CHN Energy Tops 400 GW Capacity With Hainan Offshore Wind Connection
Updated
Updated · ceic.com · Jun 25
CHN Energy Tops 400 GW Capacity With Hainan Offshore Wind Connection
3 articles · Updated · ceic.com · Jun 25
Summary
Unit 9 at Longyuan Power’s Qiyuan Offshore Wind Farm pushed CHN Energy’s installed generation capacity above 400 GW on June 22, making it the first global energy company to reach that level.
Less than three years after passing 300 GW in August 2023, the group now accounts for about one-tenth of China’s roughly 4 TW total installed power capacity.
Renewables make up more than 41% of CHN Energy’s portfolio, while its thermal power and wind power fleets both remain the world’s largest.
By end-May 2026, it had also put 65 one-gigawatt ultra-supercritical coal units into operation and built 8.01 GW/19.21 GWh of new energy storage capacity.
The milestone reinforces CHN Energy’s role in China’s energy security, with annual generation above 1.2 trillion kWh for two straight years and heat supply at 570 million gigajoules.
As China's energy giant leads in both wind and coal, is its green transition a reality or a strategic paradox?
With China controlling 80% of green tech manufacturing, how can other nations achieve energy independence?
How does a single AI model manage a power grid larger than what most countries possess?
400 GW and Beyond: CHN Energy’s Global Milestone, Offshore Wind Innovation, and China’s Dual Track Energy Strategy
Overview
CHN Energy has achieved a historic milestone by surpassing 400 GW of installed power generation capacity in June 2026, setting a new global record for any energy company. This rapid growth—an increase of 100 GW in just over three years—highlights CHN Energy’s dynamic expansion and solidifies its leadership in the global energy sector. With its capacity now accounting for about one-tenth of China’s total, CHN Energy plays a crucial role in ensuring the nation’s electricity supply and energy security, demonstrating its indispensable position in both domestic and international energy landscapes.