China’s Power Load Hits Record 1.518 Billion Kilowatts
BEIJING — China’s national power load reached a historic high of 1.518 billion kilowatts on July 10, 2026, surpassing the previous record by 10 million kilowatts, according to the National Development and Reform Commission (NDRC). The milestone marks the first time this year that the country’s electricity demand has set a new peak, reflecting both robust economic activity and the impact of summer heatwaves across multiple regions.
Since the start of summer 2026, the Southern regional power grid and provincial grids in Guangdong, Guangxi, Hainan, Ningxia, Gansu, Fujian, and Shaanxi have cumulatively set new record highs for power load more than 20 times, the NDRC reported.
Three Drivers Behind the Surge
The NDRC attributed the record-breaking demand to three primary factors. First, industrial electricity consumption has grown steadily, driven by rapid expansion in high-tech manufacturing, advanced equipment manufacturing, and emerging industries such as new energy vehicles (NEVs), energy storage, and computing equipment.
Second, the service sector has seen electricity consumption surge, with charging and swapping station services and internet data services both recording year-on-year growth rates exceeding 40%.
Third, summer heatwaves have significantly raised power loads, with air conditioning cooling demand accounting for nearly 30% of national power consumption and over 40% in some provinces, the NDRC noted.
Grid Resilience and Renewable Energy Milestone
China’s power grid demonstrated remarkable resilience in handling the record peak. The country’s total installed power generation capacity reached 4.01 billion kilowatts by the end of May 2026, making China the first nation to surpass the 4 billion kW mark, as reported by the National Energy Administration. This installed capacity exceeds the combined total of the United States, the European Union, India, Japan, and Russia.
At the moment of the record peak, new energy sources — wind and solar — contributed over 600 million kilowatts of generation output, accounting for more than 40% of peak-hour supply. China now has over 1.9 billion kW of new energy installed capacity, underscoring the growing role of renewables in maintaining grid stability.
“The fundamental driver behind the continuously shortening time to add each additional 1 billion kW is the explosive growth of new energy sources, represented by solar and wind power,” said Jiang Debin, Deputy Director of Statistics and Digital Intelligence at the China Electricity Council, in comments reported by 21st Century Business Herald.
Historical Context: A Remarkable Transformation
China’s power sector has undergone a dramatic transformation. Installed capacity has grown from just 57.12 million kW in 1978 to 4.01 billion kW today. The pace of expansion has accelerated sharply: it took 8 years to grow from 1 billion to 2 billion kW, 4 years and 4 months to reach 3 billion, and just 2 years to surpass 4 billion.
Zhang Lin, Director of Planning and Development at the China Electricity Council, noted that the 4 billion kW installed capacity is approximately 1.7 times the combined total of the EU and the US, as reported by 21st Century Business Herald. The share of thermal power (primarily coal) has fallen from 73.4% of installed capacity in 2010 to just 39.0% by May 2026, while wind and solar now account for 48.1% — surpassing coal for the first time.
Economic Significance and Forward Outlook
The record power load reflects China’s continued economic expansion, particularly in strategic sectors aligned with national priorities. The surge in electricity demand from NEVs, AI computing, data centers, and high-tech manufacturing underscores the country’s industrial transformation.
Looking ahead, the China Electricity Council has forecast that China’s unified maximum power load for summer 2026 could reach approximately 1.6 billion kilowatts, suggesting further records may be set as the summer heat continues.
The NDRC has outlined three priority areas for maintaining grid stability: enhancing stable generation and supply capacity through coordinated dispatch of coal, gas, wind, solar, hydro, and storage resources; improving cross-regional mutual support through the unified national power market; and optimizing demand-side management to smooth peak loads.
“In recent years, amid frequent international geopolitical conflicts and energy shortages in some countries, China’s power supply has remained stable and orderly,” Jiang Debin noted, highlighting the strategic importance of the country’s energy infrastructure.
As China continues to balance its dual goals of economic growth and carbon neutrality, the record demonstrates that a renewable-heavy grid can maintain reliability even under peak demand conditions — a significant milestone for the global energy transition.