Cluster Head Selection in Leach with Minimum Risk of Failure

LEACH is the most popular Routing Protocol for WSN used now a days. The downsides of LEACH might be described in three fundamental issues. The Primary issue is to manage the wrong decision of the CH. The 2^nd issue incited by the load unbalancing of sensor hubs in each of the clusters. The 3^rd issue has formalized in the steady state stage. These three issues address to the aim behind dropping inefficient energy consumption. This dropping causes decrease of the network lifetime. In this paper, the existing algorithms are surveyed and presented in the literature. A new algorithm is proposed that aims towards minimizing Power Consumption, and provide the higher CH selection method. The Node having highest Load (Weight) is chosen as CH. The results are going to be early death nodes. It provides less Life Time, in order that Power Outage could also be happened. On the opposite hand the proposed methodology says that the Node having highest Load (Weight) shouldn't be selected as CH. it's not a right choice. The proposed method provides less Time Delay that is optimum to lower information size within the collection of X-Y Coordinates and provides the choice about CH selection to decrease the danger of early death Nodes. Another Node which has greater Residual Energy and features a lower Load (Weight) should be selected as CH. This method of selection of CH is going to be very useful for reducing the danger of Failure.