Basic limiting factors for wireless sensor network deployment are closely related to the
power consumption. Low power consumption can be achieved by reducing the sensor …

In wireless sensor network (WSN) application one of the main requirement is the self-
powered of the nodes. This is why it is increasing the use of renewable source (ie …

The success of wireless sensor networks is somehow related to the energy supplies which,
generally provided by batteries is a finite resource. Energy scavenge must be pursuit to …

In view of the problem of low energy collection efficiency and low efficiency of photovoltaic
power supply modules in wireless sensor networks, a maximum power point tracking …

Maximum power point tracking (MPPT) is necessary for efficient solar energy harvesting. In
the context of wireless sensor networks (WSNs), MPPT often makes use of sensors to aid in …

Wireless Sensor Network has greatly evolved the energy efficient utilization. In WSN sensor
nodes, have limited energy budget so this paper mainly focus on harvesting of energy and …

A constant voltage maximum power point (MPP) algorithm that automatically adjusts the
reference voltage to account for varying environmental conditions is presented. A simple …

This work aims to analyze the performance of two popular Maximum Power Point Tracking
(MPPT) algorithms, namely Modified Perturb and Observe (P&O) and Incremental …

It is important to track the maximum power point of the Photovoltaic panel, as the electrical
power supplied by solar array depends on insolation, temperature and load. Maximum …

The energy harvesting is the branch of the energy management, where the energy is being
originated from the multiple sources. The energy harvesting is usually done from the sources …