As the global race for artificial intelligence supremacy accelerates, the massive energy requirements of large-scale models are transforming from a technical bottleneck into a systemic challenge for national power grids. In a decisive move to address this, four of China’s most powerful regulatory bodies—including the National Energy Administration and the National Development and Reform Commission—have issued a comprehensive 'Action Plan for Promoting Bidirectional Empowerment of Artificial Intelligence and Energy.' The strategy aims to harmonize the rapid expansion of computing power with the country's ambitious green energy transition.
By 2027, Beijing intends to establish a preliminary energy framework that is secure, green, and economically viable enough to support AI innovation. The long-term vision extends to 2030, by which time China expects its clean energy supply for AI and its specialized energy-sector AI technologies to reach world-leading levels. This plan moves beyond mere power supply, advocating for a 'bidirectional' relationship where AI serves as a catalyst for grid efficiency while the energy sector provides the stable, sustainable foundation required for silicon-based intelligence.
A cornerstone of this initiative is the concept of 'computing-electricity coordination.' Rather than viewing data centers as passive consumers of electricity, the Chinese government is encouraging these facilities to act as 'flexible, adjustable resources' on the load side of the power grid. By responding to market price signals and participating in grid balancing, data centers can help stabilize a system increasingly reliant on intermittent renewable sources like wind and solar. This transformation essentially turns massive server farms into a form of digital battery, optimizing energy management across regions.
The environmental stakes are high, as global data center electricity consumption has grown at four times the rate of total power demand since 2017. In China, the challenge is compounded by a coal-heavy energy mix and a geographical mismatch between energy production in the west and demand in the east. The new plan doubles down on the 'East Data, West Computing' strategy, pushing AI firms to deploy infrastructure in resource-rich western provinces while utilizing green electricity certificates and direct-trading mechanisms to ensure the AI boom does not derail China’s 2060 carbon neutrality goal.