绿电直供成为现实：远景AI储能破解100%新能源稳定运行难题

Core Viewpoint - Envision Technology Group has launched the world's largest AI power system, the Galileo AI Energy Storage System, which provides a "stable foundation" for high-proportion renewable energy power systems through the collaboration of grid and trading intelligent agents [3][5]. Group 1: Technological Breakthroughs - The Galileo AI Energy Storage System integrates grid and trading intelligent agents, supported by the "Envision Tianji" meteorological model and "Envision Tianshu" energy model, enabling millisecond-level responses to maintain stability in independent "renewable energy oases" [5][6]. - The technology, termed "physical artificial intelligence," merges physical laws with data intelligence, aiming to reconstruct future energy systems [5][9]. Group 2: Industry Transformation - The transition from "supporting the grid" to "building the grid" is a significant leap for grid-type energy storage, which is crucial for addressing stability issues and unlocking new spaces for large-scale renewable energy development [6][11]. - The integration of "wind, solar, and hydrogen" in the largest green hydrogen project in Chifeng exemplifies the value of grid-type energy storage, creating a new industrial paradigm [6][11]. Group 3: AI and Economic Impact - The core of the Galileo AI Energy Storage lies in the collaboration between the grid intelligent agent, which provides stability support, and the trading intelligent agent, which facilitates automated electricity trading [7][9]. - Future energy companies will shift their core competitiveness from installed capacity to the depth of "artificial intelligence assets," emphasizing the intelligence of large models and computational power [9]. Group 4: Global Adoption and Future Outlook - Grid-type energy storage technology is rapidly being implemented globally, from Inner Mongolia in China to international markets like Spain and Italy, promoting the large-scale replication of the "wind-solar-hydrogen" integrated model [10][11]. - As the demand for direct green electricity continues to grow, grid-type energy storage will play a critical role in various industrial scenarios, transitioning the energy system from a "guarantee type" to a "value type" [11].