Multi-point driving solar single-shaft tracking frame with scissor jacks

The utility model provides a multi-point driving solar single-shaft tracking frame with scissor jacks. The scissor jacks are arranged at intervals on a rotation beam of the solar single-shaft tracking frame, thereby forming the multi-point driving of rotation. Lifting screws of the scissor jacks are connected by a transmission shaft so as to be lifted in synchronization. One of the scissor jacks is driven by a motor, and drives the lifting screws of other scissor jacks synchronously by the transmission shaft, thereby driving the rotation beam of the solar single-shaft tracking frame to rotate. If the scissor jacks are driven by human power, a hand-operated angle-adjustable solar frame is obtained. The multi-point driving solar single-shaft tracking frame provided by the utility model overcomes the problem of shaking caused by strong wind, and has the advantages of high wind resistance, low power consumption, large driving force and low cost.