FPGA implementation of intelligent human life safety system

Nowadays the use of electricalequipment in industries and organizations has increased, thus the incidents of electrical shocks also started increasing. A shock can be occurred due to GF (ground fault) and less maintenance of the electrical loads, due to this problem the people are affected by the electric shock. To avoid this problem an advanced method for the protection of human life against the electric shock is presented. When the human is affected by shock, the controlling unit gets the intimation and it will trips the entire power supply of the industry or home. The above concepts can be implemented by our proposed advance FPGA controller unit. The shock can be sensed with the help of voltage sensors that can be interfaced with the humans. The sensed data can be transferred to the controlling system by the Wireless Sensor Network unit. The controller unit compares the sensed voltage with the threshold voltage. If the sensed voltage is higher, the control unit will automatically turn off the main power supply. This system is eco-friendly and it provides a safety measure against electrical shock.