A Multi-Threshold Energy approach for Energy Harvesting WSN

This article offers a Multi-threshold Energy approach for Energy-Harvesting Wireless Sensor Network (MTE-EHWSN) to enhance the lifetime and Wireless Sensor Network (WSN) performance by minimizing the duty-cycle more radically and profoundly of each sensor node. The use of MTE-EHWSN by any sensor node in the WSN allows for energy harvesting management and energy consumption, helping it to ensure its balance and to dynamically regulate its duty-cycle through calculating its sleep interval more radically and profoundly according on the amount of current remaining energy. In addition, our proposed approach allows WSN to function well in the case of low energy harvesting. Through OMNeT++/MiXiM simulations, we demonstrated that MTE-EHWSN approach enhances the WSN performance compared to other current energy harvesting administration approach such as EH2M by incorporating these two approaches into the sender-initiated MAC mode of communication.