should carry China through the rougher stretch ahead.
