On October 20, 2025, at the 2025 Beijing International Wind Energy Conference, Far East Energy solemnly launched the world's first Galileo AI wind storage integrated machine. This innovative product deeply integrates intelligent wind turbines, efficient energy storage systems, and the "Yuanjing Tianshu" energy model, marking the official entry of the new energy field into a new stage of "physical artificial intelligence", providing the industry with an integrated solution that is grid friendly, smart trading, and extremely secure.

Currently, with the continuous deepening of China's new energy policies, the comprehensive entry of electricity into the market has become a key factor determining project returns, and deep collaboration between wind and energy storage has become an industry necessity. Under traditional models, issues such as wind power curtailment and power restrictions, as well as a lack of backup power sources in extreme weather conditions, still severely constrain project revenue. Galileo AI wind storage integrated machine innovatively achieves wind storage collaboration through AI technology, which can operate as a "small power station" off grid, increase overall revenue by more than 20%, and reduce comprehensive construction costs by more than 10%.

The core advantages of this product are reflected in three aspects: firstly, the millisecond level wind storage collaborative response is achieved through the "Yuanjing Tianzhu" energy model, which improves the charging efficiency of new energy by 0.5%; Secondly, with the help of the "Yuanjing Tianji" meteorological model, accurate weather, power, and electricity price predictions can be provided to enhance revenue through smart trading; Finally, the highly integrated design achieves the "three in one and three provinces" - same machine position, same cycle, and same operation and maintenance, saving land acquisition, cranes, and working hours, significantly reducing construction and operation costs.

In practical applications, the first generation products have achieved significant results in Jiangsu, Shanxi and other places. During the two-year continuous operation of a project in Jiangsu, the accuracy of power prediction jumped from 26th to 4th place in the province, and the annual assessment fee decreased by 45% year-on-year. The new generation of products will further expand their applications in diverse scenarios such as deep sea, weak current networks, and power trading, providing strong technical support for the high-quality development of China's new energy industry. Editor/Yang Beihua