本发明公开了一种无人机电池置换方法,包括:提供一第一飞行器,并配置被置换电池单元、一第一控制单元、一第一动力单元及一第一定位单元;界定被置换电池单元的位置值及电量值;第一动力单元界定运动状态量值;提供一第二飞行器,并配置一第二控制单元、一第二动力单元、一第二定位单元及一操作单元;一般航空器,需置换被置换电池单元时,电力的供给可为供电单元,或切换至另一所述被置换电池单元,并将其一所述被置换电池单元的位置值及该运动状态量值传予该第二控制单元;藉以令第二飞行器可持续同步校准于该第一飞行器以置换被置换电池单元,可提升第一飞行器的续航力,以增进其飞行距离,进而可增加其应用范围及领域。
The invention discloses an unmanned aerial vehicle battery replacement method. The method comprises the following steps: providing a first aircraft, and configuring a replaced battery unit, a first control unit, a first power unit and a first positioning unit; defining a position value and an electric quantity value of the replaced battery unit; defining a motion state quantity value of the firstpower unit; and providing a second aircraft, and configuring a second control unit, a second power unit, a second positioning unit and an operation unit. When the replaced battery unit of a general aircraft needs to be replaced, a power supply unit supplies power, or the replaced battery unit is switched to another replaced battery unit, the position value of the replaced battery unit and the motion state quantity value are transmitted to the second control unit, the second aircraft can be continuously and synchronously calibrated on the first aircraft to replace the replaced battery unit, sothe endurance of the first aircraft can be improved, the flight distance of the first aircraft can be increased, and the application range and field of the first aircraft can be enlarged.