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Solar Capacity Overtakes Coal in China: First-Time Installed-Power Lead

9/4/2026, 11:12:56 AM

Core Event

At the end of July 2026, China’s cumulative photovoltaic (PV) capacity reached 1.286 GW, edging past the 1.285 GW of coal-fired capacity, according to the National Energy Administration (NEA). The crossover makes solar the nation’s largest source of installed electricity generation capacity for the first time in its modern history.

Background & Context

China’s power mix has been dominated by coal since the early 20th century. The NEA reported that coal’s share of electricity generation fell below 50 % for the first half of 2026, with an average of 49.7 %. Renewable electricity (wind + solar) rose about 9 % year-on-year, and wind-solar together supplied roughly 25 % of total output. Earlier milestones include renewable capacity overtaking coal in 2023 and combined wind-solar surpassing thermal power in 2025.

Data & Statistics

  • Installed capacity (July 2026): Solar 1.286 GW; Coal 1.285 GW (NEA).
  • Share of total installed capacity: Solar ? 31.5 % (July 31).
  • Solar generation Jan-Jul 2026: 802.4 TWh, a 15.5 % YoY increase, representing ? 13 % of national electricity consumption (NEA).
  • Coal generation Jan-Jun 2026: 2.5 PWh (? 49.7 % of total generation) (NEA).
  • Utility-scale vs. distributed solar: 704 GW utility-scale, 582 GW distributed (NEA).
  • Global share: China produces about 80 % of the world’s solar modules and accounts for roughly half of global installed PV capacity (NEA, PV-Magazine).

Why It Matters

China is the world’s largest annual greenhouse-gas emitter, responsible for about 30 % of global emissions. Shifting the installed-capacity balance toward solar could lower the carbon intensity of the power sector, support the country’s pledge to peak emissions before 2030 and achieve carbon neutrality by 2060, and influence global solar-module prices through its dominant manufacturing base.

On-the-Ground Observations

A photograph taken on June 23 2026 shows rooftop PV installations on a building in Qingdao, Shandong Province, illustrating the rapid diffusion of solar assets across urban China.

Conflicting Reports & Gaps

  • Installed capacity figures: Most sources cite 1.286 GW (NEA, PV-Magazine, Global Times), while Livescience and Impakter report 1.288 GW.
  • Solar generation totals: NEA and several outlets give 802.4 TWh for Jan-Jul 2026; BigGo reports 655.5 TWh for the same period, a substantial discrepancy.
  • Utilization rates: The NEA notes solar’s average annual utilization just over 1,000 hours versus coal’s >4,000 hours, but precise capacity-factor data are not uniformly disclosed.

Verbatim Quotes

  • “Solar only generates when sunlight is available, whereas coal plants can run for much longer periods, so solar still supplies a much smaller share of China's electricity than coal,” — Matthew Davies
  • “I would see this as a structural turning point, not the point at which solar has replaced coal,” — Matthew Davies
  • “Installing solar is only part of the transition; grids, transmission, storage and demand flexibility all need to keep pace so that renewable electricity can actually be used," Davies said.” — Matthew Davies
  • “This is a milestone event in China’s green and low-carbon energy transition,” — Liu Zhiqiang, deputy director of planning and development at the China Electricity Council (CEC)

These statements capture expert perspectives on solar’s intermittent nature, the structural significance of the capacity crossover, and the broader transition challenges.