In this system, they are implementing a smart home control network by using wireless sensor networks(WSNs)  power line communication(PLCs). In the smart home, the goals are to reduce the impact of wireless interference. In the smart home, they are to control the network 4 unnecessary energy consumption. In each room, they are establishing an isolated WSNs with one coordinator with the integrated into the PLCs transceiver. Management station via PLCs in WSNs obtained by transferring environment parameters for is coordinator responsible. In smart home appliances, they control the message for PLCs then it's directly transferred by using rather than WSNs proposed smart home control network is substantially mitigated. The impact of wireless interference on the experimental results. Lightning system & analysis of the illumination of a fluorescent lamp are presented additionally in smart home control. Control was evaluated without the energy saving of lighting system. Under the smart control, it can be reduced at 40% least on the cloudy or sunny day & it can indicate the numerical result of electricity consumption. The moreover smart home control network algorithm implemented by the proposed for the prototype. Experimental results presented in this system show the capacity of these modems to overcome the hostile environment due to the inverter and to guarantee reliable communication over the PWM network. The proposed system is practically possible for smart home control networks.