The present invention generates electric power by self-power generation to reduce maintenance costs, and allows the use of a defibrillator after confirming the rescuer and his condition in an emergency situation such as a cardiac arrest by being placed on a hiking trail or in a place where people are infrequent. Accordingly, it relates to a remote control system for a defibrillator for emergency treatment that enables rapid emergency treatment under strict management. More specifically, it converts energy input from a natural light source onto a semiconductor into electrical energy, stores it, and distributes it through a set path. Self-powered unit 100 to enable the operation according to the execution； A rescue unit 200 that receives and receives electric energy from the self-powered unit and stores setting data, and transmits a rescue signal and stored setting data according to the applied pressure； An image information unit 300 that is executed as electric energy is received and supplied from the self-powered unit to capture a set range and transmit the captured image data； A hollow internal space is provided to allow the defibrillator to be accommodated in the space and locked so that it cannot be opened from the outside, but the electric energy distributed from the self-powered unit is supplied to the defibrillator, and the lock is released according to the input setting signal to open the corresponding internal space. Defibrillator unit 400； In the remote control system of a defibrillator for emergency treatment characterized by comprising: a terminal unit 500 that receives and outputs the rescue signal of the rescue unit and the image data of the image information unit to recognize the shooting site situation and transmits a setting signal. About.본 발명은 자가발전으로 전력을 생성하여 유지비용이 절감되고, 등산로 또는 인적이 드문 장소에 배치되어 심정지 등과 같은 응급상황에 놓인 피구조자 및 그의 상태를 외지에서 영상으로 확인한 다음 제세동기 사용을 허용함에 따라 엄격한 관리하에 신속한 응급처치를 실행케 하는 응급처치를 위한 제세동기 원격 관리시스템에 관한 것으로서, 더욱 상세하게는 천연 광원으로부터 반도체 상에 입력되는 에
