At 19:40 on October 14, the Suzake-2 improved Yao4 launch vehicle was launched at the Dongfeng Commercial Space Innovation Test Zone. It successfully launched 10 satellites of the National Star Aerospace Star Era -39, 44 to 50 stars, and 3 and 04 stars into scheduled orbits. Among them, the solar wing battery array for 6 computing power satellites was delivered at product level by Shanghai Xinghan Concentration Technology Co., Ltd. in May 2026 and was put into orbit. The solar wing area of a single star exceeds 4 square meters, and the total area of 6 satellites exceeds 24 square meters. This is the first time that a fully flexible crystalline silicon product-grade solar wing battery array has been delivered in batches in China, marking that China's low-cost flexible silicon solar wing battery technology has moved from the in-orbit verification stage to the computing power constellation batch engineering application stage.

At 19:40 on October 14, the Suzake-2 improved Yao4 launch vehicle was launched at the Dongfeng Commercial Space Innovation Test Zone. It successfully launched 10 satellites of the National Star Aerospace Star Era -39, 44 to 50 stars, and 3 and 04 stars into scheduled orbits. Among them, the solar wing battery array for 6 computing power satellites was delivered at product level by Shanghai Xinghan Concentration Technology Co., Ltd. in May 2026 and was put into orbit. The solar wing area of a single star exceeds 4 square meters, and the total area of 6 satellites exceeds 24 square meters. This is the first time that a fully flexible crystalline silicon product-grade solar wing battery array has been delivered in batches in China, marking that China's low-cost flexible silicon solar wing battery technology has moved from the in-orbit verification stage to the computing power constellation batch engineering application stage.