In now days, wireless sensor networks applications are frequently used in various technologies for reducing the cost of manufacturing portable wireless sensor nodes. It trend to deploy the large number of portable wireless sensors in WSNs to increase the quality of service (QoS). The QoS is mainly affected by the life time and failure of sensor nodes. If the probability of sensor node failure increase with increase in number of sensor nodes. Several of the routing protocols use clustering as their routing technique. The most objective of all routing protocols is to reduce the energy consumption, so the network period of time and notably the soundness period of the network are also enhanced. By network lifetime, we tend to mean the time period from the beginning of the network until the death of the last node, whereas, stability amount suggests that the time period from the beginning of the network until the death of the primary node. This has objected to develop an energy efficient inflated period of time threshold sensitive clustering rule by dynamic choice of cluster heads using multi-hops and multi-path, that results in load equalization on different-different clusters. This ends up in the enhancement of cluster heads or traditional nodes network period of time and comparison of performance of the proposed protocol with through advance hybrid (LEACH & TEEN).It will enhance the energy use for nodes of WSN.Conclusively enhancing the life time of network.