In recent years

extreme weather events have occurred frequently

posing severe challenges to power grid security. The limitations of traditional power grid emergency rescue methods under complex meteorological conditions have become increasingly prominent

creating an urgent need for innovative technical solutions. This paper focuses on power grid emergency rescue scenarios

delves into the development and application of a UAV real-time decision support system integrated with meteorological conditions

and elaborates on the methods of system development and application in detail. Combined with practical cases

it demonstrates the system's significant advantages in improving the efficiency of power grid emergency rescue and ensuring the stability of power supply

providing an innovative and effective technical support for the disposal of power grid emergencies

and possessing important practical value and broad promotion prospects.